#ECFG14 14th European Conference on Fungal Genetics

14th European Conference on Fungal Genetics, February 25-28, Haifa, Israel http://www.ecfg14.org

  1. To #ECFG14 crowd: wondering what meeting to attend next? Apply now and secure a spot for the 2018 Cellular and Molecular Fungal Biology GRS and GRC!  https://twitter.com/RokasLab/status/951119714582974464 
  2. Torda Varga on the largest fungal phylogeny inferred to date: >5300 species, 110 genomes #ECFG14 https://t.co/2uOMjTCZWt
    Torda Varga on the largest fungal phylogeny inferred to date: >5300 species, 110 genomes #ECFG14 pic.twitter.com/2uOMjTCZWt
  3. Luis Larrondo from Pontifica Universidad Católica de Chile talk at #ECFG14 on #fungal #optogenetics and how to induce flocculation in yeast cultures https://t.co/Cz6QJ44Bsn
    Luis Larrondo from Pontifica Universidad Católica de Chile talk at #ECFG14 on #fungal #optogenetics and how to induce flocculation in yeast cultures pic.twitter.com/Cz6QJ44Bsn
  4. Luis Larrondo: LOV domain 2-hybrid for light-responsive transcriptional regulation of genes of interest. #ECFG14
  5. #SpiritualLeader_SaintRampalji Who is the Creator of universe and what is He like, and what is His real name? 👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" #simtrade #МастершопРф Казани
  6. Michael Bromley on clinical azole resistance in #Aspergillus #fumigatus: several transcription factors identified as novel regulators of cyp51A #ECFG14 https://t.co/206w3IpHVF
    Michael Bromley on clinical azole resistance in #Aspergillus #fumigatus: several transcription factors identified as novel regulators of cyp51A #ECFG14 pic.twitter.com/206w3IpHVF
  7. #ECFG14 Nani Mariani: Genotyping-by-sequencing of Fusarium isolates from Indonesia and pathogenicity analysis. extensive genotypic and pathogenic diversity of Foc from Indonesia.
  8. Thinking a lot about this paper from Tel Aviv's Ronen Ben-Ami showing anti-fungal resistance associated with prior antibacterial exposure. Patient history and microbiome history impacts the hand the host is dealt #ECFG14  http://aac.asm.org/content/early/2012/02/01/AAC.05947-11.full.pdf 
  9. Nani Maryani reminding us of some great #historyofPlantPathology #ECFG14 #panamaDisease Indonesia is the centre of origin and diversity of banana.
  10. Nani Maryani presenting her work on genetic variation of Indonesian Fusarium oxysporum f. sp. cubense at #ECFG14 https://t.co/YQyUoTLXDj
    Nani Maryani presenting her work on genetic variation of Indonesian Fusarium oxysporum f. sp. cubense at #ECFG14 pic.twitter.com/YQyUoTLXDj
  11. #ECFG14 time to #gobananas! Nani Maryani Martawi on genetic variation in Indonesian Fusarium oxysporum isolates from banana
  12. #ECFG14 Evolutionary convergence in fungal ligninolytic enzymes Ivan Ayuso-Fernadez. resurrection of ancestral lignin POD. oxidation of major non-phenolic lignin appeared several times in evolution
  13. Christian Derntl from TU Wien talk #ECFG14 #SynBio & #SecondaryMetabolites session and his graphic interpretation of the connection between primary and secondary metabolism in #fungi. Including a self-nomination for longest title 😄 https://t.co/oI8NszfpWp
    Christian Derntl from TU Wien talk #ECFG14 #SynBio & #SecondaryMetabolites session and his graphic interpretation of the connection between primary and secondary metabolism in #fungi. Including a self-nomination for longest title 😄 pic.twitter.com/oI8NszfpWp
  14. #ECFG14 exciting talk by Ivan Ayuso-Fernandez, CSIC, Spain Evolutionary convergence in fungal ligninolytic enzymes, showing resurrection of ancestral lignin POD
  15. #ECFG14 worth a read from @EvoMPMI When resistance gene pyramids are not durable—the role of pathogen diversity - Molecular Plant Pathology - Wiley Online Library  http://onlinelibrary.wiley.com/doi/10.1111/mpp.12636/abstract 
  16. #ECFG14 @EvoMPMI hypothesis: Ramularia collo-cygni had a global sexual population; one became pathogenic. popSizeABC tool used to infer historical population size. Rc-c had a recent (when?) expansion which is clonal, from this historical sexual population.
  17. Gustavo Goldman: normalizing to housekeeping genes (GPD, BTub) gives the wrong answer. Normalize using RNAseq! #ECFG14 Great talk about CrzA, ZipB, and the caspofungin paradoxical effect
  18. #ECFG14 @EvoMPMI #populationgenomics sequenced genomes of 20 isolates from Europe, NZ and Uruguay, Argentina and diverse hosts. some of the effectors exhibit diversity. no accelerated sequence evolution for effectors.
  19. @EvoMPMI asking how Ramularia collo-cygni became to be an emergent pathogen #ECFG14
  20. #ECFG14 @EvoMPMI Ramularia split from Zymoseptoria 57MYA Ramularia does not have a 2-speed genome!
  21. #ECFG14 @EvoMPMI Evolutionary history of global Ramularia leaf spot epidemics: start of the project: this is an emerging pathogen that was always there? high latency; few fungicides:; no host R; limited knowledge of infection biology #oomyceteswelcome #oomycetelikeorganisms
  22. Old school treasures (books, card files) in the technion library browsed during #ECFG14 pic.twitter.com/zxPQ2GNBw0
  23. During the 1:45pm #ECFG14 poster session: check  out WE-67 on The Aspmine - comparative #genomics analysis of 9 new Aspergillus species by Tammi Vesth @MRAndersenLab @DTUbioengineer @DTUtweet https://t.co/fgF4vEG6lV #fungi https://t.co/twmg5J8x1h
    During the 1:45pm #ECFG14 poster session: check out WE-67 on The Aspmine - comparative #genomics analysis of 9 new Aspergillus species by Tammi Vesth @MRAndersenLab @DTUbioengineer @DTUtweet  http://ow.ly/t4Me30iyKSW  #fungi pic.twitter.com/twmg5J8x1h
  24. #ECFG14 In Stephen’s back, note the number of sequenced Fungi stored at MycoCosm: 1000!!! ... and there are many more to come ... https://t.co/ZvvvZ2CTdi
    #ECFG14 In Stephen’s back, note the number of sequenced Fungi stored at MycoCosm: 1000!!! ... and there are many more to come ... pic.twitter.com/ZvvvZ2CTdi
  25. אל תגידו "לא ידעתי"! המציאות מוצגת בפניכם בכל מדיה אפשרית. לימדו. השכילו. הסיקו את המסקנות.  http://www.tivonews.co.il/Articles/News/20180228-Animals-Farmed.aspx  #Purim #ECFG14 #startup #HolySepulchre
  26. #ECFG14 Mondo: 6mA is biased towards core functional genes rather than context-specific genes. what regulates 6mA? novel machinery? 5mC and 6mA are inversely correlated and occupy distinct genomic locations, link to genomic architecture?
  27. #ECFG14 Stephen Mondo: what genes regulate 6mA? candidates identified, work in progress... 6mA and 5mC are inversly correlated in fungi; 6mA at genes, 5mC at repeats, link to genome architecture?
  28. #ECFG14 Mondo: 6ma positively impacts gene expression.marks highly active genes, but is not a pre-requisite for expression. marks them for constitutive expression?
  29. #ECFG14 Stephen Mondo: 6mA marks highly expressed genes; may be important for high-levels of constitutive gene expression; enhances or maintains high expression activity
  30. #ECFG14 6mA (NOT 5mC) also in oomycetes; See work in Suomeng Dong's Lab on Phytophthora 6mA methylomes; associated with adaptive genome regions  http://sco.lt/5QpYHJ 
  31. Wow! Fungi beat out Chlamydomonas in the 6 methyltransferase DNA modification game. Stephen Mondo from JGI discusses epigenomics in fungi. #ECFG14 https://t.co/6qS2EvlExa
    Wow! Fungi beat out Chlamydomonas in the 6 methyltransferase DNA modification game. Stephen Mondo from JGI discusses epigenomics in fungi. #ECFG14 pic.twitter.com/6qS2EvlExa
  32. #ECFG14 Stephen Mondo: 6mA a gene-expression-associated epigenomic mark in eukaryotes found in #Fungi via PacBio sequencing at #JGI  https://www.nature.com/articles/ng.3859 
  33. #ECFG14 Stephen Mondo using PacBio to detect 6mA across fungal genomes; 6mA is symmetric at ApT sites, avoids TAT trinucleotides
  34. #ECFG14 Stephen reporting on their breakthrough discovery of 6mA in Fungi using PacBio sequencing at #JGI https://t.co/O9ZqVsDkDF
    #ECFG14 Stephen reporting on their breakthrough discovery of 6mA in Fungi using PacBio sequencing at #JGI pic.twitter.com/O9ZqVsDkDF
  35. Next up is @doe_jgi Stephen Mondo. A valued collaborator of our lab and one of our favorite genome warriors. See some of his work in Nature Genetics:  https://www.ncbi.nlm.nih.gov/m/pubmed/28481340/  #ECFG14
  36. #ECFG14 Stephen J. Mondo, Joint Genome Institute, USA Widespread adenine N6-methylation of active genes in fungi
  37. Freezing @ #ECFG14 Why the AC when it's a balmy 20C outside?
  38. #ECFG14 Li-Jun Ma: TEs play important roles in the micro-evolution of the species complex F. oxysporum. expanded kinome enhances the ability to sense envt conditions (histidine kinases) and includes responses (TOR signalling) #ConvergentEvolution
  39. Quite enjoyed the talk by @laszlognagy #ECFG14 Great work, excellent technical skills, and #StarTrekDiscovery references!
  40. #ECFG14 Li-Jun Ma: genome evolution in Fusarium oxysporum species complex. dispensable chromosomes have distinct TEs in plant and human pathogenic sp. Function?
  41. A shout-out to Hans van Etten, leader in the field of fungal dispensable chromosomes, by Li-Jun Ma. Great way to start a talk, remembering the great ones! #ECFG14 @plantdisease @WilsonLab @KiwiYoung
  42. #ecfg14 Li-Jun Ma, University of Massachusetts Amherst, USA Genome evolution and functional adaptation of the species complex Fusarium oxysporum
  43. @toni_gabaldon Adhesion ability correlates w infection ability in Candida species #ECFG14
  44. #ECFG14 @toni_gabaldon At the sequence level C glabrata and S cerevisiae are as divergent as humans and fish
  45. Presenting my poster on unknown but really interesting species of Aspergilli today at #ECFG14! Poster number 67! Tons of genetic potential for production of secondary metabolites! Come and have a chat :) #CeMiSt
  46. #ECFG14 @laszlonagy most hydrophobin genes are developmentally regulated. C2H2 and Zn-cluster TFs dominate fruiting body transcriptomes. F-box proteins show stage/tissue specific #hyphal expression
  47. Pulsed field gels and now fungal hydrophobins - my youth revisited #nostalgia @laszlognagy #ECFG14
  48. 6-way Venn diagram of conserved developmental gene families shared between up to 6 fungal species @laszlognagy #ECFG14 https://t.co/iOvhqihxbJ
    6-way Venn diagram of conserved developmental gene families shared between up to 6 fungal species @laszlognagy #ECFG14 pic.twitter.com/iOvhqihxbJ
  49. @laszlonagy #ECFG14 alternate splicing expands the space of developmentally regulated genes and asks for the award for most complex Venn diagram of the conference! pic.twitter.com/g4FkbVr9VHhttps://t.co/g4FkbVr9VHpic.twitter.com/g4FkbVr9VH
  50. #ECFG14 László competing for the more complex Venn diagram of the conference ;-) https://t.co/fN0raTdhIH
    #ECFG14 László competing for the more complex Venn diagram of the conference ;-) pic.twitter.com/fN0raTdhIH
  51. #ECFG14 Laszlo nagy: 20% of constitutively expressed genes show differential expression of isoforms during fruiting body development!
