Bacterial News and Research

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Scientists put ehrlichiosis under the genomic spotlight

Ehrlichiosis is no star of science. This emerging disease has an awkward name, vague flu-like symptoms, and a nasty habit of being caused by bacteria that live inside ticks and flatworms.

17 Feb 2006

New method determines in a matter of hours exposure to a bioterrorism agents

Researchers at Walter Reed Army Institute of Research are developing a method to determine in a matter of hours if someone has been exposed to a bioterrorism agent just by looking at the pattern of active genes in that person's white blood cells.

17 Feb 2006

Genome data may contain small but significant errors

Since the genome sequence of the bacterial pathogen Haemophilus influenzae was published in 1995, the genetic code of many other large, complex, medically, and commercially significant organisms including humans has also been elucidated

17 Feb 2006

Male circumcision, HIV and other STDs

A statistical review of the past medical files of more than 300 couples in Uganda, in which the female partner was HIV negative and the male was HIV positive, provides solid documentation of the protective effects of male circumcision in reducing the risk of infection among women.

16 Feb 2006

Less is more hypothesis - gene loss may explain unique human traits

Humans and chimps share most of their genes, yet they differ dramatically in many ways - their walk, the sizes of their brains and their capacities for speech and language, for example.

16 Feb 2006

Scientists investigate sugar coating that surrounds bacteria

Scientists at The University of Texas at Austin have developed a quick and simple way to investigate the sugar coating that surrounds bacteria and plays a role in infection and immunity.

16 Feb 2006

Herbal supplements and plastic surgery don't mix well

Natural herbal supplements are supposed to help boost our immune systems, give us more energy and make us generally healthier.

14 Feb 2006

Another step forward in the battle against bacterial infections

Bacterial infections can strike anyone, and they can sometimes be fatal. Because more and more bacteria are becoming resistant to the pre-eminent remedy; antibiotics; the search for new remedies against bacterial infections is in high gear.

12 Feb 2006

Nod1 found to control tumor growth in certain breast cancers

This protein was previously thought to play a role solely in the innate immune system's response to bacterial infection. In the new study, which will be published on-line by the Proceedings of the National Academy of Sciences

12 Feb 2006

New technology could replace time-intensive urine specimens

For the millions of people who suffer from urinary tract infections each year and the doctors who treat them, a promising new biosensor technology has been developed that may replace antiquated testing methods and save precious health care dollars.

12 Feb 2006

Researchers define a new "first step" that initiates sepsis

A Mayo Clinic research team has challenged the accepted theory on the cause of sepsis -- a condition in which the body's cells generate fever, shock and often death. Sepsis is thought to occur when poisons from bacterial infection interfere with the cells.

9 Feb 2006

Step toward understanding the mystery surrounding drug resistance

The cellular "pumps" associated with multi-drug resistance in bacteria may also be involved in exporting signals responsible for cell-cell communication, a process known as quorum sensing, said researchers from Baylor College of Medicine in a report that appears online in the Proceedings of the National Academy of Sciences.

7 Feb 2006

Key genes identified that enable tuberculosis infection to spread

Scientists in India, led by a Howard Hughes Medical Institute (HHMI) international research scholar, have identified five key genes that enable Mycobacterium tuberculosis to acquire the iron it needs to sustain growth and promote infection

5 Feb 2006

Scientists have determined the detailed structure of an essential piece of the telomerase enzyme

Scientists have determined the detailed structure of an essential piece of the telomerase enzyme, an important contributor to the vast majority of human cancers. Understanding the physical shape of the protein has led to a better understanding of how it acts to immortalize cells - and should help scientists design broadly effective cancer drugs.

5 Feb 2006