If you're a #LifeSciences VC or #founder, read this first before #JPMorgan2023.
This 2011 paper by Santé has fresh relevance as the biotech bubble has burst, and old norms return.
Big funds (>$300M) will underperform B I G.
Key take aways. 👇 (1/9) 🧵
https://t.co/fgDnyLvRUV
Does chronic disease need to equal chronic care? No
👇in @Nature from @VerveTx
One-time base editing Rx (in vivo liver),
durable⬇️LDL-C
In monkeys:
*⬇️90% PCSK9,⬇️60% LDL-C, now out to 10 mos
* VERVE-101: efficacy at LNP doses as low as 0.5 mg/kg
https://t.co/rimsHKld8c
1/ What does the resolution gained by scRNAseq, over bulk, tell us about co-expression networks in cell types? Using 7 datasets from the MOp and over 50 bulk RNAseq experiments we show how remarkably similar co-expression networks are between bulk and scRNAseq data.
Development of #BARseq2, a technique that simultaneously maps projections and detects multiplexed gene expression by in situ sequencing; new from @TonyZador and colleagues at @CSHL
https://t.co/FFmdvNd7IV
Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting into text, enabling a person with paralysis to type 18 words per minute – doubling the prior record. 1/3
https://t.co/l3PaBnm0Uv
Are you interested in
BRAIN EVOLUTION, CONNECTOMICS, and SPATIAL TRANSCRIPTOMICS?
Then come join us @JHUBME@JohnsHopkins. The KEBSCHULL LAB is looking for a Postdoc!
Please RT and spread the word. #newPI#postdocjobs@jhneurostudents
CSHL plant geneticist Rob Martienssen looks towards #duckweed and the scum-like forests it makes to put carbon back into the earth and drive down global warming. https://t.co/CecykxeW5U
👋 Meet @JustusKebschull. He joined #HopkinsBME as an assistant professor in January. Learn about his research on organizational principles of vertebrate brains, a “eureka moment” he experienced, his goals for the future, and more. Read: https://t.co/UXst3ITtz3
Our #EpiMap paper is now @Nature: systematic dissection of #DiseaseCircuitry, including predicted driver variants, enhancers, regulators, target genes, and relevant tissues/cell types across 30,000 genetic loci, 540 traits, 833 tissues https://t.co/75rulhGnWr #Epigenomics#GWAS
Today we report the use of base editing in patient-derived cells and in mice to correct the most common cause of progeria, the devastating rapid aging disease. Progeria is typically caused by a dominant negative C•G-to-T•A point mutation in LMNA. 1/11 https://t.co/O7dkEYpndg
Super happy to announce that this work analyzing how brain regions evolved is now out in Science! During review, we added STARmap data from chickens, lots more analysis, and doubled the size of our human snRNAseq dataset. Check it out below!
https://t.co/J5s8xBIsVv
Tobiloba Oni @CancerHacker, a cell biologist whose graduate research @CSHL helped open new paths for understanding, detecting, and potentially treating pancreatic cancer, has been appointed as a Whitehead Fellow. He will open his lab in Feb. 2021: https://t.co/GevKyd1Z8j
Thanks, Manolis! You can tune in to my live presentation and Q&A at 10:30 ET Oct. 30 (Session 40) for “Single-cell dissection of obesity-exercise interaction across four tissues”. Excited for the virtual experience of #ASHG20!