Cell Genomics is a new gold #OpenAccess and #OpenScience research journal that represents the forefront of #genetics and #genomics 🧬
Joined June 2020
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Cell Genomics retweeted
Read a special issue from @CellGenomics on the rise of #syntheticyeast.
Presenting the latest research from the Sc2.0 consortium in Cell Genomics.
#SyntheticYeastGenomeProject @yeastgenome
hubs.ly/Q029yshj0
Cell Genomics retweeted
Late to the game, but great to see our paper is a top read paper at @CellGenomics (open access as it should be). Thank you again for the support @StanleyCenter @broadinstitute, @lundbeckfonden, @SFARIorg and @NIMHgov. Terrific work by @gretapinta Yu-Han Hsu and coauthors:
Protein interaction studies in human induced neurons indicate convergent biology underlying autism spectrum disorders
Freely available top-read @CellGenomics paper
@kasper_lage @gretapinta
hubs.li/Q024LwHX0
Cell Genomics retweeted
Thrilled to announce our latest study published in @CellGenomics !
cell.com/cell-genomics/fullt…
Big shoutout to our amazing collaborators @ChiayenChen @getian107 @hailianghuang @AnnejaneF and many others!
#GWAS #TaiwanBiobank🧬
Cell Genomics retweeted
Big shout out to @DrTomWilliams on the result of seven years hard work and his contribution towards a landmark achievement in #syntheticbiology @PaulsenLab @SynGenome Out today in @CellGenomics bit.ly/3QsKxb3
Cell Genomics retweeted
Voices: "A spotlight on global collaboration in the Sc2.0 yeast consortium” @CellGenomics cell.com/cell-genomics/fullt…
#CAAS Junbiao Dai
@TheBgiGroup Huanming Yang, Chantal Yue Shen
@Macquarie_Uni Isak S. Pretorius
@caiyizhi
@MatthewWChang
#TianjinUniversity Yingjin Yuan
Cell Genomics retweeted
New @CellGenomics publication from @DrVivianWeiss with first authors George Xu and @LobergMatthew. "Molecular signature incorporating the immune microenvironment enhances thyroid cancer outcome prediction". Thank you for using and acknowledging the CISR! sciencedirect.com/science/ar…
Cell Genomics retweeted
We are excited to share our latest publication in @CellGenomics by @miahamilton5 et al.
cell.com/cell-genomics/fullt…
#Genetics #CRISPR #tweetorial
1/16
Cell Genomics retweeted
New from the Pollard Lab in @CellGenomics: "In silico discovery of repetitive elements as key sequence determinants of 3D genome folding"
bit.ly/3tcS1qD
Cell Genomics retweeted
📚Wonderful work in @CellGenomics on #liposarcoma #DDLPS
MDM2 amplification levels matter:
1⃣ Higher in DDLPS vs WDLPS
2⃣ Drives transcriptional programs of differentiation
3⃣ Triggers p53-dependent and -independent targets
4⃣ Drives resistance to MDM2i
🔗sciencedirect.com/science/ar…
Cell Genomics retweeted
Excited to see this collaborative study out @CellGenomics. We measured 22 immune parameters in 1720 mice across 35 separate strains. A radiation resistance score was calculated and transferred to a cohort of medulloblastoma patients and was found to predict recurrence free survival.@ShannonMacDonMD @kevinxliu @DHaasKogan @MGHCancerCenter – at Cambridge, MA
Genetic architecture of the acute and persistent immune cell response after radiation exposure dlvr.it/Sx54WJ
Cell Genomics retweeted
new from my @GladstoneInst @UCSF colleagues led by @lauragunsalus in Katie Pollard's lab, in silico predictions of genomic features regulating 3D genome folding. In @CellGenomics cell.com/cell-genomics/fullt…
Cell Genomics retweeted
🎉Our study has come out online @CellGenomics ! We summarized the key findings in a previous 🧵: nitter.cf/yingWANGyw1/status/160…. We then distilled a few general practices for constructing PRS in minority populations while harnessing the increasing diversity: 1/6
Polygenic prediction across populations is influenced by ancestry, genetic architecture, and methodology dlvr.it/Sw9Jl3
Cell Genomics retweeted
Very happy to be part of this great @CellGenomics study, led by @samantha_bevill, on the role of supraphysiologic MDM2 in chromatin and its therapeutic implications.
Don't miss this work from @BradEBernstein and SarahJohnstone labs!
cell.com/cell-genomics/pdfEx…
Cell Genomics retweeted
1/2 Das #Neuroblastom ist ein #Krebs bei Kindern, der gutartig, aber auch sehr aggressiv sein kann. Forschende von #CharitéBerlin & @MDC_Berlin zeigen: Bei verschieden aggressiven #Tumor|en finden sich unterschiedliche Muster von DNA-Veränderungen.
Cell Genomics retweeted
1/10 Thrilled to congratulate our incredible team including trainees @XG372669, @lobergMatthew, @mtigue13 on our recent publication in @CellGenomics (cell.com/cell-genomics/fullt…). We use multi-omics methods to advance our understanding of thyroid cancer.
Cell Genomics retweeted
So excited to see our paper out in @CellGenomics today!! Thanks to all of our collaborators and co-authors for their help and hard work! And special thanks to @XG372669 for the many hours and late night zoom meetings spent working on this project together!
1/10 Thrilled to congratulate our incredible team including trainees @XG372669, @lobergMatthew, @mtigue13 on our recent publication in @CellGenomics (cell.com/cell-genomics/fullt…). We use multi-omics methods to advance our understanding of thyroid cancer.
Cell Genomics retweeted
📚New publication from @sbmontgom and collaborative team in @CellGenomics on "The functional impact of rare variation across the regulatory cascade"
Check out their paper here:
sciencedirect.com/science/ar…
Cell Genomics retweeted
150 risk variants for diverticular disease of intestine prioritize cell types and enable polygenic prediction of disease susceptibility: @CellGenomics
#diverticular #tenapanor
hubs.li/Q021gMb10
Cell Genomics retweeted
#Genomics holds the promise of revolutionizing medicine, but its potential is stunted without diverse representation.
Equitable leadership and inclusion are vital for ensuring the field benefits all of humanity.
#EDI paper @CellGenomics #Reflections
manuelcorpas.com/2023/09/06/…
Cell Genomics retweeted
Using mutations in cancer and healthy single cells to track evolutionary changes | A study @CellGenomics by the Beerenwinkel group @cbg_ethz leverages the phylogenetic information in single- cell DNA sequencing data to understand evolutionary rate changes >u.ethz.ch/efFRG
