Advertisement
PerkinElmer
PerkinElmer

The Scientist

» albedo, microbiology and neuroscience

Most Recent

image: Targeted Information in the Rat Brain

Targeted Information in the Rat Brain

By | April 30, 2015

A study shows that the hippocampus selects which information to send, and where, during different behaviors.

0 Comments

image: Bacterial Taxis Deliver Proteins

Bacterial Taxis Deliver Proteins

By | April 28, 2015

Reengineered protein-shuttling machinery can be used to inject a particular protein into mammalian cells, according to a proof-of-principle study.

0 Comments

image: One-Man Tinnitus Map

One-Man Tinnitus Map

By | April 26, 2015

Researchers probe the neural roots of the ear-ringing condition in a man undergoing brain surgery.

0 Comments

image: How a Popular Probiotic Works

How a Popular Probiotic Works

By | April 16, 2015

Eating a type of bacterium encourages the activity of other gut microbes, according to a small study.

0 Comments

image: Why DBS Works for Parkinson’s?

Why DBS Works for Parkinson’s?

By | April 14, 2015

Deep-brain stimulation may effectively treat slow movement, tremor, and rigidity in Parkinson’s patients by reducing synchronicity of neural activity in the motor cortex.

0 Comments

image: Enzyme Improves CRISPR

Enzyme Improves CRISPR

By | April 1, 2015

A smaller Cas9 protein enables in vivo genome engineering via viral vectors.

0 Comments

image: A Spider's Eye View

A Spider's Eye View

By | April 1, 2015

Cornell researchers probe the brains of jumping spiders to gain insight into the arachnid's visual processing capabilities.

0 Comments

image: Manipulative Microbiomes

Manipulative Microbiomes

By | April 1, 2015

Gut bacteria control tumor growth via the mammalian immune system.

3 Comments

image: Through a Spider’s Eyes

Through a Spider’s Eyes

By | April 1, 2015

Deciphering how a jumping spider sees the world and processes visual information may yield insights into long-standing robotics problems.

2 Comments

image: Pain and Itch Neurons Found

Pain and Itch Neurons Found

By | March 31, 2015

Inhibitory nerve cells in the spinal cord stop the transmission of pain and itch signals in mice.

0 Comments

Advertisement
TECA Corporation
TECA Corporation

Popular Now

  1. Most Earth-like Planet Found
  2. When Does a Smart Mouse Become Human?
  3. AAAAA Is for Arrested Translation
  4. Antibiotic Resistance Can Boost Bacterial Fitness
Advertisement
Advertisement
The Scientist