Sequence-dependent model of genes with dual σ factor preference.
Ines S C Baptista, Vinodh Kandavalli, Vatsala Chauhan, Mohamed N M Bahrudeen, Bilena L B Almeida, Cristina S D Palma, Suchintak Dash, Andre S Ribeiro
April 2022 Biochim Biophys Acta Gene Regul MechSynopsis of Social media discussions
Several discussions highlight the role of sigma factors and gene regulation, with phrases like 'describing recent works' and 'role of sigma factors' showcasing enthusiasm and curiosity. The tone is technical yet accessible, emphasizing the research's scientific relevance and potential applications.
Agreement
Moderate agreementMost discussions acknowledge the significance of the research on sigma factors and gene regulation, reflecting general agreement with its importance.
Interest
High level of interestPosts show high interest, especially with mentions of videos explaining the work and the relevance to E. coli, which capture audience attention.
Engagement
Moderate level of engagementComments reference specific elements like sigma factors and the functions of genes, indicating active engagement with the concepts and methods.
Impact
Moderate level of impactThe discussions suggest that the publication could influence future studies and synthetic gene circuit design, indicating a moderate impact.
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Posts referencing the article
E. coli Genes with Dual Sigma Factor Preference and Regulatory Dynamics
This study examines the sequence and dynamics of E. coli genes with dual sigma factor preference, highlighting how promoter sequences influence gene responses during different growth phases and stresses, with implications for synthetic gene circuit design.
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RT @AndreSR_Lab: We have published (in our laboratory's YouTube channel) a short video describing one of our recent works on the role of si…
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Ines S. C. Baptista
@InesSCBaptista (Twitter)RT @AndreSR_Lab: We have published (in our laboratory's YouTube channel) a short video describing one of our recent works on the role of si…
view full postJanuary 10, 2023
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Vatsala Chauhan
@vatsalachauhan7 (Twitter)RT @AndreSR_Lab: We have published (in our laboratory's YouTube channel) a short video describing one of our recent works on the role of si…
view full postJanuary 10, 2023
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Andre Ribeiro's Lab
@AndreSR_Lab (Twitter)We have published (in our laboratory's YouTube channel) a short video describing one of our recent works on the role of sigma factors in gene expression regulation!
view full postJanuary 10, 2023
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Huy Tran
@HuyTran_hn (Twitter)RT @AndreSR_Lab: Do you know that some #Ecoli
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Jarno Mäkelä
@MakelaJarno (Twitter)RT @AndreSR_Lab: Do you know that some #Ecoli
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Jonathan Massera
@jon_massera (Twitter)RT @AndreSR_Lab: Do you know that some #Ecoli
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Bioinformatics Trends
@BinfoTrends (Twitter)RT @AndreSR_Lab: Do you know that some #Ecoli
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Vinodh Kandavalli
@Vinod2988 (Twitter)RT @AndreSR_Lab: Do you know that some #Ecoli
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Mohamed Bahrudeen
@MohamedBahru (Twitter)RT @AndreSR_Lab: Do you know that some #Ecoli
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Cristina Palma
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Samuel Oliveira
@samuel_matos_ (Twitter)RT @AndreSR_Lab: Do you know that some #Ecoli
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Bilena Brito Almeida
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Vatsala Chauhan
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Ines S. C. Baptista
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Andre Ribeiro's Lab
@AndreSR_Lab (Twitter)Do you know that some #Ecoli
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Sigma Factor Relatives in Eukaryotes | Science
Biochimica et Biophysica Acta (BBA) - Gene Regulatory Mechanisms, 1865, 3, (194812), (2022).https://doi.org/10.1016/j.bbagrm.2022.194812 · Crossref. Vinodh K ...
view full postDecember 16, 2025
News
Abstract Synopsis
- Most genes in E. coli respond to a single regulatory factor, but about 5% have dual factor preferences, especially for factors that control housekeeping functions and stress responses.
- The study shows that gene activation levels are quite similar during stationary growth and other phases, and there is a quantitative link between the gene's promoter sequence and how strongly it responds to changes in factor levels.
- They developed and validated a sequence-based model that predicts gene sensitivity during different growth phases and stresses, suggesting that these promoter variants could be used to design synthetic gene circuits with predictable responses.]
Bilena Brito Almeida
@BilenaLBAlmeida (Twitter)