My lab is hiring 2 postdocs on a NIH-funded grant characterizing molecular & cellular changes in the human brain across menopausal transition. Other neuroepigenomics projects are also available. We plan to hire a wet lab scientist & a bioinformatician. Please RT!
More info 👇
Drosophila is a widely used model organism; however, there is no reliable commercial kit or comprehensive protocol available for rRNA depletion from Drosophila total RNA for NGS workflows. @OmiKOP26 et al. assembled a detailed, step-by-step methodology. https://t.co/PcfczUNt0Y
Major academic publishers' revenue and what they pay authors and reviewers:
Revenue:
Elsevier: $3.9 billion
Springer Nature: $2 billion
Wolters Kluwer: $1.6 billion
Wiley: $1.8 billion
Taylor & Francis: $800 million
Sage: $500 million
They pay:
Authors: $0
Reviewers: $0
Single-cell profiling of H3K27ac, H3K27me3 and H3K4me3 histone modifications from progenitor to differentiated neural fates in human brain and retina #organoid models
@TreutleinLab@GrayCampLab@joschf@EpiGN_lab@ETHZ
https://t.co/VdSy3u7T52
Aerobic and resistance exercise both induce hippocampal neurogenesis and increased cerebral blood, potentially leading to enhanced memory…
https://t.co/l3SviYugp0
Please RT: We have Senior Scientist, Postdoctoral Researcher and PhD student positions available in our lab focusing on the role of Hsp70 PTMs in a variety of processes including cancer, aging and host-pathogen interactions. Please see: https://t.co/aNjcUT1G9H #hsp70#chaperones
SBB is pleased to inform that PhD scholar Pritam Mukherjee @PritamM__ from Dr. Prasad Kasturi's group @prasad_kasturi gave selected platform talks both at the India|EMBO Lecture Course, Delhi and Asia-Pacific Worm Meeting, Bangalore. He spoke on proteome remodeling during aging.
Congrats to Dr. Baskar @baskarb11 for his article in PLoS Genetics. It proposes how Ataxin-2 interactions are remodeled during translational control of various interactions contributing to the efficiency of RNP granule condensation in neurodegeneration.
https://t.co/esC4Ko41Pp
We describe Malaria mosquito anatomy using microCT. A nice collaboration with @TheNunJay and well executed by @Khushboo288 and Sunil. @iit__mandi@bio_iitmandi@TIGS_India@ccmb_csir
Distinct developmental patterns in Anopheles stephensi organ systems https://t.co/3ZS7va8FMg
Want to learn the latest in #RNA#synbio from @NUSynBio?
Check out our review "Dynamic RNA synthetic biology" in @RNABiology by @Jenni_Li_407 @AnibalArce12 T. Lucci andh R. Rasmussen.
We break down #RNA#synbio across scales of engineering!
https://t.co/v6SG90rRah