  52. Nagy: alternative splicing expands the space of developmentally regulated genes #ECFG14
  53. #ecfg14 László using massive comparative transcriptomics to search for core set of (fruiting body) development ally regulated genes in 6 species of Agaricales https://t.co/XApO7UcNuM
    #ecfg14 László using massive comparative transcriptomics to search for core set of (fruiting body) development ally regulated genes in 6 species of Agaricales pic.twitter.com/XApO7UcNuM
  54. #ecfg14 László introducing the fascinating humongous fungus Armillaria, comparing rhizomorphs & fruiting body by RNA-seq, both structures share expression signatures https://t.co/UCe24TjPLW
    #ecfg14 László introducing the fascinating humongous fungus Armillaria, comparing rhizomorphs & fruiting body by RNA-seq, both structures share expression signatures pic.twitter.com/UCe24TjPLW
  55. #ecfg14 Laszlo’s Holy Grail: Characterizing the genetic toolbox involved in fruiting body development in Basidiomycota
  56. Nagy: Only 5 lineages have evolved complex multicellularity- metazoans, brown and red algae, plants and fungi. Uniquely, fungi evolved complex multicellularity more than once #ECFG14
  57. #fungi is the only eukaryotic lineage that has evolved complex multicellularity multiple times. @laszlognagy  #ECFG14 https://t.co/yhvoAwc629
    #fungi is the only eukaryotic lineage that has evolved complex multicellularity multiple times. @laszlognagy #ECFG14 pic.twitter.com/yhvoAwc629
  58. #ecfg14 Lsszlo Nagy (Szeged) tackling the fascinating issue of multicellularity in Fungi https://t.co/wYft8x0sin
    #ecfg14 Lsszlo Nagy (Szeged) tackling the fascinating issue of multicellularity in Fungi pic.twitter.com/wYft8x0sin
  59. Unfortunately not able to attend #ECFG14. But following all the awesome tweets from afar…
  60. Now @laszlognagy on the genomic changes underlying multiple, independent origins of complex multicellularity in fungi #ECFG14
  61. Eva Stukenbrock - Accessory chromosome loss in Z. tritici is bad news for the host and is associated with increased fungal virulence. #ECFG14 https://t.co/didf6Yk8DO
    Eva Stukenbrock - Accessory chromosome loss in Z. tritici is bad news for the host and is associated with increased fungal virulence. #ECFG14 pic.twitter.com/didf6Yk8DO
  62. #ECFG14 @EvaStukenbrock methyltransfereases: deletion of Kmt1 activates transcription of transposable elements. drives new chromosome formations, breakages and deletions. Kmt61 deletion confers stability of accessory chromosomes
  63. #ECFG14 @EvaStukenbrock: histone methylation regulates activity of TEs which in turn is important for chromosome stability
  64. #ECFG14 @EvaStukenbrock cool! birth of new chromosomes in kmt1 mutant of Zymospetoria tritici but increased stability of accessory chromosomes
  65. #ECFG14 @EvaStukenbrock Zymoseptoria accessory chromosomes: low gene density, high repeat, ancient. Role? fitness effect during host infection in a cultivar-dependent manner. encode host-specific virulence determinants w negative effect on fitness?  http://mbio.asm.org/content/8/6/e01919-17.executive-summary?related-urls=yes&legid=mbio;8/6/e01919-17 
  66. Accessory chromosomes in the wheat pathogen Zymoseptoria tritici can confer a fitness loss to the fungus, on a particular cultivar of wheat. Makes sense that this fungus ditches these ACs easily! Great information from Eva Stuckenbrock. #ECFG14 @WilsonLab @plantdisease https://t.co/3NWTDmO6C7
    Accessory chromosomes in the wheat pathogen Zymoseptoria tritici can confer a fitness loss to the fungus, on a particular cultivar of wheat. Makes sense that this fungus ditches these ACs easily! Great information from Eva Stuckenbrock. #ECFG14 @WilsonLab @plantdisease pic.twitter.com/3NWTDmO6C7
  67. #ECFG14 @EvaStukenbrock Zymospetoria tritici aneuploids have no obvious phenotypes; but increased virulence on one line; contrast with Fusarium oxysporum...
  68. Eva Stukenbrock : Z. tritici has 8 accessory chromosomes! They are ancient (related species have them) what is their role? #ECFG14
  69. #ECFG14 Eva now describing accessory chromosomes in Zymoseptoria tritici, they are ancient, transcriptionally silenced, having ‘normal’ telomeres and centromere
  70. #ECFG14 @EvaStukenbrock Why the accessory chromosomes in Zymospetoria tritici? Ancient in genus Zymospetoria; high-repeat low gene content
  71. #ECFG14 Eva Stukenbrock Fungal pathogens can have highly dynamic genomes, ploidy changes, rapidly evolving repeat regions, ... https://t.co/9I7blmW6LC
    #ECFG14 Eva Stukenbrock Fungal pathogens can have highly dynamic genomes, ploidy changes, rapidly evolving repeat regions, ... pic.twitter.com/9I7blmW6LC
  72. #ECFG14 @EvaStukenbrock histone methyltransferases in genome stability: accessory chromosome dynamics in Zymoseptoria #fungal #genomes are highly dynamic; ploidy; rapidly evolving repeat rich regions; Orphan regions; & accessory chromosomes. Functions of accessory chromosomes?
  73. HJ: they show a transition of individuality , from nuclear-level to heterokaryon level selection during evolution. Division of labour between the 2 nuclei and additive fitness enabled it. @H_S_Johannesson #ECFG14
  74. #ECFG14 @H_S_Johannesson also find selection and selfish behaviour at the nuclear level. verified evolutionary transition in individuality. division of labour btwn nuclear types; heterokaryosis creates phenotypic plasticity; also selection/selfish nuclei  https://www.journals.uchicago.edu/doi/abs/10.1086/695803 
  75. Heterokaryosis provides phenotypic flexibility - nuclei has complementary traits consistent with division of labour - @H_S_Johannesson #ECFG14  https://www.journals.uchicago.edu/doi/full/10.1086/695803#.WpZa6mz2U4k.twitter 
  76. #ECFG14 @H_S_Johannesson Trade offs in sexual and vegetative fitness trains suggest division of labour. Additive fitness effect in the heterokaryon suggests that heterokaryosis provides phenotypic flexibility. https://www.journals.uchicago.edu/doi/abs/10.1086/695803 
  77. #ECFG14 @H_S_Johannesson measure nuclear ratios: deterministic, not random, mechanisms? different in different lineages/species? selection?  https://www.journals.uchicago.edu/doi/abs/10.1086/695803 
  78. #ECFG14 @H_S_Johannesson mating type heterokaryosis dominates the lifecycle; nuclear cooperation is required, but nucleus may escape & form homokaryotic spores. evolved from heterothallic ancestor 1MYA. has there been a shift in individuality? introgression disrupted coevolution?
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  80. @i24NEWS_EN God Kabir Your Cancer Disease
Can heal without treatment, know how👇🏻👇🏻
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    @i24NEWS_EN God Kabir Your Cancer Disease Can heal without treatment, know how👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" pic.twitter.com/QKVgSLN3hS
  81. @Ostrov_A God Kabir Your Cancer Disease
Can heal without treatment, know how👇🏻👇🏻
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    @Ostrov_A God Kabir Your Cancer Disease Can heal without treatment, know how👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" pic.twitter.com/QKVgSLN3hS
  82. Hanna Johannesson discussing what it means to be a fungal individual and the cost/benefit of heterogeneity #ECFG14 Reminding me of this paper from @RobinMay9 showing that fungal individuals can act on behalf of the group  https://www.nature.com/articles/ncomms6194.pdf 
  83. #ECFG14 Hanna Johannesson doesn't want to call it her favorite fungus...because doing that you might hurt the other fungi
  84. #ECFG14 @H_S_Johannesson What's a fungal individual? individuum = unidivisable; What is the level of selection? the nucleus, the mycelium, or both-multilevel selection? Set up an experiment to address this Q
  85. Where does selection act? How to define the fungal individual? Is selection acting at the level of nucleus, mycelium, or both, as example of multilevel selection? @H_S_Johannesson #ECFG14
  86. #ECFG14 Very much looking forward to @H_S_Johannesson keynote talk this morning on the evolutionary perspective on the fungal individual; check her Lab website  http://www.iob.uu.se/research/systematic-biology/johannesson/ 
  87. #ecfg14 Hanna Johannesson, Uppsala University, Sweden The fungal individual: an evolutionary perspective
  88. #ECFG14 opening the last day @H_S_Johannesson “The fungal individual: an Evolutionary perspective” https://t.co/U8Ycc0eZnx
    #ECFG14 opening the last day @H_S_Johannesson “The fungal individual: an Evolutionary perspective” pic.twitter.com/U8Ycc0eZnx
  89. {Bible}
》God is in form
》God ordered living beings to be
vegetarians
》God in Bible is not the Supreme God👇🏻👇🏻
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#SpiritualLeader_SaintRampalji #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China "West Bank" #simtrade https://t.co/eZuF1ryQD1
    {Bible} 》God is in form 》God ordered living beings to be vegetarians 》God in Bible is not the Supreme God👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #SpiritualLeader_SaintRampalji #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China "West Bank" #simtrade pic.twitter.com/eZuF1ryQD1
  90. {Bible}
》God is in form
》God ordered living beings to be
vegetarians
》God in Bible is not the Supreme God👇🏻👇🏻
 https://t.co/IxCWyCyQAj
#SpiritualLeader_SaintRampalji #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China "West Bank" #simtrade https://t.co/j5UkAwc7bY
    {Bible} 》God is in form 》God ordered living beings to be vegetarians 》God in Bible is not the Supreme God👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #SpiritualLeader_SaintRampalji #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China "West Bank" #simtrade pic.twitter.com/j5UkAwc7bY
  91. {Bible}
》God is in form
》God ordered living beings to be
vegetarians
》God in Bible is not the Supreme God👇🏻👇🏻
 https://t.co/ii6NOPBznk
#SpiritualLeader_SaintRampalji #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China "West Bank" #simtrade https://t.co/t937nuICUH
    {Bible} 》God is in form 》God ordered living beings to be vegetarians 》God in Bible is not the Supreme God👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #SpiritualLeader_SaintRampalji #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China "West Bank" #simtrade pic.twitter.com/t937nuICUH
  92. #SpiritualLeader_SaintRampalji Who is the Creator of universe and what is He like, and what is His real name? 👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" #simtrade #МастершопРф Казани
  93. #SpiritualLeader_SaintRampalji 

Who is the
Creator of universe and what is He
like, and what is His real name? 
👇🏻👇🏻
https://t.co/q9nvyrhpPo 

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    #SpiritualLeader_SaintRampalji Who is the Creator of universe and what is He like, and what is His real name? 👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" #simtrade #МастершопРф Казани pic.twitter.com/hwwrtc6ZGT
  94. #SpiritualLeader_SaintRampalji 

Who is the
Creator of universe and what is He
like, and what is His real name? 
👇🏻👇🏻
https://t.co/IxCWyCyQAj 

#ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" #simtrade #МастершопРф Казани https://t.co/LuVTd8HWgO
    #SpiritualLeader_SaintRampalji Who is the Creator of universe and what is He like, and what is His real name? 👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" #simtrade #МастершопРф Казани pic.twitter.com/LuVTd8HWgO
  95. #SpiritualLeader_SaintRampalji 

Who is the
Creator of universe and what is He
like, and what is His real name? 
👇🏻👇🏻
https://t.co/ii6NOPBznk 

#ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" #simtrade #МастершопРф Казани https://t.co/OQHx4JOGPU
    #SpiritualLeader_SaintRampalji Who is the Creator of universe and what is He like, and what is His real name? 👇🏻👇🏻  http://www.jagatgururampalji.org/click.php?id=101  #ecfg14 #Purim "Michał P. Garapich" Syria Netanyahu Trump #HolySepulchre #China Iranian "West Bank" #simtrade #МастершопРф Казани pic.twitter.com/OQHx4JOGPU
  96. #ecfg14 looking for sex work , porn jobs for money , I can do some porn movies for money , I need money , lot of money . I am in troubles
  97. Tired of mobile charging? Is not your mobile charging fast? So you do not have to worry now. Because with the help of the fast battery charger you will now be able to quickly charge your mobile  https://play.google.com/store/apps/details?id=com.oae.rapid.fast.charger  #TumhariSulu #DrRajendraPrasad #ecfg14 #Purim #startup
  98. Qibla, Kaaba, Qiblah, Qibla Finder, Compass Tool, Direction Finder is totally Free app. Now Find Your Qibla easily does not matter where you are in the world  https://play.google.com/store/apps/details?id=com.oae.qibla.finder.and.compass  #WednesdayWisdom #LoverOnJune14th #ECFG14 #Purim #startup #HolySepulchre #fintech #UMMIEPS57
  99. My colleague @UditaRoy3  execellent talk about Structure of fungal Heme-Iron acquisition pathway in  C.albicans. #ECFG14 https://t.co/hWHQwzSM1G
    My colleague @UditaRoy3 execellent talk about Structure of fungal Heme-Iron acquisition pathway in C.albicans. #ECFG14 pic.twitter.com/hWHQwzSM1G
  100. "5 funghi Pasta". What else ? Because fruiting bodies are as important as Hyphae in Haïfa. #ECFG14 #ItalianFoodByTheBeach #bioger https://t.co/lgf9nUyM8b
    "5 funghi Pasta". What else ? Because fruiting bodies are as important as Hyphae in Haïfa. #ECFG14 #ItalianFoodByTheBeach #bioger pic.twitter.com/lgf9nUyM8b
  101. جديد ياسمينا احنا صحاب اسمعوا الاغنيه كامله علي اليوتيوب ♥ https://youtu.be/NjEuH0bCJi4  #Purim #ECFG14 #startup Netanyahu #HolySepulchre Qatar #fintech Holocaust Zero Hedge Trump
  102. Michael Freitag: A forward genetic screen in Fusarium identified several chromatin binding proteins & mutants "defective in silencing" proving interesting clues about PRC2 network #ECFG14 https://t.co/N9l02EwWBV
    Michael Freitag: A forward genetic screen in Fusarium identified several chromatin binding proteins & mutants "defective in silencing" proving interesting clues about PRC2 network #ECFG14 pic.twitter.com/N9l02EwWBV
  103. Shay Covo UV repair genes in F. oxysporum are developmentally regulated #ECFG14
  104. @BallouLab Important question: is this a smaller or greater crime than choosing unpopular fonts for your presentation? #ECFG14
  105. #ECFG14 Zheng Wang, Naval Research Laboratory, USA Omics and epigenetic investigation of radiation resistance mechanism in melanized fungi
  106. A bit confused why audience members think it's ok to talk while speakers are speaking. We're all here to learn. Take your chat outside. #ecfg14
  107. #ECFG14 Cene Gostinčar showing us that the black yeast Hortaea werneckii has multiple, independently formed #hybrids. https://t.co/Lr3kfmEN7B
    #ECFG14 Cene Gostinčar showing us that the black yeast Hortaea werneckii has multiple, independently formed #hybrids. pic.twitter.com/Lr3kfmEN7B
  108. If you are not in the Fungi in the Environment session at #ECFG14, you are missing out. C. Gostinčar found a black yeast with a genome duplication AND the two haploid strains which formed the hybrid. Beautiful work!
