#visiumspatial search results
Congratulations to Jara @IRSJD_info on winning our Spain #VisiumSpatial Grant Program! Using #spatialtranscriptomics, she’ll be examining the spatial distribution of a protein of interest in neuroblastoma metastasis. We can’t wait to see what she uncovers!
Congratulations to the two winners of our Scientific Challenge in Poland — Mitrajit Ghosh of @NenckiInstitute, and Małgorzata Blatkiewicz of @PUMS_tweets! We can’t wait to see how Visium Spatial Gene Expression will contribute to their novel findings! #VisiumSpatial
We are thrilled to announce Árpád from @semmelweishu as the winner of our Challenge! 🎉 His research aims to locate the key cellular pathways activated during major organ progression of Fabry patients. We can’t wait to see how #VisiumSpatial will contribute to his findings!
Why did Surjyadipta (Bibo) Bhattacharjee from @LSUHealthNO choose #visiumspatial? Read our blog to follow his journey from Human Genome Project enthusiast to a powerhouse postdoc working on drugs to alleviate #CNS diseases: 10xgen.com/3XC4GO3
There are 20,000 protein-coding genes in the human genome, but nearly 150,000 transcripts. Explore the significance of transcript isoforms and how @10xGenomics' long-read sequencing protocols for #singlecell and #visiumspatial can help you detect them. bit.ly/3QXzc2v
10xgenomics.com
Single cell and spatial assays meet long-read sequencing | 10x Genomics
Learn how new long-read sequencing library preparation workflows enable detection of alternative transcript isoforms in single cells and in spatially resolved tissue.
What happens when two powerful technologies join forces to resolve the “what” and the “where” of complex immunobiology? Learn how scientists in the @teichlab @sangerinstitute used #singlecell and #Visiumspatial to discover a novel immune lung niche. 10xgen.com/3Sm4D7o
10xgenomics.com
When single cell meets spatial: Novel lung immune niche provides long-term antibody hideouts | 10x...
Learn how scientists from the Teichmann Lab at Wellcome Sanger Institute combined single cell and spatial gene expression to build a comprehensive atlas of the cells that compose the lungs and...
From unraveling pancreatic tumor heterogeneity to discovering a new model of photosynthesis, scientists around the world are adding amazing findings to their fields with #visiumspatial. These are the 2022 #spatialbiology papers you’ll want to read. 10xgen.com/3RX6A8n
Learn how scientists in the @teichlab @sangerinstitute used #singlecell and #Visiumspatial to discover a novel immune lung niche. 10xgenomics.com/blog/when-sing…
There are 20,000 protein-coding genes in the human genome, but nearly 150,000 transcripts. Explore the biological significance of transcript isoforms and how our long-read sequencing protocols for #singlecell and #visiumspatial can help you detect them. 10xgen.com/3W1gyYB
We are thrilled to announce Árpád from @semmelweishu as the winner of our Challenge! 🎉 His research aims to locate the key cellular pathways activated during major organ progression of Fabry patients. We can’t wait to see how #VisiumSpatial will contribute to his findings!
Congratulations to Jara @IRSJD_info on winning our Spain #VisiumSpatial Grant Program! Using #spatialtranscriptomics, she’ll be examining the spatial distribution of a protein of interest in neuroblastoma metastasis. We can’t wait to see what she uncovers!
Congratulations to the two winners of our Scientific Challenge in Poland — Mitrajit Ghosh of @NenckiInstitute, and Małgorzata Blatkiewicz of @PUMS_tweets! We can’t wait to see how Visium Spatial Gene Expression will contribute to their novel findings! #VisiumSpatial
Learn how scientists in the @teichlab @sangerinstitute used #singlecell and #Visiumspatial to discover a novel immune lung niche. 10xgenomics.com/blog/when-sing…
What happens when two powerful technologies join forces to resolve the “what” and the “where” of complex immunobiology? Learn how scientists in the @teichlab @sangerinstitute used #singlecell and #Visiumspatial to discover a novel immune lung niche. 10xgen.com/3Sm4D7o
10xgenomics.com
When single cell meets spatial: Novel lung immune niche provides long-term antibody hideouts | 10x...
Learn how scientists from the Teichmann Lab at Wellcome Sanger Institute combined single cell and spatial gene expression to build a comprehensive atlas of the cells that compose the lungs and...
Why did Surjyadipta (Bibo) Bhattacharjee from @LSUHealthNO choose #visiumspatial? Read our blog to follow his journey from Human Genome Project enthusiast to a powerhouse postdoc working on drugs to alleviate #CNS diseases: 10xgen.com/3XC4GO3
There are 20,000 protein-coding genes in the human genome, but nearly 150,000 transcripts. Explore the significance of transcript isoforms and how @10xGenomics' long-read sequencing protocols for #singlecell and #visiumspatial can help you detect them. bit.ly/3QXzc2v
10xgenomics.com
Single cell and spatial assays meet long-read sequencing | 10x Genomics
Learn how new long-read sequencing library preparation workflows enable detection of alternative transcript isoforms in single cells and in spatially resolved tissue.
There are 20,000 protein-coding genes in the human genome, but nearly 150,000 transcripts. Explore the biological significance of transcript isoforms and how our long-read sequencing protocols for #singlecell and #visiumspatial can help you detect them. 10xgen.com/3W1gyYB
From unraveling pancreatic tumor heterogeneity to discovering a new model of photosynthesis, scientists around the world are adding amazing findings to their fields with #visiumspatial. These are the 2022 #spatialbiology papers you’ll want to read. 10xgen.com/3RX6A8n
Congratulations to Jara @IRSJD_info on winning our Spain #VisiumSpatial Grant Program! Using #spatialtranscriptomics, she’ll be examining the spatial distribution of a protein of interest in neuroblastoma metastasis. We can’t wait to see what she uncovers!
Why did Surjyadipta (Bibo) Bhattacharjee from @LSUHealthNO choose #visiumspatial? Read our blog to follow his journey from Human Genome Project enthusiast to a powerhouse postdoc working on drugs to alleviate #CNS diseases: 10xgen.com/3XC4GO3
We are thrilled to announce Árpád from @semmelweishu as the winner of our Challenge! 🎉 His research aims to locate the key cellular pathways activated during major organ progression of Fabry patients. We can’t wait to see how #VisiumSpatial will contribute to his findings!
Congratulations to the two winners of our Scientific Challenge in Poland — Mitrajit Ghosh of @NenckiInstitute, and Małgorzata Blatkiewicz of @PUMS_tweets! We can’t wait to see how Visium Spatial Gene Expression will contribute to their novel findings! #VisiumSpatial
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