Most Recent

Pectin fragments may signal plant cells to maintain a type of growth suited to darkness.

0 Comments

image: Researchers Learn from Plant Viruses to Protect Crops

Researchers Learn from Plant Viruses to Protect Crops

By Claire Asher | February 1, 2018

Plants are locked in an ancient arms race with hostile viruses, but genome editing is giving crops the upper hand.

1 Comment

image: “Retired” Mice Find New Life as Top Models for Autism

“Retired” Mice Find New Life as Top Models for Autism

By Jessica Wright | January 29, 2018

After years of obscurity, strains of mice with mutations in particular genes are thrust to the fore of autism research.

0 Comments

image: Image of the Day: Red-Hot Mitochondria

Image of the Day: Red-Hot Mitochondria

By The Scientist Staff | January 29, 2018

Mitochondria may sustain temperatures more than 10 °C warmer than human cells, say researchers. 

0 Comments

The findings more than double the number of known defense mechanisms, piquing the interests of molecular biology tool developers.

0 Comments

image: Monkeys Cloned by Dolly-the-Sheep Technology

Monkeys Cloned by Dolly-the-Sheep Technology

By Catherine Offord | January 25, 2018

The approach, which has never before been successfully attempted in primates, could lead to improved animal models for human biology and disease.

0 Comments

image: CRISPR Trial for Cancer Patients Proposed

CRISPR Trial for Cancer Patients Proposed

By Katarina Zimmer | January 19, 2018

US researchers could become the first outside China to use the gene-editing technique in the clinic. 

0 Comments

image: EU Advisor Recommends Regulatory Exemption for Gene Editing

EU Advisor Recommends Regulatory Exemption for Gene Editing

By Catherine Offord | January 19, 2018

Crops produced using mutagenic technologies such as CRISPR should generally be exempt from regulatory laws governing GMOs, according to the published opinion.

0 Comments

image: Learning Opens the Genome

Learning Opens the Genome

By Ruth Williams | January 17, 2018

Researchers map learning-induced chromatin alterations in mouse brain cells, and find that many affect autism-associated genes.

1 Comment

The discovery reveals the role of a growth factor and endothelial cells in thymus repair, and could have implications for chemotherapy and radiation patients’ recovery following treatment.

0 Comments

Popular Now

  1. Sci-Hub Loses Domains and Access to Some Web Services
  2. Nobel Prize–Winning Biologist Dies
  3. CDC: Flu Vaccine 36 Percent Effective So Far
  4. Academics Protest China’s Censorship Requests
AAAS