  109. Cene Gostinčar from the University of Lubljana about the curious case of whole #genome #duplication in the halotolerant, black yeast-like fungus Hortaea werneckii. #ECFG14 #Fungi & #Environment session https://t.co/P4xImheIyW
    Cene Gostinčar from the University of Lubljana about the curious case of whole #genome #duplication in the halotolerant, black yeast-like fungus Hortaea werneckii. #ECFG14 #Fungi & #Environment session pic.twitter.com/P4xImheIyW
  110. @ThorstenLangner super cool talk on synthetic immune receptors. Will we soon (ish) be able to transfer an immune system? #ECFG14
  111. Engineering synthetic immune receptors for Magnaporthe by optimising specific binding between a Pik-like NLR integrated HMA domain and a cognate Avr- first step to predictive engineered disease resistance for blast @ThorstenLangner from @KamounLab #ECFG14
  112. Sebastian Franz Josef Micheller from Künzler Lab @ETH talking about bacteria-induced defense response in the #filamentous #fungus Coprinopsis cinerea. #ECFG14 #Fungi & #Environment session https://t.co/8twcS9Czhw
    Sebastian Franz Josef Micheller from Künzler Lab @ETH talking about bacteria-induced defense response in the #filamentous #fungus Coprinopsis cinerea. #ECFG14 #Fungi & #Environment session pic.twitter.com/8twcS9Czhw
  113. #ecfg14 Sebastian Franz Josef Micheller (ETH🇨🇭)
Bacteria-induced defense responses in the filamentous fungus Coprinopsis cinerea https://t.co/l2FwuY4EO3
    #ecfg14 Sebastian Franz Josef Micheller (ETH🇨🇭) Bacteria-induced defense responses in the filamentous fungus Coprinopsis cinerea pic.twitter.com/l2FwuY4EO3
  114. Very proud of my post doc Bhawna Yadav who is explaining how the Candida Mnn1 gene family controls N- mannan structure and immune recognition. #ECFG14 @HubWTSA @MRCcmm https://t.co/FZ56W4Aibg
    Very proud of my post doc Bhawna Yadav who is explaining how the Candida Mnn1 gene family controls N- mannan structure and immune recognition. #ECFG14 @HubWTSA @MRCcmm pic.twitter.com/FZ56W4Aibg
  115. Did you now that User Comments help improve genome annotations and provide evidence for alternative gene models? Submit a user comment today and enter to win a FungiDB T-shirt. Learn more here: https://t.co/r7H0DSX88d #ECFG14 https://t.co/fjsYsz45zG
    Did you now that User Comments help improve genome annotations and provide evidence for alternative gene models? Submit a user comment today and enter to win a FungiDB T-shirt. Learn more here:  https://fungiecfg14.github.io/usercomments/  #ECFG14 pic.twitter.com/fjsYsz45zG
  116. Genomic variation associated with transposable elements! #twospeedgenome #ECFG14 Ayako Tsushima
  117. Tired of mobile charging? Is not your mobile charging fast? So you do not have to worry now. Because with the help of the fast battery charger you will now be able to quickly charge your mobile  https://play.google.com/store/apps/details?id=com.oae.rapid.fast.charger  #Purim #ECFG14 #startup #HappiestBirthdayNajwaKaram
  118. #ECFG14 @Ayako_Tsushima @ShirasuLab describing comparative genomics of Colletotrichum higginsianum; large scale rearrangements and strain-specific regions https://t.co/LNLt7sOXR3
    #ECFG14 @Ayako_Tsushima @ShirasuLab describing comparative genomics of Colletotrichum higginsianum; large scale rearrangements and strain-specific regions pic.twitter.com/LNLt7sOXR3
  119. #ECFG14 Nicole Ludwig: U mayday secretome: 125 secreted proteins 88 w/out functional domains. Stop secreted proteins are essential for biotrophy. KOs arrest after penetration & induce HR. Stp1,3,4 and Pep1 form a protein complex. function? Protection of effectors?translocation?
  120. Str2 promotes alkaline environment in host & is important for biofilm formation in Candida albicans - Bettina Böttcher #ECFG14
  121. #ECFG14 Daria Feldman, The Hebrew University of Jerusalem, Israel Are small secreted proteins (SSPs) regulators of secondary metabolism in the white rot fungus Pleurotus ostreatus?
  122. Busy time at today's poster session for @Ryder_Lauren1  talking about a novel turgor-sensing kinase from Magnaporthe @UniofExeter  #ECFG14 #proudsupervisor https://t.co/roIeEp98zj
    Busy time at today's poster session for @Ryder_Lauren1 talking about a novel turgor-sensing kinase from Magnaporthe @UniofExeter #ECFG14 #proudsupervisor pic.twitter.com/roIeEp98zj
  123. Unpaired accessory chromosomes show female specific drive! Whoa!! Michael Habig #ECFG14
  124. Petr Baldrian from the Institute of Microbiology of the Czech Academy of Science talking about fungal habitats and distribution in forest ecosystems at #Fungi & #Environment session of #ECFG14 https://t.co/RyTRufBRYH
    Petr Baldrian from the Institute of Microbiology of the Czech Academy of Science talking about fungal habitats and distribution in forest ecosystems at #Fungi & #Environment session of #ECFG14 pic.twitter.com/RyTRufBRYH
  125. #ECFG14 plant-fungus interaction: Nicole Ludwig from the kahmann lab identified a 4 effector complex crucial for infection in U. maydis
  126. #ECFG14 Petr Baldrian: A walk through forests 🌳 Trees 🌲 are dominant primary producers & represent multiple habitats for microbes https://t.co/05ZUw6jMRI
    #ECFG14 Petr Baldrian: A walk through forests 🌳 Trees 🌲 are dominant primary producers & represent multiple habitats for microbes pic.twitter.com/05ZUw6jMRI
  127. Congrats to Like Fokkens for Veni Fellowship >> newest member of #WRIFO Women Researchers in Fungi & Oomycetes - a list to help diversity of speakers & awardees  http://fungalgenomes.org/blog/2016/04/wrifo/  #ECFG14 [great speaker btw]
  128. #ECFG14 Like Fokkens: conflicting selection pressures on different classes of genes results in emergence of complex genome organization; #twospeedgenome and beyond!
  129. Core effectors of Ustilago maydis identified from diverse smut fungi, characterised by @nic_ludwig95 suggests 4 effectors form a complex. Regine Kahmann lab. #ECFG14
  130. #ECFG14 Like Fokkens: experimental evolution to determine the cost of TE invasion in Fusarium oxysporum; introduced a TE-rich accessory chromosome into a repeat-poor core genome strain #coolscience
  131. #ECFG14 nice talk by Like Fokkens on accessory chromosome evolution and evolvavility in Fusarium oxysporum. Jumps, transfers, repetitions, and re-arrangements. https://t.co/hxcq8ZL02l
    #ECFG14 nice talk by Like Fokkens on accessory chromosome evolution and evolvavility in Fusarium oxysporum. Jumps, transfers, repetitions, and re-arrangements. pic.twitter.com/hxcq8ZL02l
  132. #ECFG14 Like Fokkens on the costs of mobile DNA in Fusarium oxysporum evolution; testing the hypothesis by comparing pathogenic to endophytic strains; could help predict emergence of new diseases
  133. Heterobasidion spp cause 1 billion EUR worth of losses per year in the timber industry! - Fred Asiegbu #ECFG14
  134. #ECFG14 Fred Asiegbu (Helsinki) Metatrancriptomics of conifer pathosystem, i.e. Heterobasidion microbiome https://t.co/bw9m9mfpaj
    #ECFG14 Fred Asiegbu (Helsinki) Metatrancriptomics of conifer pathosystem, i.e. Heterobasidion microbiome pic.twitter.com/bw9m9mfpaj
  135. Getting into the #CeMiSt line of thought and Not being able to join the #CeMiStopening I am now in the "fungi in the environment" session of #ECFG14!
  136. With the #CeMiStOpening in spirit while attending a promising session on fungi in the environment at #ECFG14 @cemist_dtu First up: Fungi interacting with spruce trees in Norway by Fred Asiegbu
  137. #ECFG14 خلال ايام ..الاعلان عن اتفاق #مصر واسرائيل علي تعديل ملحق معاهدة #كامب_ديفيد بشأن مناطق #سيناء #اسرائيل قبلت تواجد قوات مسلحة تسليحا ثقيلا في المنطقة " ج " وافقت ايضا علي زيادة حجم القوات بمعدل 10 % من عدد السكان في #رفح و #العريش و #الشيخ_زويد #السيسي #نتنياهو #ترامب
  138. Funny how the #ECFG14 tweets drift toward #sciencehumor as we get closer to the lunch break...
  139. To borrow a review article title from Jeff Dangl, “Death don’t have no mercy”. Or does it? Amir Sharon talks about Regulated Cell Death in fungi. Bir1 gene reduces plant-induced RCD in the fungus and the fungus infects better! #ECFG14 @plantdisease @WilsonLab https://t.co/NValP5jH7m
    To borrow a review article title from Jeff Dangl, “Death don’t have no mercy”. Or does it? Amir Sharon talks about Regulated Cell Death in fungi. Bir1 gene reduces plant-induced RCD in the fungus and the fungus infects better! #ECFG14 @plantdisease @WilsonLab pic.twitter.com/NValP5jH7m
  140. There are common cell death strategies in plants and humans for fungi (a rotten leaf vs a rotten nose, I thought I heard...?) #ECFG14 Amir Sharon
  141. Sharron: don’t clean the cold room! After 1 year dug out old plate and found bcl2 mutant still viable and had extended lifespan compared to WT #ECFG14
  142. @KamounLab #unexpectedlearningoutcomes from #ECFG14 a committee on cell death exists, and is constantly redefining what death is!
  143. @ShebaAJ I was tempted to tweet "how can we take death seriously when it's described in comic sans" but then @mcmomany would say I'm snarky... #bancomicsans #ECFG14
  144. Death takes many forms - Accidental cell death and Regulated cell death - latter divided into I. Apoptosis II. Autophagy III. Regulated Necrosis (& others when the 'death committee' get around to it!). Amir Sharon #ecfg14
  145. Is there life after (cell) death? A twist on this question from the fungal kingdom. Amir sharon #ECFG14 https://t.co/VuMcBocTAt
    Is there life after (cell) death? A twist on this question from the fungal kingdom. Amir sharon #ECFG14 pic.twitter.com/VuMcBocTAt
  146. Heard today #ECFG14: due to regular meetings the number of deaths increases
  147. #ECFG14 Amir Sharon: the committee on cell death meets every 3 years and the list of cell death definitions increases everytime
  148. #ECFG14 Amir Sharon on the meaning of death: accidental cell death vs regulated cell death
  149. الحكومة الفلسطينية تبدأ إجتماعها بجلسة مشتركة بين غزة والضفة  https://www.psnews.ps/post/12351  #ECFG14 #Purim
  150. الحكومة الفلسطينية تبدأ إجتماعها بجلسة مشتركة بين غزة والضفة  https://www.psnews.ps/post/12351  #ECFG14 #Purim
  151. Sharon: asks is fungal RCD the Achilles heel of fungal pathogens #ECFG14
  152. Prof Neil Gow delivers his Plenary Lecture on the fungal cell wall to over 500 mycologists on the second day of the European Fungal Genetics 14 Conference #ECFG14 https://t.co/bstDcRBxo0
    Prof Neil Gow delivers his Plenary Lecture on the fungal cell wall to over 500 mycologists on the second day of the European Fungal Genetics 14 Conference #ECFG14 pic.twitter.com/bstDcRBxo0
  153. Chengshu: Divergent LysM effectors contribute to the virulence of Beauveria bassiana by evasion of insect immune defences #ECFG14  http://journals.plos.org/plospathogens/article?id=10.1371/journal.ppat.1006604 
  154. Chengshu Wang: Divergence and Convergence in virulence functions across insect- plant and human- pathogens. #ECFG14  https://academic.oup.com/gbe/article/8/5/1374/2939583#.WpUuzDT_L8A.twitter 
  155. @SimoneFouche Thank you!! And as mentioned this morning, #ECFG14 check @SimoneFouche et al. The birth and death of effectors in rapidly evolving filamentous pathogen genomes  http://sco.lt/ ...
  156. Chengshu Wang: Producing the adenosine analogues, cordycepin & pentostatin, with anti-leukaemia activity, from Cordyceps militaris- the Chinese medicine entomopathogenic fungus. #ECFG14  http://www.cell.com/cell-chemical-biology/abstract/S2451-9456%2817%2930327-6#.WpUsYOCrkcg.twitter 
  157. Chengshu Wang #ECFG14 fungus-insect interactions: multiple divergence of fungal entomopathogenicity; frequent host jumping/switching. Lifestyle determines genome structure
  158. @EvoMPMI @ShebaAJ That's the whole point. Variable (chaotic) biotic environment CAN result in predictable outcomes as illustrated by convergence. Just like rivers would dig up canyons. Timescales are important  https://twitter.com/KamounLab/status/968124353622740992  #ECFG14
  159. #ECFG14 Chengsu entertaining the audience with stories re Himalaya Viagra & Tibetan Body Snatcher https://t.co/OY3OjoVQFf
    #ECFG14 Chengsu entertaining the audience with stories re Himalaya Viagra & Tibetan Body Snatcher pic.twitter.com/OY3OjoVQFf
  160. #ECFG14 Antonio di Pietro used @gregoryianlang inspired experimental evolution of Fusarium oxysporum and the results are even more interesting in #fungi: Large transposon-mediated deletions and host adaptation in few generations
  161. #ECFG14 Interesting running theme of virulence as an 'emergent property' of biological systems.
  162. Wang: insect killing fungi, using drones to deploy B. bassiana on crops #ECFG14
  163. #ECFG14 Chengshu Wang: Fungus-insect interactions ... still remember his cordyceps tea, a delicacy & aphrodisiac! https://t.co/CREyETKZPb
    #ECFG14 Chengshu Wang: Fungus-insect interactions ... still remember his cordyceps tea, a delicacy & aphrodisiac! pic.twitter.com/CREyETKZPb
  164. #ECFG14 Antonio Di Pietro: whatever you do, there will always be selection. Experimental evolution in Fusarium!
