#transcriptome resultados da pesquisa

Interested in #phylogenetics using whole #genome/#transcriptome/#proteome data? @C__Hahn and I are very happy to share phylociraptor with you: It facilitates explorative and reproducible phylogenomic analyses of thousands of genes and genomes. Preprint: tinyurl.com/yc4f7v6d

philippresl's tweet image. Interested in #phylogenetics using whole #genome/#transcriptome/#proteome data? @C__Hahn and I are very happy to share phylociraptor with you: It facilitates explorative and reproducible phylogenomic analyses of thousands of genes and genomes. Preprint: tinyurl.com/yc4f7v6d

Fabulous & fascinating talk as always by @LucyKornblith at #THOR2023 on the curious case of the platelet in trauma and what’s happening with the platelet #transcriptome - always a delight to learn from you, Lucy!

SMSheaLab's tweet image. Fabulous & fascinating talk as always by @LucyKornblith at #THOR2023 on the curious case of the platelet in trauma and what’s happening with the platelet #transcriptome - always a delight to learn from you, Lucy!

📢 We are looking for a motivated candidate for a fully funded #PhD to analyze the #transcriptome of polyploid cells from tomato fruit 🍅 at the single cell level #scRNAseq @INRAE_BFP @nathy_go_7 Info here 👇 jobs.inrae.fr/ot-22230

PgpMartin's tweet image. 📢 We are looking for a motivated candidate for a fully funded #PhD to analyze the #transcriptome of polyploid cells from tomato fruit 🍅 at the single cell level #scRNAseq 
@INRAE_BFP  @nathy_go_7 
Info here 👇
jobs.inrae.fr/ot-22230

New in @The_InnovationJ! A high-definition spatiotemporal transcriptomic atlas of mammalian kidney development. Jiang et al. present a spatially resolved #transcriptome atlas at single-cell resolution to explore the establishment and maintenance of #kidney structure in mice…

The_InnovationJ's tweet image. New in @The_InnovationJ! A high-definition spatiotemporal transcriptomic atlas of mammalian kidney development.
Jiang et al. present a spatially resolved #transcriptome atlas at single-cell resolution to explore the establishment and maintenance of #kidney structure in mice…

📰| #InstitutesPCUV  🧬🔬I2SysBio co-leads the largest comparative study on methods analyzing data obtained by long-read sequencing of the human #transcriptome.  Read more ⬇️ news.pcuv.es/en/home-pcuv-i…

parccientificuv's tweet image. 📰| #InstitutesPCUV 

🧬🔬I2SysBio co-leads the largest comparative study on methods analyzing data obtained by long-read sequencing of the human #transcriptome. 

Read more ⬇️
news.pcuv.es/en/home-pcuv-i…

IMPRS retreat kicks off with a great talk by @torbenheick on #RNA turnover and #transcriptome quality control. #science #phdlife

IMPRS_MOB's tweet image. IMPRS retreat kicks off with a great talk by @torbenheick on #RNA turnover and #transcriptome quality control.  #science #phdlife

Whole Transcriptome Scanning! Integrated #Transcriptome Analysis of #lncRNA, #miRNA, and #mRNA Reveals key Regulatory Modules for #Polycystic #Ovary Syndrome #phenomics link.springer.com/article/10.100…

Phenomics_J's tweet image. Whole Transcriptome Scanning! Integrated #Transcriptome Analysis of #lncRNA, #miRNA, and #mRNA Reveals key Regulatory Modules for #Polycystic #Ovary Syndrome #phenomics
link.springer.com/article/10.100…

Co-chair @LesleyRGolden @universityofky presenting their work on mid-life #APOE4 to #APOE2 ‘Switching’ alters the cerebral #transcriptome and decreases AD neuropathology #ISMNDNextGen

ISMND1's tweet image. Co-chair @LesleyRGolden @universityofky presenting their work on mid-life #APOE4 to #APOE2 ‘Switching’ alters the cerebral #transcriptome and decreases AD neuropathology

#ISMNDNextGen

New in the September issue of #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation. buff.ly/bQMa6Gs

