#ApplicationsOpen
13th Undergraduate Lecture Series
Theme: Dynamical Biology- how processes operate at different scales
📆 Sundays, 03 May - 28 June 2026
📍 NCBS, Bengaluru
🔗Application Link: https://t.co/urLBMufelf
⌛Deadline: 23 March 2026
@NCBS_Bangalore@DBT_inStem
Wasp intestinal cues drive yeast toward outbreeding strategies. Further info in our latest study: https://t.co/xFT2tbAtn3 @ISMEJournal#Saccharomyces#socialwasps
A tour de force single molecule review @ScienceMagazine
"the ongoing convergence of two foundational technologies in modern biology: sequencing and single-molecule biophysics......we are now poised to interrogate complex biological phenomena with previously
unattainable depth and precision."
https://t.co/GNpNYSWSMS
New research at IISc shows that population bottlenecks can strongly shape how cooperation evolves in microbial communities. Researchers studied the growth and fruiting body formation in Myxococcus xanthus.
Read: https://t.co/S4jmk1E7FB
NEMO IV starting w/ an introduction by @amitesh1anand to the conference series, all labs & students attending, appreciation for Vigyan Yuva Bhatnagar awardee Deepa Agashe @NCBS_Bangalore@TIFRScience for the recognition she has bought to the field of molecular evolution.
High repeatability w/ strong selection & a few large fitness peaks, with larger populations. Mutations bias contributes to repeatability. Genome GC % & mutation bias should also alter repeatability. Deepa Agashe @NCBS_Bangalore@TIFRScience#NEMOIV
Novel traits like citrate use by E. coli do evolve. Novelty not🟰rarity. Types of novel traits eg white knight, what are traits are true innovation & the role of environment. A perspective talk form @ShraddhaKB@AshokaUniv#NEMOIV
Read more: https://t.co/iASyJZilKw
Can you slow down emergence of antibiotic resistance? Identified antibiotic hypersensitive mutants ie mechanisms of antibiotic resistance pathways. @NMatange@IISERPune#NEMOIV
~10% of cellular proteins are mis-translated. Mis-translations can aid adaptation. Mistranslation could buy time for evolution to occur. @Laasyasam@AshokaUniv#NEMOIV
Endosymbiome can be major drivers of evolution. Uses green symbiotic and white aposymbiotic paramecia to study mechanisms of endosymbiosis. Lipid droplets reorganize in symbiotic cells. Compromising lipid metabolism reduces endosymbiont number. Jun-Yi Leu @AcadSinica#NEMOIV
Interpreting an #ECG can seem overwhelming at first, but with a structured approach, it becomes far more manageable.
In this thread, I’ll walk you through how to analyze an ECG like a professional, step by step.
Let’s begin.🧵
https://t.co/1jUlBxXFV1 Super excited! Talks about how “A Candida species re-purposed mating machinery to interact with another sp., instead of its opp. mating type, to aid piggybacking during infection”. Thank you @India_Alliance@iitbombay@BsbeIitb@ICMRDELHI@AnandParnandi
In this article we describe a mechanism that regulates the progression of DNA replication when bacterial cells encounter nutrient poor conditions. Excellent work by @Surbhi_Yadav_ supported by @arnabshau@ChackoFeby@India_Alliance@IISERPune https://t.co/11TZWRPo7s
Continuing our #SpeakerSpotlight#IYM2025!
🌟Outstanding scientists stepping into the line-up!
🔬 Innovative ideas and thoughtful insights are joining the conversation.
👀 Don’t miss the next set of speakers coming soon!
📢 Don't miss out!
Register today: https://t.co/gN9ifRWY8J