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Genetic breakthrough in tracing the cause of a rare kidney and liver disorder

Birmingham scientists have made a genetic breakthrough in tracing the cause of a rare kidney and liver disorder. ARC syndrome means babies are born with impairment to kidney and liver function, bleeding problems and weak muscles. This usually leads to early death. The gene which causes this condition has been identified.

8 May 2004

Carbohydrate-binding proteins are becoming extremely useful in curing various illnesses

Researchers are beginning to see the potential for breakthrough in healthcare through glycomics, which studies carbohydrates, proteins and their interactions. In fact, these carbohydrates are moving beyond their regular roles as sugar storage bins.

28 Apr 2004

New techniques to search the yeast genome for genes that help keep copied chromosomes together

Johns Hopkins scientists have successfully used new techniques to search the yeast genome for genes that help keep copied chromosomes together, protecting the integrity of the organism's genetic material during cell division.

22 Apr 2004

Researchers have discovered a genetic mutation associated with an inherited form of motor neuron disease

Researchers have discovered a genetic mutation associated with an inherited form of motor neuron disease in which symptoms first appear in childhood or young adulthood. The finding is slated for publication in the American Journal of Human Genetics.

20 Apr 2004

New information on genetic shuffling before egg or sperm formation rewrites genetic theory

Key decisions in the genetic shuffling that occurs before eggs or sperm are formed are made earlier than thought, rewriting textbook genetics, according to recent papers from researchers at UC Davis, Harvard University and UC San Diego.

16 Apr 2004

Scientists have taken a significant leap forward in understanding the complex ways that molecules work together in cells.

Although scientists already know a lot about single molecules, they know very little about how they are assembled into larger molecular complexes or "machines" and how these machines work together to create a complete, functioning cell. The problem is like trying to assemble a puzzle with billions of pieces– with only the shapes of some pieces to go on.

25 Mar 2004

Design of artificial prion may aid fight against mad cow disease

The culprit behind mad cow disease, a.k.a. bovine spongiform encephalopathy, is the most infamous mammalian form of prions. Prions are misfolded proteins that are capable of growing, replicating, and being passed on to daughter cells, that is, they are by themselves heritable. Beyond their disease manifestation, prions also occur naturally in some organisms (such as yeast) and may play important roles in their growth and development. Now, Osherovich and colleagues have identified the amino acid sequences that allow prions to aggregate and replicate, and thereby pass through generations of cells - and prove this by designing an artificial yeast prion that does not exist in nature.

23 Mar 2004

Yeast News and Research

Genetic breakthrough in tracing the cause of a rare kidney and liver disorder

Carbohydrate-binding proteins are becoming extremely useful in curing various illnesses

New techniques to search the yeast genome for genes that help keep copied chromosomes together

Researchers have discovered a genetic mutation associated with an inherited form of motor neuron disease

New information on genetic shuffling before egg or sperm formation rewrites genetic theory

Scientists have taken a significant leap forward in understanding the complex ways that molecules work together in cells.

Design of artificial prion may aid fight against mad cow disease

Achieving and maintaining ISO/IEC 27001 and BS 10012 certifications

Expanding research and clinical options for children with cancer

Examining how pain could play a direct protective role in the gut

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