GeneticsGSA's tweet image. New in the September issue of #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation. buff.ly/bQMa6Gs

New in #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize panels to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation and genomic improvements. buff.ly/lmrsmHC

GeneticsGSA's tweet image. New in #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize panels to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation and genomic improvements. buff.ly/lmrsmHC

#Heterosis works—but how? Liu et al. tackle this question in new research combining #transcriptome, #proteome, #physiological, and heterosis analyses to study #salt response in super hybrid #rice. doi.org/10.1111/jipb.1… @wileyplantsci #PlantSci #JIPB #CropSci

JIPBio's tweet image. #Heterosis works—but how? Liu et al. tackle this question in new research combining #transcriptome, #proteome, #physiological, and heterosis analyses to study #salt response in super hybrid #rice.
doi.org/10.1111/jipb.1… @wileyplantsci #PlantSci #JIPB #CropSci

Carefully planned trajectory analysis using #UMAP embeddings can help identify key #transcriptome changes. In this example from BioRxiv lnkd.in/eMW2xuZu, were we identified IFN expressing CD14+ monocytes associated with high risk. @theMMRF @SinaiImmunol @IcahnMountSinai

EdgarEGK's tweet image. Carefully planned trajectory analysis using #UMAP embeddings can help identify key #transcriptome changes. In this example from BioRxiv lnkd.in/eMW2xuZu, were we identified IFN expressing CD14+ monocytes associated with high risk. @theMMRF @SinaiImmunol @IcahnMountSinai

Measuring natural selection on the #transcriptome 📖 nph.onlinelibrary.wiley.com/doi/10.1111/np… Viewpoint article by Stinchcombe and Kelly @JohnStinchcombe @WileyPlantScience #PlantScience

NewPhyt's tweet image. Measuring natural selection on the #transcriptome

📖 nph.onlinelibrary.wiley.com/doi/10.1111/np…
Viewpoint article by Stinchcombe and Kelly

@JohnStinchcombe @WileyPlantScience #PlantScience

Join us @BioCAT_Poz & @UAM_IBMiB seminar by Evegenia Nitini's @evgenia_ntini from @IMBB_FORTH on the modelling of the nascent #RNA #transcriptome and resulting insights on processing of long non-coding RNAs and #enhancer transcription!

BioCAT_Poz's tweet image. Join us @BioCAT_Poz & @UAM_IBMiB seminar by Evegenia Nitini's @evgenia_ntini from @IMBB_FORTH on the modelling of the nascent #RNA #transcriptome and resulting insights on processing of long non-coding RNAs and #enhancer transcription!

👉Today, our Single Cell Genomics Team Leader at #CNAG, @hoheyn, will participate in the international AGBT Meeting, in Orlando (EUA), with the conference: 🗣️'Spatio-temporal dissection of colorectal #cancer initiation using whole #transcriptome imaging' #AGBT #AGBT24 @agbt

cnag_eu's tweet image. 👉Today, our Single Cell Genomics Team Leader at #CNAG, @hoheyn, will participate in the international AGBT Meeting, in Orlando (EUA), with the conference:

🗣️'Spatio-temporal dissection of colorectal #cancer initiation using whole #transcriptome imaging'

#AGBT #AGBT24 @agbt

New research in #GENETICS provides new insights into the origin and early evolution of de novo genes by leveraging large-scale #transcriptome data from different #Drosophila genotypes. 🪰 Read more: buff.ly/Jwt8jjP

GeneticsGSA's tweet image. New research in #GENETICS provides new insights into the origin and early evolution of de novo genes by leveraging large-scale #transcriptome data from different #Drosophila genotypes. 🪰

Read more: buff.ly/Jwt8jjP

"#Transcriptome analysis of classical #blood cells reveals #downregulation of pro-#inflammatory #genes in the classical monocytes of #longCOVID patients" #PASC #PCS #PEM #PESE

Transcriptome analysis of classical blood cells reveals downregulation of pro-inflammatory genes in the classical monocytes of long COVID patients 🔥Monocytes might be dysregulated and/or exhausted in patients with long COVID: aka #Leonardi_effect ➡️Small, difficult, but very…