  165. Antonio di Pietro: How do cross-kingdom pathogens evolve? F. oxysporum, a successful plant and human pathogen, employs host alkalinization, transposon & chromosomal reoorganization of the "two-speed" genome to achieve survival and dissemination of clonal populations #ECFG14 https://t.co/RL2JAbaB4J
    Antonio di Pietro: How do cross-kingdom pathogens evolve? F. oxysporum, a successful plant and human pathogen, employs host alkalinization, transposon & chromosomal reoorganization of the "two-speed" genome to achieve survival and dissemination of clonal populations #ECFG14 pic.twitter.com/RL2JAbaB4J
  166. Antonio DiPietro beautiful directed evolution approach yields insight into how variability with regard to virulence is generated differentially across genome, underlying two-speed nature of genome organisation #ecfg14
  167. #ECFG14 Antonio di Pietro: experimental evolution of Fusarium oxysporum resulted in deletions in accessory chromosomes; somehow accessory chromosomes were not lost
  168. #ECFG14 Antonio di Pietro: early outputs of experimental evolution of Fusarium oxysporum: reduced virulence but increased colonization efficiency
  169. Movie! Hyphal growth of phagocytosed Fusarium-oxysporum causes cell lysis of murine macrophages /via #ECFG14 Antonio di Pietro  https://twitter.com/KamounLab/status/961537752457203713 
  170. خلال حوار متلفز على فضائية "تن" المصرية دحلان: مشروع التوسع نحو سيناء كذبة إسرائيلية لن تتم  https://www.psnews.ps/post/12348  #edho #ECFG14 #فرصة #فلسطين
  171. DiPietro elegant! experimental evolution passaging thru plant, plate, galleria, blood #ECFG14
  172. DiPietro: f oxysporum spores escape from macrophages by germinating -shows nice video of spore-munching and spore-vomiting cells #ECFG14
  173. Antonio di Pietro describes how Fusarium oxysporum F-Ralf alkalinises the host creating a pe..., #ECFG14,for more info  https://goo.gl/6m6Bmb «
  174. Di Pietro #ECFG14 Fusarium oxysporum maintains virulence on multiple hosts but what is the cost of virulence? https://t.co/jTl7lwjn7k
    Di Pietro #ECFG14 Fusarium oxysporum maintains virulence on multiple hosts but what is the cost of virulence? pic.twitter.com/jTl7lwjn7k
  175. Antonio di Pietro describes how Fusarium oxysporum F-Ralf alkalinises the host creating a permissive environment for invasion of plant. @HubWTSA @MRCcmm #ECFG14 https://t.co/KhbYSXue3l
    Antonio di Pietro describes how Fusarium oxysporum F-Ralf alkalinises the host creating a permissive environment for invasion of plant. @HubWTSA @MRCcmm #ECFG14 pic.twitter.com/KhbYSXue3l
  176. DiPietro: f oxysporum encodes secreted regulatory peptide RALF required for root alkalinization and virulence in tomato plants. #ECFG14
  177. Antonio DiPietro : Fusarium uses F-RALF to induce arlkalinization of plant tissue to increase infection #ECFG14  http://www.nature.com/articles/nmicrobiol201643 
  178. Antonio di Pietro on the invasive power of hyphae #ECFG14
  179. Antonio di Pietro #ECFG14 ask the question of how pathogens that can infect both plants a animals have adapted to disparate environments. Using Fussrium oxysporm as a model. https://t.co/8KiBO45Azp
    Antonio di Pietro #ECFG14 ask the question of how pathogens that can infect both plants a animals have adapted to disparate environments. Using Fussrium oxysporm as a model. pic.twitter.com/8KiBO45Azp
  180. #ECFG14 Antonio di Pietro. how does a cross kingdom pathogen adapt to life in different hosts? The Fusarium oxysporum the complex infects over 100 species, but individuals are host specific.
  181. DiPietro: talking about a cross-kingdom fungal pathogen, Fusarium oxysporum, with plant and animal hosts. How did it evolve? How does it adapt to different hosts? #ECFG14
  182. تأجيل النظر في قضية الشيخ رائد صلاح إلى 8آذار المقبل  https://www.psnews.ps/post/12346  #edho #ECFG14 #فرصة
  183. #ECFG14 sets new standards for conferences by handing out this nifty device for applause/time management/loud scientific disagreement to 400 people. https://t.co/IKzTSDgq3U
    #ECFG14 sets new standards for conferences by handing out this nifty device for applause/time management/loud scientific disagreement to 400 people. pic.twitter.com/IKzTSDgq3U
  184. الوفد الأمني المصري يلتقي رئيس هيئة المعابر الفلسطينية نظمي مهنا في غزة  https://www.psnews.ps/post/12345  #ECFG14 #edho #فرصة
  185. Excellent selection to have Neil Gow give a plenary at #ECFG14. Great introduction to glycobiology, immune response to Candida and outstanding science on cell wall structures.
  186. RT @ssukno: Stopped by to see some of the C. higginsianum latest research , #ECFG14,for more info  https://goo.gl/WVFTFQ 
  187. مشاورات بين عدد من دول الاتحاد الأوروبي للاعتراف بفلسطين  https://www.psnews.ps/post/12342  #ECFG14 #القدس #فلسطين
  188. A gene transfer from a plant to a fungus and it’s role in plant defense suppression #ecfg14.  poster number 20. https://t.co/DBfR7RdwIQ
    A gene transfer from a plant to a fungus and it’s role in plant defense suppression #ecfg14. poster number 20. pic.twitter.com/DBfR7RdwIQ
  189. الزهار:الوفد المصري يضغط على الرئيس عباس لتنفيذ اتفاق المصالحة الاخير  https://www.psnews.ps/post/12343  #ECFG14 #القدس #فلسطين
  190. Colletotrichum orchidophilum the closest species  related to the acutatum species complex #ecfg14 https://t.co/t3L2hTHeMz
    Colletotrichum orchidophilum the closest species related to the acutatum species complex #ecfg14 pic.twitter.com/t3L2hTHeMz
  191. Question by Regine Kahmann to @AlgaZuccaro: “Did you test other PATHOGENS?” #ECFG14
  192. Zuccaro: extracellular ATP release in barley is induced by S. indica to trigger defenses. Fungal E5NT hydrolyses ATP, facilitates colonization. #ECFG14
  193. #ECFG14 @AlgaZuccaro Sebacina indica induces eATP signaling in planta via intracellular calcium release https://t.co/CD62WIuuQY
    #ECFG14 @AlgaZuccaro Sebacina indica induces eATP signaling in planta via intracellular calcium release pic.twitter.com/CD62WIuuQY
  194. #ECFG14 @AlgaZuccaro eATP is an essential signalling molecule in plants eATP accumulation in the apoplast induces ROS production and a calcium increase. S. indica induces eATP release in barley and Arabidopsis roots. ATP induces calls and suppressed S. indica colonisation.
  195. #ECFG14 @AlgaZuccaro Serendipita indica (the endophyte previously known as Piriformospora indica) secretes effectors that modulate eATP
  196. @AlgaZuccaro The fungal-specific β-glucan-binding lectin FGB1 alters cell-wall composition and suppresses glucan-triggered immunity in plants #ECFG14  https://www.nature.com/articles/ncomms13188 
  197. Alga Zuccaro: endophytes of order Sabacinales exhibit beneficial mutualistic root endophytism,
Promote growth, & require non-compromised plant immunity & host cell death associated phase #ECFG14 https://t.co/V22DFTCTCK
    Alga Zuccaro: endophytes of order Sabacinales exhibit beneficial mutualistic root endophytism, Promote growth, & require non-compromised plant immunity & host cell death associated phase #ECFG14 pic.twitter.com/V22DFTCTCK
  198. Sebacinales root endophytes can spread biotrophically but also require a host cell death-associated phase, which varies between hosts. They are less mutualistic than you might think! @AlgaZuccaro #ECFG14
  199. Zuccaro: Root endophytes in Sebacinales order colonize as biotroph but requires host cell de..., #ECFG14,for more info  https://goo.gl/WVFTFQ ˇ
  200. Zuccaro: Root endophytes in Sebacinales order colonize as biotroph but requires host cell death phase.#ECFG14
  201. #ECFG14 @AlgaZuccaro #endophytes and #effectors mutualistic root endophytism in Sebacinales also requires a host cell death associated phase. Colonisation also results in changes in ER structure during biotrophy of Arabidopsis
  202. القناة الثانية: الخوف من دخول مسلحي فتح في مواجهة مع "إسرائيل"  https://www.psnews.ps/post/12341  #ECFG14 #القدس
  203. في الوم الـ19 للعملية العسكرية في سيناء الجيش المصري: مقتل 3 عسكريين و11 مسلحاً في 4 أيام  https://www.psnews.ps/post/12340  #مصر #ECFG14
  204. #ECFG14 Alga describing the amazing ability of Sebacinales to establish a wide range of interactions with plant hosts - from ectomycorrhizae to root endophytism https://t.co/mc2IRQTVqC
    #ECFG14 Alga describing the amazing ability of Sebacinales to establish a wide range of interactions with plant hosts - from ectomycorrhizae to root endophytism pic.twitter.com/mc2IRQTVqC
  205. #ECFG14 @AlgaZuccaro #endophytes and #effectors mutualistic root endophytism in Sebacinales is independent of plant common symbiosis genes and requires a non-compromised plant immunity  http://onlinelibrary.wiley.com/doi/10.1111/nph.13411/abstract 
  206. حتى الأحد القادم الاحتلال يفرض طوقًا أمنيًا مشددًا على الضفة وغزة  https://www.psnews.ps/post/12339  #ECFG14 #فرصة #Islam
  207. Gorgeous talk from @neil_gow about mannan in the fungal cell wall. Is it the ignition for the host response rather than a shield to mask beta-glucan? #ecfg14
  208. #ECFG14 @AlgaZuccaro research on endophytes is gaining momentum (plenary and workshop); not all endophytes are non-adapted to their hosts  https://twitter.com/ThorstenLangner/status/967657894702407680 
  209. Fantastic talk by Sophien Kamoun explaining the arms race between fungi and plants in terms of effector manipulation of defence and the triggering of effector driven immune responses. #ECFG14 @MRCcmm @HubWTSA https://t.co/P1F8VZ9MAg
    Fantastic talk by Sophien Kamoun explaining the arms race between fungi and plants in terms of effector manipulation of defence and the triggering of effector driven immune responses. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/P1F8VZ9MAg
  210. Neil Gow: mannan is not a shield but the ignition, synergistic activation of mannan and beta glycan triggers immune response #ECFG14 https://t.co/H5JxvAzRZU
    Neil Gow: mannan is not a shield but the ignition, synergistic activation of mannan and beta glycan triggers immune response #ECFG14 pic.twitter.com/H5JxvAzRZU
  211. #ECFG14 @neil_gow interesting work on vesicular trafficking acros Candida cell wall; Q: is it a meander or is it through a physical channel?
  212. If you are working on the cell wall, check out the new journal The Cell Surface ( https://www.journals.elsevier.com/the-cell-surface ) led by @neil_gow who just spoke at the #ECFG14
  213. #ECFG14 @neil_gow Cell wall components drive the fungal immune response: mannan ignition, b-glucan accelerator & chitin brake ... https://t.co/l1xNF9NOOQ
    #ECFG14 @neil_gow Cell wall components drive the fungal immune response: mannan ignition, b-glucan accelerator & chitin brake ... pic.twitter.com/l1xNF9NOOQ
  214. @neil_gow An mannan initiator; a beta glucan accelerator; and a chitin brake: A new understanding of immune recognition of fungal cell walls #ECFG14
  215. Novel single B cell platform to clone human mAbs- can use this to define core manna function in fungal cell wall. Spinout company @mycoBiologics now using this technology therapeutically for new anti-fungals @neil_gow #ECFG14
  216. מן הראוי שכל אחד מאיתנו יידע מהיכן מגיע האוכל שלו. למען ההגינות ולמען הבריאות. לכן, מי שצורך מוצרים מן החי - עליו לצפות בסרטון הבא. לראות. להבין. לעשות חושבים.  http://www.tivonews.co.il/Articles/News/20180226-Fact.aspx  #ECFG14 #Purim #HappiestBirthdayNajwaKaram #islam #startup
  217. #ECFG14 @neil_gow describes an octuple 16-gene CRISPR KO to make a Candida albicans that lacks phosphomannans. Here is the paper  https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5681524/ 
  218. استقالة المبعوث الأمريكي الخاص بشأن كوريا الشمالية  https://www.psnews.ps/post/12338  #ECFG14
  219. Gow: candida has a protective mannan shield outside the cell wall. Acts as an immune shield for underlying b-glucan. #ECFG14
  220. the cell wall is protective of the cell, but is also an immunological target for the host #ECFG14 @neil_gow
  221. @neil_gow #ECFG14 etching the fringe of the cell wall with enzymes to identify the outer N-mannan proteins leading to a new model of the cell wall and its protective properties https://t.co/hTzeO2XeIo
    @neil_gow #ECFG14 etching the fringe of the cell wall with enzymes to identify the outer N-mannan proteins leading to a new model of the cell wall and its protective properties pic.twitter.com/hTzeO2XeIo
  222. لن نقبل بهيمنة امريكا شعث: التسليم بـ"صفعة" القرن خيانة للقضية الفلسطينية  https://www.psnews.ps/post/12337  #EDHO #ECFG14 #Gaza #فرصة
  223. @neil_gow #ECFG14 how to recognize the fungal cell wall what happens at the host-fungal interface? https://t.co/ANPt28H11P
    @neil_gow #ECFG14 how to recognize the fungal cell wall what happens at the host-fungal interface? pic.twitter.com/ANPt28H11P
  224. الأردن تفشل مخططاً لداعش يستهدف اسرائيليين ومبنى السفارة الأميركية  https://www.psnews.ps/post/12336  #بني_صخر #ECFG14
  225. Fungal threats to human health- more deaths than malaria, tuberculosis & HIV but no vaccines & limited drug repertoire @neil_gow #ECFG14 https://t.co/xQmwObUa3Y
    Fungal threats to human health- more deaths than malaria, tuberculosis & HIV but no vaccines & limited drug repertoire @neil_gow #ECFG14 pic.twitter.com/xQmwObUa3Y
  226. Gow: fungal infections are huge burdens on human health (eg 1000,000,000 skin infections per year)but no vaccines, limited drugs available #ECFG14
  227. On fungal cell walls @neil_gow takes the stage at #Ecfg14 

Neil is also the EiC of the new interdisciplinary  journal The Cell Surface... 
