Life Scientist > Life Sciences

Protein identified as central to immune system

21 September, 2010 by David Binning

Researchers from the Walter and Eliza Hall Institute (WEHI) have identified the one protein without which the body is unable to regulate immune cells.


US stem cell researchers get temporary stay on funding ban

13 September, 2010 by Staff Writers

Almost $US80 million earmarked for human embryonic stem cell research in the US is on its way to the intended recipients after a federal appeals court suspended an earlier injunction placed on US federal funding for the controversial work until Monday next week.


Stem cell funding ban upheld in the US

08 September, 2010 by Staff Writers

A U.S judge is refusing to yield to pressure to reverse a ban issued last month on funding for human embryonic stem cell research which the Obama administration says is putting millions of dollars of federal funding and some 1300 jobs at risk, the New York Times reports.


Garvan researchers overturn T cell “dogma”

16 August, 2010 by Tim Dean

Researchers from Sydney's Garvan Institute have challenged the dominant view in immunology circles as to how a special type of immune cell, called a T follicular helper cell (Tfh), is generated.


UK study shows single neurons can think for themselves

13 August, 2010 by Staff Writers

British researchers have shown that individual neurons are capable of processing far more complex information than traditionally thought.


First child stem cell trachea transplant a success

09 August, 2010 by Staff Writers

An 11-year old Irish boy has become the world’s first child to receive a transplant of a new trachea grown from his own stem cells, the BBC has reported.


Common sea sponge may yield clues to early cell development

06 August, 2010 by Staff Writers

It’s not normally something that would inspire scuba divers to do a double take, but a species of sponge commonly found on the Great Barrier Reef has researchers all in a lather at the prospect of learning about the genesis of cell behaviour.


Feature: Hunting for a hepatitis vaccine

04 August, 2010 by Fiona Wylie

Professor Andrew Lloyd of the University of New South Wales is one of the central figures in the HITS study (Hepatitis C Incidence and Transmission Study) is a long-term prospective cohort study of eligible prison inmates in NSW. Lloyd’s cohort comprises high-risk, uninfected injecting drug users, who are followed at regular intervals longitudinally.


Causes of gluten intolerance discovered

22 July, 2010 by David Binning

Researchers at the Walta and Eliza Hall Institute (WEHI) reported today that they have found the three key protein fragments in gluten that cause an immune response in those with coeliac disease.


Studies reveal iPS cells stay true to their roots

22 July, 2010 by Staff Writers

Two research groups connected with the Harvard Stem Cell Institute this week published the results of studies which highlight crucial differences between embryonic and induced pluripotent stem iPS cells.


Athlomics launches biomarker test for sepsis

20 July, 2010 by Staff Writers

Brisbane-based molecular diagnostics company, Athlomics, has provided the first of its SeptiCyte Lab kits for the diagnosis of sepsis to Brisbane’s Mater Pathology.


Feature: Weapons of mass infection

19 July, 2010 by Fiona Wylie

Hartland and her team at the University of Melbourne study highly specialised systems used by many pathogenic bacteria to boost their own virulence. One such bacterial system is the Type III secretion system (T3SS), which was identified in the early 1990s in Yersinia, a genus of bacteria infamous for causing plague.


Feature: Secrets of stem cell differentiation

28 May, 2010 by Fiona Wylie

How does an embryonic stem (ES) cell ‘know’ how to become one of the 200 plus adult cells into which it can transform? What does it need in terms of chemical, signalling and environmental cues to become, for example, blood, skin, nerve, heart or pancreas?


The two faces of embryonic stem cells

26 May, 2010 by Tim Dean

Embryonic stem (ES) cells - those karyotypically normal immortal cell lines that can give rise to all other cell types of that organism - are believed to hold great promise for therapeutic applications.


Feature: At the frontier of stem cell research

20 May, 2010 by Staff Writers

The developmental fate of cells was once thought to be determined when they began travelling down the road of differentiation, but research has shown that the identity of adult cells can be manipulated, opening intriguing prospects of using cellular reprogramming for therapeutic purposes.


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