Holger Heyn
@hoheyn
Scientist. ICREA Professor @icreacommunity. Single Cell Genomics Group Leader @cnag_eu. @humancellatlas. Barcelona, Spain. Co-founder & CSO @omniscopeAI.
ID: 1030891393
http://www.cnag.eu 23-12-2012 16:25:51
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STAMP: Single-cell transcriptomics analysis and multimodal profiling through imaging Cell Luciano Martelotto π π§¬π»π¦πΊ Dr. Jasmine Plummer π©π»βπ¬π§¬π¨π¦πΊπΈ Holger Heyn cell.com/cell/fulltext/β¦
Happy STAMP day! Almost four years ago, while navigating a rough patch in my career, my dear friend Catia told me she had a friend Luciano Martelotto π π§¬π»π¦πΊ who would drive me crazy, but that she thought we would work incredibly well together. Six months later, I took a leap of faith and
When National Geographic highlights your work, you know childhood dreams do come trueβ¦itβs ALL because of our amazing DREAM team Holger Heyn Luciano Martelotto π π§¬π»π¦πΊ Emanuele Pitino Anna Pascual Reguant FelipeSegato et al. πͺπ #STAMP #singlecell #dreamteam #imaging #omics #spatial #science #rna #protein
1 Billion is the new 1 Million Human Cell Atlas.
Omniscope Co-founder & CSO, Prof. Holger Heyn featured in National Geographic! Discover how STAMP technology is reshaping how we study cells β with significant implications for health and disease research. π Read the full article here: eu1.hubs.ly/H0lhJVK0 #ScienceIsWeAll
The FUTURE is NOW! π¨ Whole-Transcriptome Spatial Genomics with OUT-OF-THE-BOX analysis starring Helena Lucia Crowell. π¬ Spatial genomics has now reached FULL-transcriptome resolution, enabling spatially resolved single-cell analysis at million cell scale. With this, weβre rethinking how
Proud to partner with Holger Heyn and team to reveal complete biology for unchartered discoveries! The future of whole transcriptome spatial is here and we're thrilled to see the CosMx SMI at the center of this exciting work. See their preprint below π ow.ly/tgkz50WinrC
A Trillion Cells at a Time! π¨ Virtual Cell Models Beyond One Billion Cells π€ Technology has been the key driver behind the exponential growth of #singlecell profiling, from just a few hundred cells a decade ago to hundreds of millions today. Julianna LeMieux PhD at Genetic Engineering & Biotechnology News offers a