https://t.co/RgcFPXWyqV https://t.co/jFX8EcAlJ2
    On fungal cell walls @neil_gow takes the stage at #Ecfg14 Neil is also the EiC of the new interdisciplinary journal The Cell Surface...  https://www.journals.elsevier.com/the-cell-surface  pic.twitter.com/jFX8EcAlJ2
  228. Evolutionary history of Magnaporthe Pik-1 & its integrated HMA domain. Pre-dates Oryza separation (20 Mya) & has evolved higher affinity to Avr-PikD. Must have been an ancestral effector which integrated HMA domain originally recognised @aale_bialas @KamounLab #ECFG14
  229. Sophien Kamoun sheds new light on effector-receptor arms’ race in Magnaporthe-rice interactions. Look for more on the HMA domain in Pik-1. Very cool info! #ECFG14 @KiwiYoung @plantdisease https://t.co/PVlokYTPep
    Sophien Kamoun sheds new light on effector-receptor arms’ race in Magnaporthe-rice interactions. Look for more on the HMA domain in Pik-1. Very cool info! #ECFG14 @KiwiYoung @plantdisease pic.twitter.com/PVlokYTPep
  230. Kamoun: integration of HMA effector binding domain into immune receptor Pik-1 is an ancient event, evolved recently towards stronger binding of AVR-Pik effector in Magnaporthe. What was the original target? #ECFG14
  231. #ECFG14 @KamounLab Rice blast is a recent lineage of Magnaporthe oryzea ... resurrection of the ancestor genome https://t.co/dRxTXGUwXN
    #ECFG14 @KamounLab Rice blast is a recent lineage of Magnaporthe oryzea ... resurrection of the ancestor genome pic.twitter.com/dRxTXGUwXN
  232. NOI domain integrated decoy in rice NLR @KamounLab #ECFG14 An unconventional NOI/RIN4 domain of a rice NLR protein binds host EXO70 protein to confer fungal immunity  https://www.biorxiv.org/content/early/2017/12/24/239400 
  233. #ECFG14 @KamounLab merging fields: NLR-IDs merger of effector biology & NLR biology ... NLR receptors have incorporated effector detectors https://t.co/uGNdUxIKRB
    #ECFG14 @KamounLab merging fields: NLR-IDs merger of effector biology & NLR biology ... NLR receptors have incorporated effector detectors pic.twitter.com/uGNdUxIKRB
  234. Here's the Cesari paper on NLR-IDs - @KamounLab #ECFG14 A novel conserved mechanism for plant NLR protein pairs: the ‘integrated decoy’ hypothesis  https://www.frontiersin.org/article/10.3389/fpls.2014.00606 
  235. Some NLR receptors bait effectors through domains that originated from effector targets #susceptibility genes becoming #resistance genes #coolscience  #ECFG14 https://t.co/0XdoIts9oP
    Some NLR receptors bait effectors through domains that originated from effector targets #susceptibility genes becoming #resistance genes #coolscience #ECFG14 pic.twitter.com/0XdoIts9oP
  236. There is predictability in microbial virulence over time @KamounLab being philosophical #ECFG14
  237. Kamoun: convergence towards two-speed genome in unrelated pathogens. Effector genes evolving faster than core genome. #ECFG14
  238. #ECFG14 @KamounLab showing fossils of oomycete-colonized plants from Rhynie chert ... Filamentous pathogens are ancient lineages @CStrulluDerrien https://t.co/jYHgCeXXCA
    #ECFG14 @KamounLab showing fossils of oomycete-colonized plants from Rhynie chert ... Filamentous pathogens are ancient lineages @CStrulluDerrien pic.twitter.com/jYHgCeXXCA
  239. Kamoun: what drives pathogen evolution? Adaptation to new host targets and evasion of immune receptors. #ECFG14
  240. #ECFG14 @KamounLab Some effectors “trip the wire” and activate immunity in particular plant genotypes https://t.co/UFMjlBRz05
    #ECFG14 @KamounLab Some effectors “trip the wire” and activate immunity in particular plant genotypes pic.twitter.com/UFMjlBRz05
  241. 9:15am at #ECFG14: Keynote by our collaborator Sophien Kamoun @KamounLab on Keeping up with the plant destroyers https://t.co/T0e1sNUAYg https://t.co/883rrQzeEM
    9:15am at #ECFG14: Keynote by our collaborator Sophien Kamoun @KamounLab on Keeping up with the plant destroyers  http://ow.ly/Y7Yf30iyJVJ  pic.twitter.com/883rrQzeEM
  242. Kamoun: unlike animal pathogens, plant pathogens not by accident. All secrete effectors to modulate plant host. #ECFG14
  243. want to know more about comparative genomics in #oomycetes ? stop by posters #62 and #87 today #ECFG14
  244. Kamoun: fungi and oomycetes are unrelated but have evolved similar lifestyles to destroy crops including deploying effectors to modulate host processes. #ECFG14
  245. All set up for Today! If you like to know more about Immune Suppression and CCG effectors in Oomycete #Albugo visit me at Poster TU-16 #ECFG14
  246. Keynote talk by EMBO member Sophien Kamoun on innovations to control some of the most devastating crop diseases caused by fungi & oomycetes, defined by their adaptability & ability to overcome host resistance, and jump hosts #ECFG14 @KamounLab https://t.co/czciQ6GWt6
    Keynote talk by EMBO member Sophien Kamoun on innovations to control some of the most devastating crop diseases caused by fungi & oomycetes, defined by their adaptability & ability to overcome host resistance, and jump hosts #ECFG14 @KamounLab pic.twitter.com/czciQ6GWt6
  247. Really looking forward to the keynote by top scientist and a personal Twitter hero @KamounLab this morning #ECFG14 #oomyceteswelcome
  248. #ECFG14 Our Sophien Kamoun ... feeling alone in the middle of a fungal audience;-) https://t.co/VuvQ8hXfdV
    #ECFG14 Our Sophien Kamoun ... feeling alone in the middle of a fungal audience;-) pic.twitter.com/VuvQ8hXfdV
  249. هأرتس تكشف عن خطة سياحية استيطانية تهدد البلدة القديمة بالقدس  https://www.psnews.ps/post/12333  #فرصة #القدس #ECFG14
  250. أخبار فلسطين - مستوطنون يقتحمون الأقصى بمشاركة عضو كونغرس أمريكي  https://www.psnews.ps/post/12331  #ECFG14
  251. #ECFG14
خلال ايام ..الاعلان عن اتفاق #مصر واسرائيل علي تعديل ملحق معاهدة #كامب_ديفيد بشأن مناطق #سيناء

#اسرائيل قبلت تواجد قوات مسلحة تسليحا ثقيلا في المنطقة " ج "
وافقت ايضا علي زيادة حجم القوات بمعدل 10 % من عدد السكان في #رفح و #العريش و #الشيخ_زويد

#السيسي
#نتنياهو
#ترامب https://t.co/jnIRJ0Z5qa
    #ECFG14 خلال ايام ..الاعلان عن اتفاق #مصر واسرائيل علي تعديل ملحق معاهدة #كامب_ديفيد بشأن مناطق #سيناء #اسرائيل قبلت تواجد قوات مسلحة تسليحا ثقيلا في المنطقة " ج " وافقت ايضا علي زيادة حجم القوات بمعدل 10 % من عدد السكان في #رفح و #العريش و #الشيخ_زويد #السيسي #نتنياهو #ترامب pic.twitter.com/jnIRJ0Z5qa
  252. Noam Alkan:floavonoids and anthocyanin play roles in defense against C. gloeosporoides #ECFG14 https://t.co/qTKIGE0mmp
    Noam Alkan:floavonoids and anthocyanin play roles in defense against C. gloeosporoides #ECFG14 pic.twitter.com/qTKIGE0mmp
  253. Foliar sugar accumulation enhances priming of the SA mediated defense response to C. higginsianum #ecfg14 https://t.co/M3IiJwme2r
    Foliar sugar accumulation enhances priming of the SA mediated defense response to C. higginsianum #ecfg14 pic.twitter.com/M3IiJwme2r
  254. Tired of mobile charging? Is not your mobile charging fast? So you do not have to worry now. Because with the help of the fast battery charger you will now be able to quickly charge your mobile  https://play.google.com/store/apps/details?id=com.oae.rapid.fast.charger  #KyaUlluBanaya #WoMannKiBaat #ECFG14 #startup #Purim #Europe
  255. Fellow #Cemist @VesthT from @DTUtweet gave a great talk on fungal genomes and secondary metabolism at the Asperfest at #ECFG14 @cemist_dtu https://t.co/68YJHdDo6n
    Fellow #Cemist @VesthT from @DTUtweet gave a great talk on fungal genomes and secondary metabolism at the Asperfest at #ECFG14 @cemist_dtu pic.twitter.com/68YJHdDo6n
  256. Functional genomics of lipid metabolism in the oleaginous yeast Rhodosporidium toruloides | bioRxiv - RB-TDNA-seq cool method mentioned by Philipp Benz #ECFG14  https://www.biorxiv.org/content/early/2017/09/19/190546 
  257. The always excellent Richard Todd gave an fascinating talk on A. nidulans and branched chain AAs linking prim. and sec. met.! #ECFG14
  258. #ECFG14 nice talk by @gun_doe identifying an Ustilago maydis relative as "microbial hub"! Next step: reconstruction of fungal virulence!
  259. Benz Philip: best candidate for high galacturonic acid utilizer was serendipitous contaminant. #Ecfg14
  260. Benz: giving first talk not on Neurospora! Now looking at pectin for biofuel purposes, examining galacturonic acid metabolism in basidiomycetes #Ecfg14
  261. Let’s make branched chain amino acids! Richard Todd fills the gaps in leucine production in Aspergillus nidulans. #ECFG14 @WilsonLab @KiwiYoung https://t.co/o6Jl7P48wh
    Let’s make branched chain amino acids! Richard Todd fills the gaps in leucine production in Aspergillus nidulans. #ECFG14 @WilsonLab @KiwiYoung pic.twitter.com/o6Jl7P48wh
  262. Richard Todd: exploring regulation of branched chain amino acid biosynthesis in aspergillus. Branch chain amino acid biosynthesis genes are antifungal targets and virulence factors. #Ecfg14
  263. #ECFG14 Aurore Labourel (Marseilles) exploring the lignocellulolytic secretome of Polyporales, LPMOs of Pycnoporus https://t.co/9wuTaQalkU
    #ECFG14 Aurore Labourel (Marseilles) exploring the lignocellulolytic secretome of Polyporales, LPMOs of Pycnoporus pic.twitter.com/9wuTaQalkU
  264. So happy to see my former mentor @talbotlabexeter presenting my work on Pmk1-mediated cell-to-cell movement of Magnaporthe oryzae at #ECFG14. Missing my lovely pmk1AS mutant too.
