Receptors for SARS-CoV-2 Present in Wide Variety of Human Cells
Receptors for SARS-CoV-2 Present in Wide Variety of Human Cells
Analyses from single-cell sequencing datasets support the idea that COVID-19 is not just a respiratory disease but an illness that can affect multiple organs.
Receptors for SARS-CoV-2 Present in Wide Variety of Human Cells
Receptors for SARS-CoV-2 Present in Wide Variety of Human Cells

Analyses from single-cell sequencing datasets support the idea that COVID-19 is not just a respiratory disease but an illness that can affect multiple organs.

Analyses from single-cell sequencing datasets support the idea that COVID-19 is not just a respiratory disease but an illness that can affect multiple organs.

single-cell analysis
Multiomic Single-Cell Analysis Identifies a Unique Stem and Progenitor Population
Multiomic Single-Cell Analysis Identifies a Unique Stem and Progenitor Population
The Scientist Creative Services Team | Jul 14, 2020
Margaret Nakamoto will introduce the BD Rhapsody™ Single-Cell Analysis System, and Ravi Majeti will discuss how he and his team used concurrent RNA and BD® AbSeq Antibody-oligo multiplexed surface marker analysis to improve HSPC clustering and characterize specific phenotypic states along unique hematopoietic differentiation trajectories.
Direct Capture of Guide RNAs Enables Scalable and Combinatorial Single-Cell CRISPR Screens
Direct Capture of Guide RNAs Enables Scalable and Combinatorial Single-Cell CRISPR Screens
The Scientist Creative Services Team | Jun 25, 2020
10x Genomics invites you to join them for an educational webinar.
The Structure and Functions of the p53 Pathway: Information Acquisition, Redundancy, and Connectivity
The Structure and Functions of the p53 Pathway: Information Acquisition, Redundancy, and Connectivity
The Scientist Creative Services Team | Jun 5, 2020
Arnold Levine will discuss his discovery of p53 and the evolution of the field since then, and Jon Chen will discuss the use of single-cell phosphoproteomics in identifying changes in key signaling networks, including p53.
The Advances that Will Shape Life Sciences in the 2020s
The Advances that Will Shape Life Sciences in the 2020s
Emma Yasinski | Jan 3, 2020
Systems biologist Steven Wiley says advancements in two areas—single-cell biology and CRISPR—are poised to transform research.  
Worm Embryogenesis: Cell by Cell and Gene by Gene
Worm Embryogenesis: Cell by Cell and Gene by Gene
Kerry Grens | Dec 1, 2019
A single-cell map of C. elegans’s transcriptome during development finds cell lineages that start out genetically different and end up as cells of similar function and genetic profile.
Image of the Day: Expressive Hydra
Image of the Day: Expressive Hydra
Nicoletta Lanese | Jul 26, 2019
Researchers track which genes are active in the polyp during successive cell states.
Neural Cell Types Tied to Autism Identified in Single-Cell Study
Neural Cell Types Tied to Autism Identified in Single-Cell Study
Ruth Williams | May 16, 2019
An RNA analysis of human brain cells reveals gene expression changes in cortical neurons and microglia linked to autism spectrum disorder (ASD).
Hindsight
Hindsight
Bob Grant | Nov 30, 2018
Looking back at a year filled with discoveries and challenges.
2018 Top 10 Innovations
2018 Top 10 Innovations
The Scientist Staff | Nov 30, 2018
Biology happens on many levels, from ecosystems to electron transport chains. These tools may help spur discoveries at all of life's scales.