HarrySpoelstra's tweet image. Transcriptome analysis of classical blood cells reveals downregulation of pro-inflammatory genes in the classical monocytes of long COVID patients

🔥Monocytes might be dysregulated and/or exhausted in patients with long COVID: aka #Leonardi_effect

➡️Small, difficult, but very…


1/ We conducted one of the largest whole-#transcriptome studies, analyzing 300 #MDD patients. #TRD patients showed global transcriptomic changes involving immune, epigenetic, and non-coding RNA dysregulation.


showing how immune, epithelial, and metabolic networks are altered. These findings help clarify disease mechanisms and may support future therapeutic strategies. 🔗doi.org/10.1590/1678-7… #periodontitis #transcriptome #geneexpression #regulatorynetworks #bioinformatics


Explore : *** Overview of multi-omics data. Multi-omics data include #Genome, #Transcriptome, #Epigenome, #Proteome, #Exposome and #Microbiome. *** , Investigate Figure pmc.ncbi.nlm.nih.gov/articles/PMC87…, report overview @grok

CY_Chauprade's tweet image. Explore : *** Overview of multi-omics data. Multi-omics data include #Genome, #Transcriptome, #Epigenome, #Proteome, #Exposome and #Microbiome. *** , Investigate Figure pmc.ncbi.nlm.nih.gov/articles/PMC87…, report overview @grok

#VegetableRes First transcriptome of sweet pitaya peel reveals genes for cuticle biosynthesis, key for water retention in the desert cactus fruit. @MaximumAcademic @PlantPhys #Cactus #Transcriptome Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. #VegetableRes
First transcriptome of sweet pitaya peel reveals genes for cuticle biosynthesis, key for water retention in the desert cactus fruit.
@MaximumAcademic @PlantPhys  #Cactus #Transcriptome
Details: maxapress.com/article/doi/10…

#Transcriptome Analysis and Identification of Chemosensory Genes in the #Galleriamellonella Larvae 👉Open Access: brnw.ch/21wWttO 📚included in the Special Issue "Insect Transcriptomics" 🔗Welcome to read: brnw.ch/21wWttN #mdpiinsects


We conducted one of the largest whole-#transcriptome studies, analyzing 300 #MDD patients. The findings suggest that #TRD represents a distinct molecular subtype characterized by unique #immune and #epigenetic signatures. Here the article 👇 sciencedirect.com/science/articl…


New in the September issue of #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation. buff.ly/bQMa6Gs

GeneticsGSA's tweet image. New in the September issue of #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation. buff.ly/bQMa6Gs

A research team published their findings in Horticulture Research. The study investigated how non-photosynthetic grapevine cells adapt to glucose deprivation. #DNA methylation #Transcriptome Details: doi.org/10.1093/hr/uha…

transpread's tweet image. A research team published their findings in Horticulture Research. The study investigated how non-photosynthetic grapevine cells adapt to glucose deprivation.
#DNA methylation #Transcriptome
Details: doi.org/10.1093/hr/uha…

New in #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize panels to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation and genomic improvements. buff.ly/lmrsmHC

GeneticsGSA's tweet image. New in #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize panels to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation and genomic improvements. buff.ly/lmrsmHC

🐟#HighlyCited Cardiac #Transcriptome and Histology of the Heart of the Male Chinese Mitten #Crab (Eriocheir sinensis) under High-Temperature Stress 👉mdpi.com/2410-3888/9/3/… 🦀#heatshockprotein #histology #immune

Fishes_MDPI's tweet image. 🐟#HighlyCited

Cardiac #Transcriptome and Histology of the Heart of the Male Chinese Mitten #Crab (Eriocheir sinensis) under High-Temperature Stress
👉mdpi.com/2410-3888/9/3/…

🦀#heatshockprotein #histology #immune

#ForestryRes #transcriptome #salt #ethylene Nitraria sibirica thrives under salt stress, showing higher growth and photosynthesis rates. Transcriptome analysis reveals upregulated genes involved in carbon fixation. 🧬 @MaximumAcademic @JournalNJFU Details: maxapress.com/article/doi/10…