  265. Voll: does local induction serve fungal nutrient? Sweet11/12 double mutant actually more susceptible. Why? Double mutant has higher levels of sugars with and without infection, and more free SA, than WT #Ecfg14
  266. Voll: what about Colletotricum higginsianum? AtSweet12 strongly induced during infection, but not AtSweet11. #Ecfg14
  267. Voll: studying induction of phloem loading SWEET transporters in Arabidopsis in response to powdery mildew. #Ecfg14
  268. Amazing microscopy showing cell-to-cell movement of M. oryzae depends on MAPK regulation of hyphal constriction via septins @talbotlabexeter #ECFG14
  269. Tegelaar: laser dissection/ destruction of mycelia shows continued growth of some subapical compartments. Others stop growing but some hexA compartments start growing again at later time. #Ecfg14
  270. Tegelaar: studies rate of closure of apical septa in different filamentous fungi and with crystal lattice knocked out. Reduced plugging in hexA mutants.#Ecfg14
  271. This app easily blocks all unwanted calls by adding it to black list. Users can also Add Numbers to White List in order to receive calls and sms from Particular Contact Numbers  https://play.google.com/store/apps/details?id=com.oae.call.and.sms.blocker.app.free  #HealthcareRevolution #EdelweissSupportsTeamIndia #ECFG14 #startup #Purim
  272. Thon: CAZY and proteases over represented between two colletotricum lineages, evidence for convergent evolution or ancient expansion and gene loss? #Ecfg14
  273. Wonderful work by Norio Takeshita showing how pulsatile polarised growth of hyphae is regulated by calcium channel gated vesicle fusion. #ECFG14 @HubWTSA @MRCcmm https://t.co/d3F1xRenNl
    Wonderful work by Norio Takeshita showing how pulsatile polarised growth of hyphae is regulated by calcium channel gated vesicle fusion. #ECFG14 @HubWTSA @MRCcmm pic.twitter.com/d3F1xRenNl
  274. Thon: considering host range of colletotricum species and asking if gene content is associated with host range. #Ecfg14
  275. Talbot: sees temporal waves of effectors altered by pmk1 inhibition. But, is pmk1 important for plant defense suppression or fungal growth? Suppressing plant defenses does not remediate inhibited pmk1, and neither does killing rice cell completely.#ECFG14
  276. Talbot: plasmodesmata are sites of plant defense. What happens when fungal movement blocked? Massive plant responses. #Ecfg14
  277. Nick Talbot talks about biology of cell to cell movement of Magnaporthe oryzae in its host. Pmk1 gene playing a major role. New and fascinating information about this fungus! #ECFG14 @KiwiYoung @plantdisease @WilsonLab https://t.co/YkhkUe34Ru
    Nick Talbot talks about biology of cell to cell movement of Magnaporthe oryzae in its host. Pmk1 gene playing a major role. New and fascinating information about this fungus! #ECFG14 @KiwiYoung @plantdisease @WilsonLab pic.twitter.com/YkhkUe34Ru
  278. Talbot: pmk1 inhibition results in filling of first cell and no movement. Mps1 inhibition can allow cell to cell movement. Therefore only pmk1 required. #Ecfg14
  279. Talbot: used chemical genetics to selectively inhibit pmk1 after infection. Found fungus gets stuck in the first infected cell. #Ecfg14
  280. @talbotlabexeter shows spectacular images of M oryzae squeezing through 300nm plant pitfields #ECFG14 https://t.co/dhhIvaj1H2
    @talbotlabexeter shows spectacular images of M oryzae squeezing through 300nm plant pitfields #ECFG14 pic.twitter.com/dhhIvaj1H2
  281. Talbot: asks how does M oryzae move through plasmodesmara into adjacent cells? Turned to the pmk1 mapk pathway for clues. #ECFG14
  282. Nick Talbot: showing 4-D movies of effector secretion by magnaporthe as it grows in the first epidermal cells. #ECFG14 https://t.co/bitrujCeBw
    Nick Talbot: showing 4-D movies of effector secretion by magnaporthe as it grows in the first epidermal cells. #ECFG14 pic.twitter.com/bitrujCeBw
  283. Great first poster session at #ECFG14 I am delighted to see more and more work on #CRISPR in #fungi and very happy to get to know the people doing the work!
  284. 3:30pm, Feb. 26 at #ECFG14: Annegret Kohler @Inra_Nancy on Impact of fungal genotypes, species on the ectomycorrhizal symbioses transcriptomic landscape https://t.co/eoJrlUZEmK @lbnlbiosci @berkeleylab @doescience @fmartin1954 @wsl_research #fungi https://t.co/E0SlXvxoQZ
    3:30pm, Feb. 26 at #ECFG14: Annegret Kohler @Inra_Nancy on Impact of fungal genotypes, species on the ectomycorrhizal symbioses transcriptomic landscape  http://ow.ly/k3iG30iyDO8  @LBNLBioSci @BerkeleyLab @doescience @fmartin1954 @WSL_research #fungi pic.twitter.com/E0SlXvxoQZ
  285. Israelis 🇮🇱 celebrate "Eid" ... Palestinians 🇵🇸 are suffering again !!!
Details from here 👇👇
https://t.co/Y0Iykhezqf

#ECFG14
#startup
Netanyahu
Zero Hedge
#Purim
#technology
Hebron
Holocaust
Christian
Mona Charen https://t.co/LpqEYMBEgZ
    Israelis 🇮🇱 celebrate "Eid" ... Palestinians 🇵🇸 are suffering again !!! Details from here 👇👇  https://goo.gl/UGZVmo  #ECFG14 #startup Netanyahu Zero Hedge #Purim #technology Hebron Holocaust Christian Mona Charen pic.twitter.com/LpqEYMBEgZ
  286. Learned today: the importance of having a Contaminant Repository for Affinity Purification - CRAPome for helping proteomics studies #ECFG14 #badomics
  287. Alex Brand describes how Rsr1/ Bud1 GTPase gives Candida albicans hyphae it’s sense of touch, enabling it to undergo tropic movements in relation to the topographical cues of the substratum. #ECFG14 @MRCcmm @HubWTSA https://t.co/Yxkqmwg4Sz
    Alex Brand describes how Rsr1/ Bud1 GTPase gives Candida albicans hyphae it’s sense of touch, enabling it to undergo tropic movements in relation to the topographical cues of the substratum. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/Yxkqmwg4Sz
  288. Nothing like an #ECFG14 conference to satisfy my fascination by spitzenkörpers. Thanks to Meritxell Riquelme and Alex Brand for great slides, videos and talks on this.
  289. Alex Brand: Candida hyphae maintain budding trajectory when obstacles are encountered, following contours, but maintaining direction. Remarkable sensing #ECFG14
  290. Brand: c albicans hyphae growth mutants fall into three phenotypes. Important to understand because albicans causes 250000 infection cases and 50000 deaths per year. #ECFG14
  291. #ECFG14 Jin-Rong Xu: we cannot figure out why a particular transcript is targeted for RNA editing, one of >100 types of RNA modifications?  https://en.wikipedia.org/wiki/RNA_modification 
  292. JinRong Xu. A-to-I RNA editing occurs in 6000 Fusarium genes, is mostly non-synonymous and is required for RIP (repeat induced point mutation). #ECFG14 @HubWTSA @MRCcmm https://t.co/e7wJ6zu9pL
    JinRong Xu. A-to-I RNA editing occurs in 6000 Fusarium genes, is mostly non-synonymous and is required for RIP (repeat induced point mutation). #ECFG14 @HubWTSA @MRCcmm pic.twitter.com/e7wJ6zu9pL
  293. #ECFG14 Jin-Rong Xu: RNA editing is essential for RIP in Fusarium graminearum and other Hypocrales spp.
  294. Fungal conference ecfg14 in Haifa isrEl renames Haifa to hypha https://t.co/28rsvyMWtW
    Fungal conference ecfg14 in Haifa isrEl renames Haifa to hypha pic.twitter.com/28rsvyMWtW
  295. אם חסרות לכם הוכחות לכך שטבעונות היא לא פחות ממהפכה, במיוחד בישראל, אתם מוזמנים לעקוב אחרי כלי התקשורת העולמיים. כולם מסתכלים עלינו ומתפעלים.  http://www.tivonews.co.il/Articles/News/20180226-Tourism.aspx  #ECFG14 #startup #Purim #Russia
  296. Jin-Rong Xu discussing A to I editing in Fusarium- this is a great story! #ECFG14 @KiwiYoung @plantdisease https://t.co/SnPn4E8mNk
    Jin-Rong Xu discussing A to I editing in Fusarium- this is a great story! #ECFG14 @KiwiYoung @plantdisease pic.twitter.com/SnPn4E8mNk
  297. Xu: A to I RNA editing in fusarium graminearum. Puk1 is perithecium-specific pseudokinase needed for ascospore discharge, requires A to I editing for function. #ECFG14
  298. Merixtell Riquelme: Network of Endomembranous Cisternae. Cell wall enzymes are partitioned even before packaged into vesicles! #ECFG14
  299. The two #CeMiSt members @MRAndersenLab and @VesthT are attending the 14th European Conference on Fungal Genetics #ECFG14  http://www.ecfg14.org/ 
  300. Beautiful cell biology by Meritxell Riquelme describing the transport of the  Fungal cell wall biosynthetic enzymes and the regulation of vesicular transport and exocytosis. #ECFG14 @HubWTSA @MRCcmm https://t.co/qHvleeSHkl
    Beautiful cell biology by Meritxell Riquelme describing the transport of the Fungal cell wall biosynthetic enzymes and the regulation of vesicular transport and exocytosis. #ECFG14 @HubWTSA @MRCcmm pic.twitter.com/qHvleeSHkl
  301. Riquelme: 38000 vesicles incorporated per minute in the cell to support hyphae growth #ECFG14
  302. Riquelme: N crassa hyphae need to avoid traffic jams when chitin syntheses localize to the spitzenkorpa at the hyphae tip, and at septa, and glucagon sythase localizes to outer layer of spitzenkorper. #ECFG14
  303. Mertixell talks about localization of beta-1,3- glucan synthese at the SPK outer layer. Video article here:  https://www.sciencedirect.com/science/article/pii/S1087184515300025  #ECFG14
  304. The assembly of cell wall at the tip for growth #Ecfg14 

Mertixell Riquelme is also an editor for The Cell Surface journal: 
https://t.co/RgcFPXWyqV
@neil_gow https://t.co/2T7LqhorrE
    The assembly of cell wall at the tip for growth #Ecfg14 Mertixell Riquelme is also an editor for The Cell Surface journal:  https://www.journals.elsevier.com/the-cell-surface  @neil_gow pic.twitter.com/2T7LqhorrE
  305. André Fleissner: "cell dialog" is very important as demonstrated by N. crassa & B. cinerea cellular behaviour coordinated over distance & in inter-species germlings #ECFG14 https://t.co/xorWRhnniU
    André Fleissner: "cell dialog" is very important as demonstrated by N. crassa & B. cinerea cellular behaviour coordinated over distance & in inter-species germlings #ECFG14 pic.twitter.com/xorWRhnniU
  306. Meritxell Riquelme calls N. crassa the Superman of fungi. Superman is normal human size, N. crassa is a monster! #ECFG14 #tinyhyphae #hyphaeenvy https://t.co/VqVCS6Toke
    Meritxell Riquelme calls N. crassa the Superman of fungi. Superman is normal human size, N. crassa is a monster! #ECFG14 #tinyhyphae #hyphaeenvy pic.twitter.com/VqVCS6Toke
  307. #ECFG14 M Requelme: the secretory pathways in Neurospora: highways & roads, but no traffic jams! thanks to the Spitzenkörper https://t.co/4zEUPkygIl
    #ECFG14 M Requelme: the secretory pathways in Neurospora: highways & roads, but no traffic jams! thanks to the Spitzenkörper pic.twitter.com/4zEUPkygIl
  308. Meritxell Riquelme - shows scale of Neurospora hypha (bottom) compared to the sleek Aspergillus hypha (top) & nuclei differences. #ECFG14 https://t.co/cJARLDSTaC
    Meritxell Riquelme - shows scale of Neurospora hypha (bottom) compared to the sleek Aspergillus hypha (top) & nuclei differences. #ECFG14 pic.twitter.com/cJARLDSTaC
  309. AF: Sip1 oscillates wo partner. Sip1 delete can’t synchronize/fuse. Is Sip1 a temporal template that cell communication is built on? #ECFG14
  310. A Fleissner: B cincerina & N crassa communicate, but don’t fuse. Fungal Signaling modules conserved, but fusion modules unique? #ECFG14
  311. #ECFG14 André Fleissner raising the hypothesis that interspecies cellular fusion is a mechanism of horizontal gene transfer; amazing evidence of interspecies interactions between (the unrelated) Botrytis cinerea and Neurospora crassa
  312. #ECFG14 A Fleissner showing that Botrytis and Neurospora germlings interact with each other a common language https://t.co/5z0GJUKAQY
    #ECFG14 A Fleissner showing that Botrytis and Neurospora germlings interact with each other a common language pic.twitter.com/5z0GJUKAQY
  313. Fleissner: B. cinerea and N. crassa germlings can interact with each other and share a cell dialogue mechanism   #ECFG14 #coolscience https://t.co/VGxxi5QofK
    Fleissner: B. cinerea and N. crassa germlings can interact with each other and share a cell dialogue mechanism #ECFG14 #coolscience pic.twitter.com/VGxxi5QofK
  314. Fleissner: Cell dialog mechanism conserved in B. cinerea, can interact with N crassa but cells don’t fuse. Expt performed in the lab but these two fungi likely encounter each other in nature and might fuse to exchange genes across species barrier #ECFG14
  315. André Fleissner talks about how fungal cells talk to each other, and this mechanism is quite similar across species #ECFG14
  316. André Fleissner also showed that the Neurospora SIP mutant drives the wild type crazy. #weallknowthetype #ECFG14
  317. Quite interesting: André Fleissner shows that Neurospora crassa has an unusual mechanism for cell-cell interaction. Apparently it doesn't like small talk #ECFG14
  318. Andre Fleissner talking about how fungal hyphae talk to each other via out of phase Map kinase signal transduction pathway(s) activation. #ECFG14 @HubWTSA @MRCcmm https://t.co/6Fiq4dpeCb
    Andre Fleissner talking about how fungal hyphae talk to each other via out of phase Map kinase signal transduction pathway(s) activation. #ECFG14 @HubWTSA @MRCcmm pic.twitter.com/6Fiq4dpeCb
  319. André Fleissner: Oscillatory MAPK recruitment to tip membrane occurs during cell fusion, but tethering MAK-2 to PM permanently, leads to hyperphosphorylation and prevents its function #ECFG14
  320. Andre Fleissner MASTRINO complex regulates cell communication on multiple levels. MAPK, CWI, NOX etc in network #ECFG14
  321. #ECFG14 A Fleissner The MASTRINO complex: a conserved signaling machinery governs intra- and extra specific interactions https://t.co/e0v3A1hWGm
    #ECFG14 A Fleissner The MASTRINO complex: a conserved signaling machinery governs intra- and extra specific interactions pic.twitter.com/e0v3A1hWGm
  322. Andre Fleissner: conserved signaling machinery in fungi governind diverse fungal interactions #ECFG14 https://t.co/zhHzULXWjH
    Andre Fleissner: conserved signaling machinery in fungi governind diverse fungal interactions #ECFG14 pic.twitter.com/zhHzULXWjH
  323. Fleissner: discusses fungal cellular communication, essential at all stages of development #ECFG14
  324. #ECFG14 André Fleissner (TUB) Fungal dialogs: cellular communication is essential at all stages of fungal development! https://t.co/516s69WG0i
    #ECFG14 André Fleissner (TUB) Fungal dialogs: cellular communication is essential at all stages of fungal development! pic.twitter.com/516s69WG0i
  325. Silar: what is C? It is the active state of autocatalytic MAP kinase with Nox1 upstream #ECFG14
  326. Silar: epigenetic crippled growth only occurs on certain media and involes cytoplasmic infectious factor C #ECFG14
  327. Silar: discussing crippled growth in Podispora anserina. Phenotypic instability frequent in filamentius fungi, involves genetic and epigenetic mechanisms #ECFG14
  328. @judithberman11 thought provoking: drug reistance versus tolererance. Tolerance subpopulation based. Ignore at your peril. #ECFG14
  329. #ECFG14 Philippe Silar (Paris) The crippled growth epigenetic cell degeneration of Podospora anserina, an overview https://t.co/2x2hSnGXEm
    #ECFG14 Philippe Silar (Paris) The crippled growth epigenetic cell degeneration of Podospora anserina, an overview pic.twitter.com/2x2hSnGXEm
  330. Judith Berman talks about missegregation of chromosomes, trimeras & giants cells that tribute to high levels of diversity and #antifungal drug resistance in #Candida #ECFG14 https://t.co/G6qmVfqM5c
    Judith Berman talks about missegregation of chromosomes, trimeras & giants cells that tribute to high levels of diversity and #antifungal drug resistance in #Candida #ECFG14 pic.twitter.com/G6qmVfqM5c
  331. @judithberman11 Not just a Candida thing. Cryptococcus and Saccharomyces also make aneuploids in clinical samples. #ECFG14
  332. Judy Berman explains how changes in chromosomes due to aneuploidy and loss of heterozygosity can cause large and sudden leaps in drug resistance profiles of Candida. #ECFG14 @MRCcmm @HubWTSA https://t.co/S2Ui3Lm7SL
    Judy Berman explains how changes in chromosomes due to aneuploidy and loss of heterozygosity can cause large and sudden leaps in drug resistance profiles of Candida. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/S2Ui3Lm7SL
  333. #ECFG14 Judith Berman shows an interesting way to generate fungal azole resistance: Generate two extra copies of the entire left arm of a chromosome, and with it comes extra copies of Erg1 and an azole exporter -> resistance.
