Nature biotechnology · 2023
Research area
Single-Cell & Spatial Biology
Research leveraging single-cell genomics, transcriptomics, proteomics, and spatial multi-omics to characterize cellular heterogeneity, tissue architecture, and cell-state dynamics in health and disease. Represents an emerging methodological and scientific domain with broad applications across organ systems and disease areas.
Scholars in this area
View all 326 scholars →- Hagen TilgnerAssociate Professor of Neuroscience
- Long-Read Sequencing & Isoform Resolution
- Tissue Architecture Mapping & Imaging
- Epigenome & Chromatin Multi-Omics
Hagen TilgnerAssociate Professor of Neuroscience- Long-Read Sequencing & Isoform Resolution
- Tissue Architecture Mapping & Imaging
- Epigenome & Chromatin Multi-Omics
- Christopher E MasonWorldQuant Professor of Genomics and Computational Biomedicine
- Spaceflight Physiology & Multi-Omics Profiling
- Tissue Architecture Mapping & Imaging
- Hematopoiesis, Clonal Evolution & Blood Disorders
Christopher E MasonWorldQuant Professor of Genomics and Computational Biomedicine- Spaceflight Physiology & Multi-Omics Profiling
- Tissue Architecture Mapping & Imaging
- Hematopoiesis, Clonal Evolution & Blood Disorders
- Li GanDirector, Helen and Robert Appel Alzheimer’s Disease Research Institute
- Brain Cell Types & Neurological Disease States
- Long-Read Sequencing & Isoform Resolution
- Epigenome & Chromatin Multi-Omics
Li GanDirector, Helen and Robert Appel Alzheimer’s Disease Research Institute- Brain Cell Types & Neurological Disease States
- Long-Read Sequencing & Isoform Resolution
- Epigenome & Chromatin Multi-Omics
- Shuibing ChenKilts Family Professor of Surgery
- Pancreatic Islet Atlas & Diabetes Pathophysiology
- Organoids & Stem Cell Fate Specification
- COVID-19 Immune Response & Epigenetic Consequences
Shuibing ChenKilts Family Professor of Surgery- Pancreatic Islet Atlas & Diabetes Pathophysiology
- Organoids & Stem Cell Fate Specification
- COVID-19 Immune Response & Epigenetic Consequences
- Dan Avi LandauChair of Systems and Computational Biomedicine
- Hematopoiesis, Clonal Evolution & Blood Disorders
- Epigenome & Chromatin Multi-Omics
- Lineage Tracing, Plasticity & Tumor Evolution
Dan Avi LandauChair of Systems and Computational Biomedicine- Hematopoiesis, Clonal Evolution & Blood Disorders
- Epigenome & Chromatin Multi-Omics
- Lineage Tracing, Plasticity & Tumor Evolution
Spotlight
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