ForestryRes's tweet image. #ForestryRes #transcriptome #salt #ethylene
Nitraria sibirica thrives under salt stress, showing higher growth and photosynthesis rates. Transcriptome analysis reveals upregulated genes involved in carbon fixation. 🧬
@MaximumAcademic @JournalNJFU
Details: maxapress.com/article/doi/10…

ICAR–IASRI is organizing an Online Training on Transcriptomic Data Analysis during September 23–29, 2025. Develop applied expertise in bioinformatics tools. Apply: forms.gle/5p7Q2T1cGJka2r… more details, please see: iasri.res.in/API/Content/Up… #icar #Transcriptome #DataAnalysis

IcarIasri's tweet image. ICAR–IASRI is organizing an Online Training on Transcriptomic Data Analysis during September 23–29, 2025. Develop applied expertise in bioinformatics tools. Apply: forms.gle/5p7Q2T1cGJka2r… more details, please see: iasri.res.in/API/Content/Up… #icar #Transcriptome #DataAnalysis

🌸 What controls #flower formation in Camellia oleifera? New study reveals GA dynamics + FT–LFY module drive floral initiation in tea-oil tree buds 🧪 #Transcriptome + #hormone profiling = insights into key flowering genes 🔗 brnw.ch/21wUI9v #FloralDevelopment

Plants_MDPI's tweet image. 🌸 What controls #flower formation in Camellia oleifera?
New study reveals GA dynamics + FT–LFY module drive floral initiation in tea-oil tree buds

🧪 #Transcriptome + #hormone profiling = insights into key flowering genes

🔗 brnw.ch/21wUI9v

#FloralDevelopment

Using integrated #transcriptome and proteome analyses, scientists from @EmoryMedicine identified and validated eight novel non-classical #CDMarkers that help characterize #MesenchymalStemCells and potentially discriminate #iMSCs from other cell types. @stmcdr #OpenAccess:…

GenesNDiseases's tweet image. Using integrated #transcriptome and proteome analyses, scientists from @EmoryMedicine identified and validated eight novel non-classical #CDMarkers that help characterize #MesenchymalStemCells and potentially discriminate #iMSCs from other cell types. @stmcdr
#OpenAccess:…

Greehey CCRI PI, Gail Tomlinson, MD, PhD, co-authored a recent paper in #CancerEpidemiologyBiomarkersPrevention (@AACR), "#Multiancestry #Transcriptome-Wide Association Study Identifies Candidate #Genes Associated with #Hepatoblastoma." tinyurl.com/mwb94ahp #ChildhoodCancer

UTHealthGCCRI's tweet image. Greehey CCRI PI, Gail Tomlinson, MD, PhD, co-authored a recent paper in #CancerEpidemiologyBiomarkersPrevention (@AACR), "#Multiancestry #Transcriptome-Wide Association Study Identifies Candidate #Genes Associated with #Hepatoblastoma."
tinyurl.com/mwb94ahp
#ChildhoodCancer

Interested in #phylogenetics using whole #genome/#transcriptome/#proteome data? @C__Hahn and I are very happy to share phylociraptor with you: It facilitates explorative and reproducible phylogenomic analyses of thousands of genes and genomes. Preprint: tinyurl.com/yc4f7v6d

philippresl's tweet image. Interested in #phylogenetics using whole #genome/#transcriptome/#proteome data? @C__Hahn and I are very happy to share phylociraptor with you: It facilitates explorative and reproducible phylogenomic analyses of thousands of genes and genomes. Preprint: tinyurl.com/yc4f7v6d

Centrohelid #heliozoan #transcriptome: no flagellar genes (not surprising) MT-severing proteins and kinesin duplication (cool! probably a role in superfast contraction). Ikeda et al. 2022 10.1111/jeu.12955; picture Ikeda et al. 2020 10.4467/16890027AP.20.001.12157.

zlatogursky's tweet image. Centrohelid #heliozoan #transcriptome: no flagellar genes (not surprising) MT-severing proteins and kinesin duplication (cool! probably a role in superfast contraction). Ikeda et al. 2022 10.1111/jeu.12955; picture Ikeda et al. 2020 10.4467/16890027AP.20.001.12157.