  334. Evidence for parasexuality in Candida albicans in azole-resistant clinical samples from HIV patients, aneuploidy and loss of heterozygosity due to effects of haploidisation. @judithberman11 #ECFG14
  335. Berman: Anna selmecki first showed aneuploidy associated with azole resistance in c albicans #ECFG14
  336. Berman: how does c alibi and drug resistance occur so fast? Can’t be just Mendelian selection. Might occur instead in multiple leaps through ploidy variation #ECFG14
  337. The #ECFG14 opening lecture by Arturo Casadevall @ACasadevall1 was one of the best keynotes I have ever seen. Complete with the answer to: Why are we all here? The answer is #fungi
  338. Judy Berman showing pulsed field gels PFGEs. Very cool. Many happy hours doing pulsed field gel runs, when I was young and had more hair #ECFG14
  339. Just Bergman: You can’t adapt if you are dead. True for Fungi and for life generally. #ECFG14
  340. Berman: discussing the dynamics of genomes in pathogenic fungi #ECFG14
  341. #ECFG14 RESURRECTION TOO MANY MEN IN THE WORLD FAIL PHILOSOPHY GRAVI
  342. تلاوة رائعة جدا وهادئة تنسيك الدنيا وهمها  https://youtu.be/FTg0vL-ujZA  #ECFG14
  343. Qibla, Kaaba, Qiblah, Qibla Finder, Compass Tool, Direction Finder is totally Free app. Now Find Your Qibla easily does not matter where you are in the world  https://play.google.com/store/apps/details?id=com.oae.qibla.finder.and.compass  #ECFG14 #Russia #startup #Purim #RomaMilan #JuveAtalanta #chetempochefa #domenicalive
  344. Asperfest15 Pontecorvo Lecturer Margaret Katz with Zymergen Scientists. Nice jacket @KSBruno9 #ECFG14 https://t.co/l914YyQhdp
    Asperfest15 Pontecorvo Lecturer Margaret Katz with Zymergen Scientists. Nice jacket @KSBruno9 #ECFG14 pic.twitter.com/l914YyQhdp
  345. Aspergillus committee at close of Asperfest15. Another good meeting wrapped up. #ECFG14 https://t.co/EwZIMVC3PB
    Aspergillus committee at close of Asperfest15. Another good meeting wrapped up. #ECFG14 pic.twitter.com/EwZIMVC3PB
  346. Novozymes Student Poster Prize winners and judges at Asperfest 15.  Very cool work! #ECFG14 https://t.co/MxnZTqB8eT
    Novozymes Student Poster Prize winners and judges at Asperfest 15. Very cool work! #ECFG14 pic.twitter.com/MxnZTqB8eT
  347. Clay Wang points out Aspergillus on SpaceX mission. One day might make antibiotics for deep space astronauts! Asperfest15 #ECFG14 https://t.co/R6eOUKezbC
    Clay Wang points out Aspergillus on SpaceX mission. One day might make antibiotics for deep space astronauts! Asperfest15 #ECFG14 pic.twitter.com/R6eOUKezbC
  348. Why was there never a second reptilian age after the dinosaurs? The expensive lifestyle of mammals was selected for by fungi #ECFG14 @ACasadevall1 https://t.co/x5bBVzkn8r
    Why was there never a second reptilian age after the dinosaurs? The expensive lifestyle of mammals was selected for by fungi #ECFG14 @ACasadevall1 pic.twitter.com/x5bBVzkn8r
  349. @ACasadevall1 find out your competitor just discovered the very same thing? Don’t try to scoop each other #WorkTogether #publish simultaneously great for #scientificCommunity #ECFG14
  350. #ECFG14 @ACasadevall1: you show people a cool movie, and next thing you know they ask you what's the mechanism? Does it happen in vivo? [audience applause]
  351. Groupers and splitters and nomenclature mayhem - it plagues fungal biology (in plant path too) Plancks dictum applies to this social  problem @ACasadevall1  #ECFG14 https://t.co/sbkoR0hX7e
    Groupers and splitters and nomenclature mayhem - it plagues fungal biology (in plant path too) Plancks dictum applies to this social problem @ACasadevall1 #ECFG14 pic.twitter.com/sbkoR0hX7e
  352. Arturo Casadevall opens ECFG14 with stimulation talk on fungi that cause disease (noting that we have heard that it is not helpful to use the term “pathogen”) and how fungi shaped the evolution of animals. #ECFG14 @MRCcmm @HubWTSA https://t.co/RvqyxSpzey
    Arturo Casadevall opens ECFG14 with stimulation talk on fungi that cause disease (noting that we have heard that it is not helpful to use the term “pathogen”) and how fungi shaped the evolution of animals. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/RvqyxSpzey
  353. “There’s no such thing as a pathogen: only microbes and hosts” @ACasadevall1 #ECFG14
  354. There are no pathogens or nonpathogens. There are only microbes and hosts, and their interaction with each other can result in different results in different individuals #Ecfg14 @ACasadevall1
  355. #ECFG14 @ACasadevall1: Germ theory unsolved questions How do microbes cause disease? Why are some hosts susceptibel and others not? What's the difference between pathogenic and non-pathogenic microbes? [Note: #plantpath has some answers]
  356. #ECFG14 opening lecture Arturo Casadevall is going to tell us why are we all here?why are we so hot? Why do we eat so much? Why are mammals the dominant animals? Spoiler: the answer to all of this is #fungi
  357. #ECFG14 @ACasadevall1 Why are we here? Why are we so hot? Why do we eat so much? Why are mammals the dominant large animals? The answer is...FUNGI!
  358. Germ theory began with the study of fungi... Silkworm disease and ringworm @ACasadevall1 #Ecfg14
  359. #ECFG14 the mayor of Haifa delivers and excellent and entertaining opening speech. All nobel prizes from Israel occurred during his time in office and from the university in his city! @TechnionLive also proud of the #peace in #Haifa https://t.co/9LXI7YMP8F
    #ECFG14 the mayor of Haifa delivers and excellent and entertaining opening speech. All nobel prizes from Israel occurred during his time in office and from the university in his city! @TechnionLive also proud of the #peace in #Haifa pic.twitter.com/9LXI7YMP8F
  360. If you want to know more about the comparative genomics of plant pathogenic smut fungi and core effectors come and visit me on Tuesday at poster TU-23 #ECFG14  https://twitter.com/wilsonlab/status/967782193723596807 
  361. Inspiring words by the president of the @TechnionLive Peretz Lavie in the #ECFG14 opening ! Go fungi, go basic science !! https://t.co/lgw5GTpaAA
    Inspiring words by the president of the @TechnionLive Peretz Lavie in the #ECFG14 opening ! Go fungi, go basic science !! pic.twitter.com/lgw5GTpaAA
  362. Tired of mobile charging? Is not your mobile charging fast? So you do not have to worry now. Because with the help of the fast battery charger you will now be able to quickly charge your mobile  https://play.google.com/store/apps/details?id=com.oae.rapid.fast.charger  #sridevideath #JAMBEN #ECFG14 #המטההמרכזי #startup #Russia
  363. Kahmann: discovered an effector complex of core effectors, crucial for virulence, with possible role in effector transport. #ECFG14
  364. Kahmann: only 6 effector functions are known in U maydis, 250 to go! How to decide which to focus on? Asked can core effectors be found by comparing 7 ustilago genomes? If so, are putative core effectors expressed during infection? #ECFG14
  365. Shave Covo: The NAD salvage pathway is involved in virulence in an unexpected manner, perturbation leads to hyper virulence in Fusarium oxyaporum #ecfg14
  366. Covo: interest in chromosome biology and role of sirtuins in histone deacetylation has led to examining the NAD salvage pathway as a potential pesticide target in F. oxysporum #ECFG14
  367. Minguez-Diaz: considers differences in virulence amongst F. oxysporum strains, found due to differences in copy no. of ftf1 paralogues and roles of ftf1 in regulating SIX effectors #ECFG14
  368. Donfrio & Chaya discuss ROS metabolism in Magnaporthe & Cochliobolus: use of confocal imaging and Hyper sensor to monitor ROS production during infection. #ECFG14
  369. Martijn Rep - Interesting F-box protein mutant frp1 that regulates creA-dependent expression of genes encoding cell wall degrading enzymes and is required for root infection by Fusarium oxysporum #ECFG14
  370. Rep: discusses Fusarium oxysporum pathogenicity genes found in a forward screen that have roles in metabolism: mutant disrupted in an enzyme for aromatic compound breakdown, CMLE, grows on host roots but cannot invade. #ECFG14
  371. "חיים ללא שירה כמוהם כנוף ללא שמים." - אנרי פרדריק אמיאל #ECFG14 #המטההמרכזי #Jerusalem #TelAviv
  372. Penalva: interested in vesicle trafficking during apical growth in A nidulans. Endocytosis-deficient cells collapse, demonstrating role in cell polarization #ECFG14 #BARDworkshop
  373. Following #ecfg14 satellite worshops fom El Al flight to Tel Aviv. See you soon!
  374. Fernandes: discusses pH modulation of Fusarium oxysporum MAPK signaling. Uses pH sensor PHluorin to show external pH affects internal pH #ECFG14 #BARDworkshop
  375. @BallouLab Sorry to miss this meeting. Looking forward to updates and enjoy Haifa, a city I know well #ECFG14
  376. Distinct strategies of fungal pathogens to environmental pH modulation during infection, alkalinizers & acidifiers. PacC dependent activities- Dov Prusky #ECFG14 https://t.co/5DVlNuLaRO
    Distinct strategies of fungal pathogens to environmental pH modulation during infection, alkalinizers & acidifiers. PacC dependent activities- Dov Prusky #ECFG14 pic.twitter.com/5DVlNuLaRO
  377. Prusky: discussing fruit pathogens and the role of fungal pH regulation in establishing infection #ECFG14 #BARDworkshop
  378. Jin-Rong Xu - GPCR tour de force - 85 genes deleted to define those required for DON production and virulence in Fusarium #ECFG14  https://twitter.com/WilsonLab/status/967697190033526787 
  379. Espesso: deletion of cation response transcription factor SltA regulates pathogenicity in Colletotricum, abolishes appressorium formation. #ECFG14 #BARDworkshop
  380. Eduardo Espeso - Slt pathway response for cation stress. Also important for virulence in Colletotrichum  https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4985261/  #ECFG14
  381. Haven't ever had a better lunch a a conference. Awesome food!!! #ECFG14
  382. Info for everyone at #ECFG14 - check out the Aspergillus fumigatus genome-wide knockout collection produced by Mike Bromley & team. To be distributed by @TheNCPF Go to:  http://bit.ly/2FvQkYu  #Aspergillus #Asperfest  https://twitter.com/fungidb/status/967687206696640512 
  383. Jane Usher (Exeter)shows utility of synthetic gene arrays and ORFeomes to study combinatorial stress resistance phenotypes in Candida glabrata that identifies DNA repair as critical pathway. #ECFG14 @MRCcmm @HubWTSA https://t.co/QdfmZiWqNR
    Jane Usher (Exeter)shows utility of synthetic gene arrays and ORFeomes to study combinatorial stress resistance phenotypes in Candida glabrata that identifies DNA repair as critical pathway. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/QdfmZiWqNR
  384. #ECFG14 #endophytes Frances trail: we need better understanding of endophytes and pathogens and how easily they can convert! Very important for deployment in ag!
