The Scientist

» techniques and immunology

Most Recent

image: Brain Drain

Brain Drain

By | June 1, 2015

The brain contains lymphatic vessels similar to those found elsewhere in the body, a mouse study shows.

3 Comments

image: An Array of Options

An Array of Options

By | June 1, 2015

A guide for how and when to transition from the microarray to RNA-seq

0 Comments

image: Flow Cytometry On-a-Chip

Flow Cytometry On-a-Chip

By | June 1, 2015

Novel microfluidic devices give researchers new ways to count and sort single cells.

0 Comments

image: New Immunity

New Immunity

By | June 1, 2015

A scaffolding protein forms the hub of a newly identified immune pathway in plants.

0 Comments

image: RNA Stucturomics

RNA Stucturomics

By | June 1, 2015

A new high-throughput, transcriptome-wide assay determines RNA structures in vivo.

0 Comments

image: Organoid Biobank

Organoid Biobank

By | May 11, 2015

From the tissue of numerous colon cancer patients, researchers build 3-D cultures of tumors.

0 Comments

image: Measles Vax’s Off-Target Effects

Measles Vax’s Off-Target Effects

By | May 11, 2015

Researchers find evidence that measles vaccines reduced deaths from other infectious diseases due to “immune amnesia.”

2 Comments

image: Outsmarting HIV

Outsmarting HIV

By | May 4, 2015

Small molecules that mimic the T-cell surface receptor CD4 could expose the virus to antibody-based immune responses.

0 Comments

image: All Is Not Quiet on the Western Front

All Is Not Quiet on the Western Front

By | May 1, 2015

A grab bag of advances is making Western blots faster, more sensitive, and more reliable.

3 Comments

image: Filippos Porichis: Immunoregulator

Filippos Porichis: Immunoregulator

By | May 1, 2015

Principal Investigator, Ragon Institute of MGH, MIT, and Harvard. Age: 33

0 Comments

Popular Now

  1. Neurons Compete to Form Memories
  2. Mapping the Human Connectome
    Daily News Mapping the Human Connectome

    A new map of human cortex combines data from multiple imaging modalities and comprises 180 distinct regions.

  3. The Genetic Components of Rare Diseases
  4. Classic Example of Symbiosis Revised
RayBiotech