📢#CallForPapers on Integrative Physiology and Translational-Omics of Exercise and Physical Activity! ow.ly/ZmzX50Px0Yl #transcriptome #microbiome #metabolome #proteome #epigenome #AcademicTwitter

PhysiologicalG's tweet image. 📢#CallForPapers on Integrative Physiology and Translational-Omics of Exercise and Physical Activity! 

ow.ly/ZmzX50Px0Yl

#transcriptome #microbiome #metabolome #proteome #epigenome #AcademicTwitter

Fabulous & fascinating talk as always by @LucyKornblith at #THOR2023 on the curious case of the platelet in trauma and what’s happening with the platelet #transcriptome - always a delight to learn from you, Lucy!

SMSheaLab's tweet image. Fabulous & fascinating talk as always by @LucyKornblith at #THOR2023 on the curious case of the platelet in trauma and what’s happening with the platelet #transcriptome - always a delight to learn from you, Lucy!

Co-chair @LesleyRGolden @universityofky presenting their work on mid-life #APOE4 to #APOE2 ‘Switching’ alters the cerebral #transcriptome and decreases AD neuropathology #ISMNDNextGen

ISMND1's tweet image. Co-chair @LesleyRGolden @universityofky presenting their work on mid-life #APOE4 to #APOE2 ‘Switching’ alters the cerebral #transcriptome and decreases AD neuropathology

#ISMNDNextGen

#Heterosis works—but how? Liu et al. tackle this question in new research combining #transcriptome, #proteome, #physiological, and heterosis analyses to study #salt response in super hybrid #rice. doi.org/10.1111/jipb.1… @wileyplantsci #PlantSci #JIPB #CropSci

JIPBio's tweet image. #Heterosis works—but how? Liu et al. tackle this question in new research combining #transcriptome, #proteome, #physiological, and heterosis analyses to study #salt response in super hybrid #rice.
doi.org/10.1111/jipb.1… @wileyplantsci #PlantSci #JIPB #CropSci

We developed LSTrAP-denovo, a pipeline for generating transcriptome atlases for species without a genome. All you have to do is to enter the tax ID of your species of interest... #transcriptome #assembly #CDS

LabMutwil's tweet image. We developed LSTrAP-denovo, a pipeline for generating transcriptome atlases for species without a genome. All you have to do is to enter the tax ID of your species of interest... #transcriptome #assembly #CDS

IMPRS retreat kicks off with a great talk by @torbenheick on #RNA turnover and #transcriptome quality control. #science #phdlife

IMPRS_MOB's tweet image. IMPRS retreat kicks off with a great talk by @torbenheick on #RNA turnover and #transcriptome quality control.  #science #phdlife

Amazing paper title for an amazing paper: "The swan #genome and #transcriptome, it is not all black and white" #biology #science #evolution #omics 🔗: genomebiology.biomedcentral.com/articles/10.11…

jlsteenwyk's tweet image. Amazing paper title for an amazing paper: "The swan #genome and #transcriptome, it is not all black and white"

#biology #science #evolution #omics
🔗: genomebiology.biomedcentral.com/articles/10.11…

Measuring natural selection on the #transcriptome 📖 nph.onlinelibrary.wiley.com/doi/10.1111/np… Viewpoint article by Stinchcombe and Kelly @JohnStinchcombe @WileyPlantScience #PlantScience

NewPhyt's tweet image. Measuring natural selection on the #transcriptome

📖 nph.onlinelibrary.wiley.com/doi/10.1111/np…
Viewpoint article by Stinchcombe and Kelly

@JohnStinchcombe @WileyPlantScience #PlantScience

📢 We are looking for a motivated candidate for a fully funded #PhD to analyze the #transcriptome of polyploid cells from tomato fruit 🍅 at the single cell level #scRNAseq @INRAE_BFP @nathy_go_7 Info here 👇 jobs.inrae.fr/ot-22230