  385. Great workshop on Dothideomycetes at #ECFG14. Fungal GWAS looking pretty promising.
  386. Tony Gabaldon shows that Candida orthopsilosis and C. metapsilosis isolates include many hybrids from parents originating from less pathogenic species and suggests that hydridisation could be enhanced by globalisation forces. #ECFG14 @MRCcmm  @HubWTSA https://t.co/LSMXeLlhvS
    Tony Gabaldon shows that Candida orthopsilosis and C. metapsilosis isolates include many hybrids from parents originating from less pathogenic species and suggests that hydridisation could be enhanced by globalisation forces. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/LSMXeLlhvS
  387. Great talk by @AndreaSVallet on Transposable element insertions facilitating adaptation of Zymoseptoria tritici! Two great stories, one in preprint:  https://www.biorxiv.org/content/early/2018/02/23/264226  #ECFG14
  388. Great talks during the startup workshops of #ECFG14 on fungal endophytes. Looking forward to the main meeting!
  389. Nice talk by @Dr_M_Derbyshire How to look for selective sweeps and which genes are affected? #ECFG14
  390. Nice talk by Bhawna Yadav showing differences between monocytes and macrophages dictate what Cell wall components dominate immune cell recognition mechanisms. #ECFG14 @MRCcmm @HubWTSA https://t.co/QYuUFB0h9O
    Nice talk by Bhawna Yadav showing differences between monocytes and macrophages dictate what Cell wall components dominate immune cell recognition mechanisms. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/QYuUFB0h9O
  391. Did you know that Δamt-1 in N. crassa exhibits reduced hyphal elongation rates (70% of wild type) and increased susceptibility to the ergosterol biosynthesis inhibitor voriconazole. Look up publication here:  http://fungidb.org/fungidb/app/record/gene/NCU07459#UserComments  #ECFG14 #usercomment -  http://tinyurl.com/yb5gfv72 
  392. Another great comment! AFUB_050430. Heat shock factor transcription factor and evidence of regulation to several genes encoding heat shock factors. Moreover, binding site has been reported  http://fungidb.org/fungidb/app/record/gene/AFUB_050430  #ECFG14 #fungidb #usercomments  https://tinyurl.com/yb5gfv72 
  393. Raphael BenHamou from Berman lab shows that fluorescent derivatives of fluconazole can alter its cellular localisation (e.g. go to mitochondria) and can increase antifungal efficacy #ECFG14 @MRCcmm @HubWTSA https://t.co/RSchYy3cVO
    Raphael BenHamou from Berman lab shows that fluorescent derivatives of fluconazole can alter its cellular localisation (e.g. go to mitochondria) and can increase antifungal efficacy #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/RSchYy3cVO
  394. Competitive fitness profiling of A. fumigatus k/out libraries by Mike Bromley at Manchester. Very exciting resource and great data #ECFG14
  395. Jin-Rong Xu: DON production requires AreA control of Tri10 and AreA is important for pathogenies of Fusarium graminearum #ECFG14 #BARDworkshop
  396. @daniloaspereira presents azole resistance and thermal adaptation in Parastagonospora nodorum (in our lab referred to as Danilo’s fungus) #ECFG14
  397. "It seems that this pathogen is able to survive at the edge of statistical significance" 🤣#ECFG14 #heardtoday
  398. David Roos from FungiDB: new datasets & database functionality, strand specific data & alternative splicing, improving genomes via user comments, & how to win the FungiDB T-shirt https://t.co/pEtyyhhzAd #Asperfest #ECFG14 #fungidb https://t.co/EKqO6x5RRi
    David Roos from FungiDB: new datasets & database functionality, strand specific data & alternative splicing, improving genomes via user comments, & how to win the FungiDB T-shirt  https://tinyurl.com/yb5gfv72  #Asperfest #ECFG14 #fungidb pic.twitter.com/EKqO6x5RRi
  399. Christophe d’Enfert shows that overexpression of Candida CRZ2 transcription factor confers resistance to a number of upper gut dressed including hypoxia, low pH and bile salts. #ECFG14 @MRCcmm @HubWTSA https://t.co/edmvzduupD
    Christophe d’Enfert shows that overexpression of Candida CRZ2 transcription factor confers resistance to a number of upper gut dressed including hypoxia, low pH and bile salts. #ECFG14 @MRCcmm @HubWTSA pic.twitter.com/edmvzduupD
  400. Horowitz: "Iron works for the farmer and against the farmer": iron depleted plants grow poor but more resistant to some pathogens. Considering plant iron manipulation as an anti fungal strategy #ECFG14 #BARDworkshop
  401. Judelson: Phytophthora have nitrate utilizing genes but they are repressed in presence of nitrate and nitrate is toxic to P. infestans-gives clues to metabolic strategies employed during growth in host #ECFG14 #BARDworkshop
  402. Horowitz: Cochliobolus mutants for iron chelation are hypersensitive to oxidative stress #ECFG14 #BARDworkshop
  403. #ECFG14 #endophytes: are all non-adapted pathogens putative endophytes? And: are all endophytes putatively pathogens of host plants we just don't look at? What about looking at wild relatives as well? F. oxysporum just 1 example
  404. Simone Fouche describes chromosomal anomalies in a single zymoseptoria tritici cross. Whoa! #ECFG14
  405. Let’s #ECFG14! One of the best fungal biology meeting to take off in Haifa, Israel https://t.co/jadMjkKu1M
    Let’s #ECFG14! One of the best fungal biology meeting to take off in Haifa, Israel pic.twitter.com/jadMjkKu1M
  406. Kicking off #ECFG14 with #Asperfest - looking forward to days of interesting talks!
  407. #ECFG14 now Christophe d’Enfert on early adaptation to the Mammalian gut of Candida albicans. (He reminds us that besides being an opportunistic pathogen, C.albicans is mainly a human comensal) https://t.co/9ccoo5FlBB
    #ECFG14 now Christophe d’Enfert on early adaptation to the Mammalian gut of Candida albicans. (He reminds us that besides being an opportunistic pathogen, C.albicans is mainly a human comensal) pic.twitter.com/9ccoo5FlBB
  408. Uffe Mortensen: good news for Aspergilli - novel CRISPR-mediated expression platform for multiple species #Aspergillus #ECFG14 #Asperfest
  409. Daniel Kornitzer shows how Cln3 and Hgc1 cyclins and Alk1/ Pan1 regulated endocytosis contribute to the establishment of hyphal elongation in Candida albicans. #ecfg14 @MRCcmm @HubWTSA https://t.co/tnyccFFSdp
    Daniel Kornitzer shows how Cln3 and Hgc1 cyclins and Alk1/ Pan1 regulated endocytosis contribute to the establishment of hyphal elongation in Candida albicans. #ecfg14 @MRCcmm @HubWTSA pic.twitter.com/tnyccFFSdp
  410. Howard Judelson on fascinating differences in metabolic regulation between oomycetes. Nitrate reductase activity regulated completely distinct in Pythium compared to Phytophthora infestans, which can't grow on NO3 as sole N-source (I never knew this!), whereas Pythium can #ECFG14
  411. @carolsardin gives a cool talk on different morphologies found in our favourite pathogen, Zymoseptoria tritici! #ECFG14
  412. Thanks to Chong Da from Singer Instruments and ISHAM for sponsoring the Pathogenic Yeasts satellite workshop of ECFG at Haifa. #ecfg14 @HubWTSA @MRCcmm https://t.co/Q8UnTClnS6
    Thanks to Chong Da from Singer Instruments and ISHAM for sponsoring the Pathogenic Yeasts satellite workshop of ECFG at Haifa. #ecfg14 @HubWTSA @MRCcmm pic.twitter.com/Q8UnTClnS6
  413. @JPalmaGuerrero presenting on the role of small RNAs in the wheat-pathogen interaction! #ECFG14
  414. @EvoMPMI great talk on an interesting pathogen, Ramularia collo-cygni! Curiouser and curiouser! #ECFG14
  415. I know Ramularia collo-cygni is interesting, but talking twice in a row might still be a bit much. ;) #ECFG14 https://t.co/QdD3ivI75Q
    I know Ramularia collo-cygni is interesting, but talking twice in a row might still be a bit much. ;) #ECFG14 pic.twitter.com/QdD3ivI75Q
  416. @WilsonLab with new regulator of biographic growth and TOR-depndent autophagy - IMP1 very cool. #ecfg14
  417. #ECFG14 Elizabeth Ballou. Titanization of Cryptococcus induces drug resistant phenotype that is propagated to yeast-form daughter cells. Probably polyploidization in titan cells and resulting aneuploidies in daughters involved.
  418. Clay Wang kicking off #Asperfest at #ECFG14 in Haifa talking on the ways to activate secondary metabolism in #Aspergillus nidulans, and why it is expensive but worth to send the fungus to space #astrobiology #astromycology https://t.co/OWynszeEJI
    Clay Wang kicking off #Asperfest at #ECFG14 in Haifa talking on the ways to activate secondary metabolism in #Aspergillus nidulans, and why it is expensive but worth to send the fungus to space #astrobiology #astromycology pic.twitter.com/OWynszeEJI
  419. @WilsonLab kicking off BARD workshop at #ECFG14 on metabolic regulation of infection by Magnaporthe https://t.co/dihq9So5YK
    @WilsonLab kicking off BARD workshop at #ECFG14 on metabolic regulation of infection by Magnaporthe pic.twitter.com/dihq9So5YK
  420. #ECFG14 satellite workshop on yeast  pathogens kick started by @ACasadevall1 on melamine and exosomes https://t.co/C4npyUzLai
    #ECFG14 satellite workshop on yeast pathogens kick started by @ACasadevall1 on melamine and exosomes pic.twitter.com/C4npyUzLai
  421. On my way to #ECFG14 but first a culture stop at the amazing old cities of Jaffa and Jerusalem. pic.twitter.com/wnzup7s8PD
  422. Heading to the #ECFG14. See you guys to discuss mysterious fungal biology. #hyapeinhaifa.
  423. #Israel here I come. Excited for #ECFG14 Looking forward to hear about the progress in the World of Fungi and to also introduce my favorite Oomycete #Albugo and what we know about it.
  424. Looking forward to present our work on pleomorphism in Z. tritici in the #ECFG14
  425. Arrived in lovely Haifa for #ECFG14. Looking forward to the BARD workshop on nutritional factors modulating plant and fruit susceptibility to pathogens. BARD program can be downloaded at https://t.co/eKBLbeTFib. I'll be talking about regulation of the M. oryzae-rice interface. https://t.co/FppfwKb3hr
    Arrived in lovely Haifa for #ECFG14. Looking forward to the BARD workshop on nutritional factors modulating plant and fruit susceptibility to pathogens. BARD program can be downloaded at  http://bardworkshop.net.technion.ac.il/program/ . I'll be talking about regulation of the M. oryzae-rice interface. pic.twitter.com/FppfwKb3hr
  426. Passport control in Tel Aviv: Purpose of your visit? -A conference in fungal genetics Are you new in the field? -Not really What is your contribution to the field? -Establishing a method for genome manipulation I like smart people, welcome to Israel #ECFG14 #CRISPR
  427. Ready to board the plane to go to #ECFG14. Looking very much forward to present our work on Ramularia collo-cygni and talk genetic diversity of fungal pathogens in general.
  428. Heading now to Haifa to participate at #ECFG14 will be giving talks on @gabaldonlab research on fungal genomics. And catching up w colleagues... looking forward!
  429. Fungophiles* - have a great trip to #ECFG14! Looking forward to all those tweets. (* not excluding oomycetes)
  430. Talking Hypha in Haifa - leading fungal biologists all around the world are heading to Haifa, Israel, for the 14th European Conference on Fungal Genetics.
Wishing all the FUN-GUYS and FUN-GALS lots of interesting scientific discussions!
#ECFG14 https://t.co/g2qcOesfYN
    Talking Hypha in Haifa - leading fungal biologists all around the world are heading to Haifa, Israel, for the 14th European Conference on Fungal Genetics. Wishing all the FUN-GUYS and FUN-GALS lots of interesting scientific discussions! #ECFG14 pic.twitter.com/g2qcOesfYN
  431. Early start heading for #ECFG14 to catch up on all that's happening in the world of fungal genetics
  432. On the tarmac about to take off for Asperfest and #ECFG14. Can’t wait to see my fungal peeps. https://t.co/hYj0dHdsjT
    On the tarmac about to take off for Asperfest and #ECFG14. Can’t wait to see my fungal peeps. pic.twitter.com/hYj0dHdsjT
  433. Very early start this morning- on my way to #ECFG14 to talk about pathogenic fungi and learn about fungal biology! Looking forward to seeing you all there.
  434. Getting ready for #ECFG14. Come along on Tuesday to find out how we @TheSainsburyLab try to develop synthetic immune receptors against #Magnaporthe! Looking forward to great discussions! https://t.co/kMx4thUs36
    Getting ready for #ECFG14. Come along on Tuesday to find out how we @TheSainsburyLab try to develop synthetic immune receptors against #Magnaporthe! Looking forward to great discussions! pic.twitter.com/kMx4thUs36
  435. FungiDB is running a crowd-sourcing user comment campaign to coincide with the upcoming 14th European Conference on Fungal Genetics #ECFG14 in Haifa, Israel. Enter to win a #FungiDB T-shirt! Learn more here:  https://tinyurl.com/ecfg14-usercomments 
  436. FungiDB is excited to attend ECFG14 in Haifa! Stop by our booth during the conference and a poster WE-70 on Wednesday, February 28th.
  437. Looking forward to seeing you all at ECFG14 European conference fungal genetics in Haifa Technion coming Sunday https://t.co/QyP4WrvX6L https://t.co/OBYPkcvYV8
    Looking forward to seeing you all at ECFG14 European conference fungal genetics in Haifa Technion coming Sunday  http://www.ecfg14.org/  pic.twitter.com/OBYPkcvYV8
  438. 14th European Conference on Fungal Genetics in Haifa, Israel, The scientific program is now available also in PDF:  http://www.ecfg14.org/scientific-program/ 
  439. Just had to explain fungal genetics to a passport check officer as the reason I am going to Tel Aviv. Defintely a raised eyebrow at "congress over de genetica van schimmels" #Ecfg14