Where a cell resides can be as important as what genes it expresses. Our most recent Spatial CRISPR Screen work, a platform that enables high-resolution, large-scale spatial CRISPR screening while simultaneously profiling the whole transcriptome https://t.co/7s0axrNRhe
🚀 Latest Good News!
iMeta achieves a new Impact Factor of 44.4!
⚡️iMeta (IF 44.4) ranks in the top 0.2% of journals worldwide (47/22,643)—submit your best research and join us in shaping the future of science! @WileyGlobal
https://t.co/wzLbm1Gw7W
#iMeta
🤩 spatial panoramic in vivo CRISPR screen via Perturb-DBiT 🤩 Excited to share our collaborative work with @sidichen lab and many outstanding collaborators, now published in Nature Biotechnology!
https://t.co/swMT8pJajh
1/ Thrilled to share our new paper, out today in @ScienceMagazine! We built a pan-cancer spatial atlas of tertiary lymphoid structures (TLSs) and developed computation and AI frameworks to study TLS biology at scale.
https://t.co/zgcBnnm7Rl
Navigating the future of nano‐pesticides: A perspective on design, efficacy, mechanisms, and environmental stewardship
🌱Nano-pesticides are reshaping crop protection toward sustainable agriculture.
https://t.co/zeT5XEpC8r
Two stable gut microbiome guilds predict liver tumor class and treatment responses
⚙️ Functionally opposing microbial guilds highlight an ecological basis for tumor progression and clinical outcomes. #Hepatocellular@WileyHealth
https://t.co/QVa6EJm3wO
Traditional single cell transcriptomics doesn't capture most non-coding RNAs. In this work, led by @alinaisakovaSci and @StephenQuake, we introduce TotalX, a @10xGenomics-compatible pipeline that captures both coding and non-coding transcripts. Out now in @NatureBiotech! 1/7
Excited to see our work in @Nature! We combined our PIGA workflow & a cost-effective sequencing strategy to build the 1000 Chinese Pangenome (1KCP). We hope this methodology & resource help unlock complex variants in human health. @wang_yifei@DuanZhongqu
https://t.co/OahSS9cZPZ
CHARM enables integrative dissection of the three-dimensional epigenome at single-cell resolution, providing a versatile platform for decoding the regulatory landscape across diverse cells in complex tissues @Nature
https://t.co/AsEbTTXGN3