PgpMartin's tweet image. 📢 We are looking for a motivated candidate for a fully funded #PhD to analyze the #transcriptome of polyploid cells from tomato fruit 🍅 at the single cell level #scRNAseq 
@INRAE_BFP  @nathy_go_7 
Info here 👇
jobs.inrae.fr/ot-22230

New in @The_InnovationJ! A high-definition spatiotemporal transcriptomic atlas of mammalian kidney development. Jiang et al. present a spatially resolved #transcriptome atlas at single-cell resolution to explore the establishment and maintenance of #kidney structure in mice…

The_InnovationJ's tweet image. New in @The_InnovationJ! A high-definition spatiotemporal transcriptomic atlas of mammalian kidney development.
Jiang et al. present a spatially resolved #transcriptome atlas at single-cell resolution to explore the establishment and maintenance of #kidney structure in mice…

Today @AROMWM come and learn about the #transcriptome and #epigenome of the human #innerear sensory and non-sensory epithelia using @10xGenomics Multiome. Poster SA80 presented by @EmiliaLuca_PhD @Sunnybrook @UofT_OHNS @uoftmedicine @LMP_UofT #ARO2023

LabDabdoub's tweet image. Today @AROMWM come and learn about the #transcriptome and #epigenome of the human #innerear sensory and non-sensory epithelia using @10xGenomics Multiome. Poster SA80 presented by @EmiliaLuca_PhD 
@Sunnybrook @UofT_OHNS @uoftmedicine @LMP_UofT #ARO2023

New in the September issue of #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation. buff.ly/bQMa6Gs

GeneticsGSA's tweet image. New in the September issue of #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation. buff.ly/bQMa6Gs

In the next #plenary our invited speaker @anaconesa will discuss the potential and challenges of using single-molecule long-read sequencing for #transcriptome analysis and #genome annotation🧬 Join us to learn more! bit.ly/3qClsB2 @Conesa_Lab @BioGenEurope @i2sysbio

erga_biodiv's tweet image. In the next #plenary  our invited speaker @anaconesa will discuss the potential and challenges of using single-molecule long-read sequencing for #transcriptome analysis and #genome annotation🧬

Join us to learn more! bit.ly/3qClsB2

@Conesa_Lab @BioGenEurope @i2sysbio

New in #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize panels to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation and genomic improvements. buff.ly/lmrsmHC

GeneticsGSA's tweet image. New in #G3journal: @yanjunzan and the team reanalyzed #transcriptome data from thousands of #maize panels to uncover the genetics underlying maize complex traits, and built a multi-tissue regulatory atlas for functional validation and genomic improvements. buff.ly/lmrsmHC

New research in #GENETICS provides new insights into the origin and early evolution of de novo genes by leveraging large-scale #transcriptome data from different #Drosophila genotypes. 🪰 Read more: buff.ly/Jwt8jjP

GeneticsGSA's tweet image. New research in #GENETICS provides new insights into the origin and early evolution of de novo genes by leveraging large-scale #transcriptome data from different #Drosophila genotypes. 🪰

Read more: buff.ly/Jwt8jjP

We found that a #biocontrol rhizobacterium responds to the #auxin indole-3-acetic acid by modifying its #transcriptome, increasing toxic compounds resistance, altering c-di-GMP levels and affecting #phage infection. @BlastMeetings @mSystemsJ @CSICdivulga journals.asm.org/doi/10.1128/ms…

miguel_matilla's tweet image. We found that a #biocontrol rhizobacterium responds to the #auxin indole-3-acetic acid by modifying its #transcriptome, increasing toxic compounds resistance, altering c-di-GMP levels and affecting #phage infection. @BlastMeetings @mSystemsJ @CSICdivulga

journals.asm.org/doi/10.1128/ms…

Yu Wu @AzzByp, a @IPMBSinica TIGP-MBAS student co-advised by @erhminlai & me, will have her PhD thesis open seminar on Jul 8! #Agrobacterium #Genome #Transcriptome #Transformation

ChihHorngKuo's tweet image. Yu Wu @AzzByp, a @IPMBSinica TIGP-MBAS student co-advised by @erhminlai & me, will have her PhD thesis open seminar on Jul 8!
#Agrobacterium #Genome #Transcriptome #Transformation

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