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Some of our favorite Visium spatial transcriptomics publications from 2023

Novel T-cell state driving immunotherapy resistance ; Previously uncharacterized genes in palate development ; The role of lipid metabolism in brain injury ; Discovering transcript diversity with spatial isoform sequencing

HEST-1k: A Dataset for Spatial Transcriptomics and Histology Image Analysis

Muscle Eye Uterus Liver Lung Prostate Heart Kidney Skin Bowel Breast Brain Spinal cord (n=1)... TIFF TIFF Visium Xenium ST M i s s i n g f i l e i m p u t a t i o n C e l l V i T s e g m e...

Editorial Board

Angela Verkade, MD (University of Michigan Kellogg Eye Center) ; Cullen Ryburn, MD (Vance Thompson Vision) ; Daniel Anderson, MD (Berkeley Eye Center) ; Eric L. Sollenberger, MD (Drs. Cambell, Cunningham, Taylor, & Haun)

Single cell multiomics reveals kidney cell behind erythropoietin, master regulator of red blood cell prod....

If the advent of single cell technologies has taught us anything over the past few years, it’s that biologists have up until now gotten only a birds-eye view of most systems and processes. Case in point: in a new study that used combined single cell gene expression and epigenetic analyses, researchers in Israel were able to identify a single, unique cell type behind the production of erythropoietin (Epo) in the kidney. They believe their discovery could open up the treatment possibilities for ...

Vivek Ramaswamy

Ganapathy Ramaswamy, a graduate of the National Institute of Technology Calicut, worked as an... Management, Visium Asset Management, and the hedge fund managers D. E. Shaw & Co. and Falcon...

Atlas of the aging mouse brain reveals white matter as vulnerable foci

Neurosciences Institute, Stanford University School of Medicine, Stanford, CA, USA 3Vilcek Institute of Graduate Biomedical... 5Helmholtz Institute for Pharmaceutical Research Saarland...

Emir Turkes - ResearchGate

Home University College London Institute of Neurology Emir Turkes Emir Turkes University... Here we utilize the 10 × Visium platform to define the spatial transcriptomic profile in both AD...

Your introduction to Visium HD: Spatial biology in high definition

Whole transcriptome spatial gene expression is a proven method, enabling powerful, unbiased insights into the molecular expression profiles of diverse cell types organized in complex networks within tissue architecture. Unbiased whole transcriptome gene expression mapping is the basis for the huge discovery potential this spatial biology method offers to researchers. Beyond developing spatially resolved cell atlases of tissue, whole transcriptome spatial insights have enabled identification of r...

Work Experience at Sanger Institute

Opportunity, Info ; Genomic Futures insight days, Experience what it’s like to work in cutting-edge genomics with one of our Genomics Futures insight days on the Wellcome Genome Campus. Available on a choice of 2 days to students in Year 10 or Year 11, this opportunity will provide valuable insights into careers in genomics. Be inspired as you tour laboratory and data facilities, complete practical activities and learn from professionals about their work. ; Genome Academy, Gain hands-on experience in the world of genomics with our Genome Academy. Offered to Year 12 students eager to pursue careers in the genomics sector, this three day program provides an immersive learning experience. Through practical activities, workshops, and interactions with professionals, students gain valuable insights into the dynamic field of genomics. ; Nuffield Research Placements, We proudly support Nuffield Research Placements, hosting two-week experiences for students aged 17. These placements are specially tailored for individuals from low-income backgrounds or those who are the first in their families to attend university. Collaborating with Sanger Institute teams, students engage in short research projects that offer a glimpse into the real-world applications of genomics. ; Virtual Work Experience, Partnering with Wellcome Connecting Science and Springpod, we bring you Virtual Work Experience. Designed for students aged 16 and above, this program allows participants to explore various careers in genomics, science, and data without leaving their homes. From laboratory roles to communication and management positions, students get an in-depth understanding of the diverse career options available at the Sanger Institute.

1 Cathie Wood Stock With 55% Upside Potential

With a keen eye for the next big thing, Wood’s portfolio is focused on companies that target disruptive innovation, spanning genomics, artificial intelligence (AI), and fintech. Her moves are closely watched by investors eager to catch her latest picks. The genomics market is set to hit $411.35 billion by 2031, expanding at a CAGR of 19.4%, thanks to the groundbreaking discoveries and next-generation sequencing innovations. 10x Genomic ...

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