Press
He
Weizmann Wonder Wander
Science news and culture
Search
echo t('Click') ?>
X
Menu
Home Page
Area of Research
Math & Computer Science
People
Space & Physics
Chemistry
Life Sciences
Environment
Science Teaching
Scientific Archaeology
Technology & Applications
The Campus
The Website
For Journalists
RSS Service
Subscribe to our monthly newsletter/press releases
He
Skip to Home
Skip to Search
Skip to Content
Skip to Contact us
Skip to Sitemap
Skip to Accessibility Statement
Press Releases
All Press Releases
Receive Press Releases
RSS
News
Top Stories
Subscribe to our Monthly Newsletter
Explore Topics
Math and Computer Science
Space and Physics
Chemistry
Life Sciences
Environment
More
Scientific Archaeology
Science Teaching
Technology & Applications
People and Events
Awards and Appointments
People
Events
Science on Tap
Conferences
On Campus
Art on Campus
All People and Events
Multimedia
The Beauty of Science
Videos and Lectures
Nano Comics
Around Campus
More
Publications
Special Issues
Blue Sky Research
Planting Knowledge
100 Milestones in Physics
Art on Campus
All Special Issues
Buildings on Campus
What the Tree Has
Weizmann International Magazine of Science and People
About
About the Weizmann Institute of Science
Facts and Figures
Dr. Chaim Weizmann
Visit the Weizmann Institute of Science
Follow Us
Are you a journalist?
Please sign up here for our press releases
Subscribe to our monthly newsletter:
First name
Last name
Email
*
Agreement
*
I agree to the
Terms of Use
and
Cookie & Privacy Policy
You are here
Home
>
News
> All Press Releases
Press Releases
Search
Choose Topic
Math & Computer Science
Space & Physics
Chemistry
Life Sciences
Environment
Technology & Applications
Choose Language
English
French
German
Portuguese
Spanish
Living with Salt
06.07.2005
Biochemistry
,
Disease, Drugs & Diagnostics
,
Structural Biology
Scientists link algae salt tolerance to human kidney function. Life thrives in all sorts of hostile environments, including the extreme salinity of the Dead Sea. A team of scientists at the Weizmann Institute of Science has uncovered a strategy that helps a plant-like, microscopic alga to happily proliferate in such inhospitable surroundings, and their findings have unexpectedly shed light on the working of our own kidneys.
The Fat Connection
21.06.2005
Biochemistry
,
Disease, Drugs & Diagnostics
Scientists at the Weizmann Institute of Science and in Sweden discover how excess body fat can lead to the onset of diabetes
In the Loop
17.05.2005
Brain & Behavior
A Weizmann Institute study finds that signals travel from a rat’s whiskers to its brain along three separate pathways
Researchers find new method for mapping gene expression in MRI
01.05.2005
Cancer
,
Molecular and Cell Biology
,
Disease, Drugs & Diagnostics
,
Genetics
New findings show an iron storage molecule in the cell can serve as an advanced tool for mapping gene expression. Future gene therapy may use a technique in which non-invasive magnetic resonance imaging (MRI) is used to track this molecule.
Side Effects
01.05.2005
Cancer
,
Disease, Drugs & Diagnostics
,
Structural Biology
A team of scientists at the Weizmann Institute of Science has shown exactly why a new drug that’s been proven effective against colon cancer has sometimes serious side effects
Embryonic Law and Order
01.05.2005
Molecular and Cell Biology
,
Evolution and Development
,
Genetics
A team of scientists at the Weizmann Institute of Science reveals how fruit fly embryos impose order in early development
First Matter
18.04.2005
A new particle detector built at the Weizmann Institute of Science will help probe the primordial universe
Catching a Sneak
13.04.2005
Disease, Drugs & Diagnostics
,
Structural Biology
Weizmann Institute Scientists reveal the shape of a protein that helps retroviruses break into cells
Switching to Chemistry
01.04.2005
Nanoscience
,
Materials Science
,
Organic Chemistry
New kind of electrical switch formed from organic molecules could be used in the future in nanoscale electronic components Researchers at the Weizmann Institute of Science have demonstrated a new kind of electrical switch, formed of organic molecules, that could be used in the future in nanoscale electronic components.
Allicin Wonderland
01.04.2005
Biochemistry
,
Cancer
,
Immunology
,
Disease, Drugs & Diagnostics
Weizmann Institute Scientists “weaponize” an antibody to deliver continuous attacks on cancer cells
Pages
« first
‹ previous
…
51
52
53
54
55
56
57
58
59
…
next ›
last »
Are you a journalist?
Please sign up here for our press releases
Most Popular Articles
The Coin Toss Paradox
Can a game with “quantum” rules beat the odds?
Prof. Zvi Artstein, Vice President for Technology Transfer
Prof. Zvi Artstein
One Protein, Two Programs
A cell’s decision to commit suicide involves an exchange of information between two suicide mechanisms
Accessibility Toolbar
❌
+
Enlarge text
-
Reduce text
Monochrome
Contrast
Underline Links
Reset
Accessibility Statement