Immune Response News and Research

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Sanofi Pasteur's new H5N1 vaccine shows promise

Sanofi pasteur, the vaccines division of sanofi-aventis Group, has announced data showing that its new investigational H5N1 pandemic influenza vaccine containing a proprietary adjuvant achieved a high immune response at the lowest dose of H5N1 antigen reported to date.

18 Sep 2007

Rheumatoid arthritis genes

A paper published this week in the open access journal PLoS Medicine provides strong evidence that one specific part of the genome is associated with rheumatoid arthritis.

18 Sep 2007

Chronic infection persists by targeting stromal cell network in lymphoid organs

One of the biggest challenges to treating infectious diseases and developing preventive vaccines is the ability of many chronic infections to suppress the immune T-cell response over time.

18 Sep 2007

Nanoparticle that delivers vaccines more effectively

Good news for public health: Bioengineering researchers from the EPFL in Lausanne, Switzerland, have developed and patented a nanoparticle that can deliver vaccines more effectively, with fewer side effects, and at a fraction of the cost of current vaccine technologies.

18 Sep 2007

LL37 peptide provides a new potential target for autoimmune disease

A human peptide that acts as a natural antibiotic against invading microbes can also bind to the body's own DNA and trigger an immune response in the absence of an infection, a research team led by scientists at The University of Texas M. D. Anderson Cancer Center reports in an early online publication in Nature.

17 Sep 2007

Immune system police recognize good and bad guys in the body

Immune system police are as good at recognizing bad guys, such as bacteria and viruses, as they are our own tissue, researchers say.

17 Sep 2007

Dendritic cells turn T cells into T regs

Regulatory T cells (also known as T regs) suppress some of the immune system's more inappropriate responses, preventing it from attacking the body's own tissues and stifling its activity once invading microbes have been fought off.

17 Sep 2007

It's back to the dark ages...hookworms to treat asthma!

Modern medicine may have stopped short of blood-letting, leeches and purges but parasitic worms could be making a come-back!

17 Sep 2007

Halting rabies in the brain

While rabies, an ancient scourge that still kills 70,000 every year in developing countries worldwide can be combated with a series of vaccines today, it nearly is always fatal when it reaches the brain.

5 Sep 2007

Key differences discovered between avian and human flu

St. Jude scientists have found key features that distinguish influenza viruses found in birds from those that infect humans.

5 Sep 2007

Study identifies osteopontin as a key player in the body's immune response to chronic stress

Osteopontin (OPN), a protein molecule involved in many different cellular processes, plays a significant role in immune deficiency and organ atrophy following chronic physiological stress, resulting in increased susceptibility to illness.

4 Sep 2007

Flies can turn off their immune response

The immune response is actively turned on to target and destroy foreign infectious elements, but in the interests of self-preservation, it is just as important to turn the immune system off to avoid damage to oneself by "friendly fire."

4 Sep 2007

Autoimmune response, triggered by genes, can be a barrier to producing a viable offspring

Plant biologists at the Max Planck Institute of Developmental Biology and the University of North Carolina at Chapel Hill have discovered that an autoimmune response, triggered by a small number of genes, can be a barrier to producing a viable offspring.

4 Sep 2007

Novel HIV vaccine set for clinical development

A promising new HIV vaccine created at The Wistar Institute has received funding for clinical development aimed at moving the vaccine into human clinical trials as soon as possible.

3 Sep 2007

Researchers discover what makes lymphomas tick

University of Pennsylvania researchers and their colleagues at the Wistar Institute and University of Oxford have discovered the molecular process by which the PAX5 protein, necessary for lymphocyte development, promotes the growth of common lymphomas, thereby unveiling a potential new target in the fight against cancer.

30 Aug 2007