palash ghosh
@palashghosh1093
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PhD Candidate @ Auburn University Project JRF @ CSIR_CCMB
Auburn, AL
Joined March 2013
Happy to see this work finally out! A great collaboration with Marie-Agnès Jacques, Jeff Jones, @VinatzerLab, Tal Pupko, and @jgi!
academic.oup.com
Abstract. The genus Xanthomonas has been primarily studied for pathogenic interactions with plants. However, besides host and tissue-specific pathogenic st
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Super happy to share that my first paper as a postdoc in Auburn University is out. Thanks @nehapotnis for the opportunity and I would like to extend my thanks to all my lab members @palashghosh1093 @hreeshee for the help and support. https://t.co/cpSXpTn08o
journals.asm.org
T6SS has received attention due to its significance in mediating interorganismal competition through contact-dependent release of effector molecules into prokaryotic and eukaryotic cells. Reverse-g...
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So much FUN organizing the @ISMPMI DEI social @Edel_PLopez ! Kudos to @RogerInnes1 for prioritizing a celebration of our community’s diversity and @Edel_PLopez and @K_Bioguy_Cox for leading discussion groups. Let’s make this a fixture at all upcoming meetings. #2023ISMPMI
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Excellent conversations with industry leaders to excel either in academia or industry at #2023ISMPMI Travel awardee career workshop. And chance to meet with none other than @KamounLab. Thank you for all your advices.
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Check out our team's posters @ISMPMI #ISMPMI2023 P-020 @SivakumarR0311 Intricate regulatory framework orchestrated by T6SS in Xanthomonas P-384 @palashghosh1093 Role of T6SS in manipulation of phyllosphere microbiota
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The time has come! Excited to present the new vibrant cover art for my R for Plant Disease Epidemiology (R4PDE) book by the incomparable @hgpennington! Thank you Helen! 🙏 https://t.co/VKO0QQuKGd
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A new preprint! Previously, we observed that mutation in the core T6SS gene in Xanthomonas leads to highly aggressive disease symptoms. We followed up on this observation with the RNA-Seq to see how T6SS is involved in regulating the virulence.
Transcriptome profiling of type VI secretion system core gene tssM mutant of Xanthomonas perforans highlights regulators controlling ... https://t.co/UzuWSgGWmo
#biorxiv_micrbio
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Check out our new preprint where we examined how co-occurring weak pathogens can influence the dominant pathogen population dynamics and overall disease outcome in co-infection!
biorxiv.org
Mixed infections caused by multiple pathogenic and/ weakly pathogenic strains inhabiting the same host plants are common in nature and may modify pathogen dynamics. However, traditional plant...
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Editor’s Pick! A genome-wide association study by Eric Newberry et al. surprisingly revealed 2 novel gene candidates that were significantly associated with pepper-pathogenic Xanthomonas perforans & Xanthomonas euvesicatoria. Freely read now: https://t.co/QrgCIKE9uj
@nehapotnis
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Still accepting applications for this position. The candidate will have opportunity to work in a highly collaborative project funded by AFRI-SAS. https://t.co/Dwzo75dxBA
@AuburnAg
agriculture.auburn.edu
Our lab at Auburn is looking for a research associate to support our project on tomato microbiome under biotic and abiotic stress. To apply: https://t.co/pN3StL5Y3a Please RT!
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Our lab at Auburn is looking for a research associate to support our project on tomato microbiome under biotic and abiotic stress. To apply: https://t.co/pN3StL5Y3a Please RT!
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Happy to share our work on understanding evolutionary processes underlying host range in xanthomonads using genome-wide association
apsjournals.apsnet.org
Xanthomonas perforans and X. euvesicatoria are the causal agents of bacterial spot disease of tomato and pepper, endemic to the Southeastern United States. Although very closely related, the two...
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This #Halloween, we’re talking about how plants become zombies! 🎃🧟 Intrigued? Find out how this happens below⬇️ Image credit: Babet van Wijk, @SaskiaHogenhout 1/7
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A new preprint from our lab, a study led by amazing graduate student, Rishi Bhandari @hreeshee
https://t.co/6CvIdHOPpM We would love to get feedback from the community (peer review, public comments, anonymous comments, or email us).
biorxiv.org
While the physiological and transcriptional response of the host to biotic and abiotic stresses have been intensely studied, little is known about the resilience of associated microbiomes and their...
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GraphBio: A shiny web app to easily perform popular visualization analysis for omics data https://t.co/kP5V6SthCn
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Neha Potnis Monitoring fine-scale adaptations in plant pathogen populations that contribute towards recurring outbreaks and host jumps
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Excited to share our work on T6SS evolution in Xanthomonas @prabhaliyana88
frontiersin.org
The type VI secretion system (T6SS) present in many Gram-negative bacteria is a contact-dependent apparatus that can directly deliver secreted effectors or t...
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