This year's Indian C. elegans Meeting @icm2022 had an environmental focus, with the organisers using one of our Sustainable Conferencing Grants to reduce the environmental impact of their event.
Find out how at https://t.co/3KVcH9MOQg
#Sustainable_Conferencing
Our lab @icm2022.
Mostly young students who have been in the lab ≤ 2 years & their 1st in person conference.
MSc students @Anushka_deb25, @RitabhasD.
PhD students @badal703, @SnehaHegde21, @Swetha1309
Sneha gave a talk & was part of a career panel discussion.
Attendees at the 1st and 2nd Indian #Celegans meetings. Worm biologists are invited to join us for the 3rd meeting in 2020. We thank all participants for making it an interactive conference. Farewell till we meet again.
#ICM2022 was a wonderful conference with very cool scientific interactions and cherishable memories.
Also, it gave us our "Lab ki lakshmi" @ISHANI_SHARMA
Thanks to @anindyagroy and Anoop Thekkuveettil for organizing a great meeting. One of the most seamless hybrid meetings I've (virtually) attended so far. Great talks and questions and 🙏🏽 @WormlockHolmes for live tweeting all the talks I missed in the middle of the night! @ICM2022
Thank you to everyone who participated in the worm art show. So important to have this fun element (hat tip to @foodskop) Indian #Celegans meeting @icm2022 Worm Art+audience choice show winners & audience choice vote to Atmanirbhar hermaphrodite 😂 #SciArt 2/2
Big applause to the excellent organizers of the 3rd Indian C. elegans meeting @ICM2022-Anoop and Anindya, and of course, all the fantastic students who have put lots of effort into making this meeting an excellent event for the Indian C. elegans community.
Newest PI Neeraj Kumar @aiims_newdelhi shares how he convinced hiring committees about the worm model @icm2022. Reduced insulin signaling leads to complex gene expression changes under the combinatorial control of DAF-16 alone or with SKN-1.
Read more: https://t.co/Qt1Gr9hs92
Exposure to ß-triketones present in herbicides & in our food chain leads to tyrosine accumulation, induction of genes involved in tyrosine metabolism, altered mitochondrial morphology partially reserved by homogentisate in #Celegans. Aruna Satish @CSIR_IITR in @icm2022
Ashwini Godbole @TDUFRLHT in @icm2022 shares her transition from basic research to 'healthcare science' through investigating Ayurveda.
Shows that Nisha-amlaki mitigates high glucose diet effects on lipid accumulation, triglyceride levels, lifespan & fecundity of #Celegans.