Mammalian Cells News and Research

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CSL Behring study shows extended half-life recombinant VIIa leads to longer biologic activity

CSL Behring today presented results of a pre-clinical study that not only demonstrates the feasibility of genetically fusing factor VIIa to human albumin, but that this therapeutic protein with a prolonged half-life can lead to a longer biologic effect.

3 Jun 2008

Biopharmaceutical manufacturing capacity to increase 66% in Europe by 2012, sccording to new report

Production capacity for biopharmaceutical manufacturing will expand an average of 46% over the next five years for mammalian production systems, according to a new report by BioPlan Associates.

2 Jun 2008

Self-assembled viruses

Viruses are true experts at importing genetic material into the cells of an infected organism. This trait is now being exploited for gene therapy, in which genes are brought into the cells of a patient to treat genetic diseases or genetic defects. Korean researchers have now made an artificial virus. As described in the journal Angewandte Chemie, they have been able to use it to transport both genes and drugs into the interior of cancer cells.

30 May 2008

Yerkes researchers develop first transgenic nonhuman primate model of Huntington's disease

In the first study of its kind, researchers at the Yerkes National Primate Research Center, Emory University, in collaboration with researchers from the Department of Human Genetics at Emory's School of Medicine, have developed the first transgenic nonhuman primate model of Huntington's disease (HD), one of the most devastating human neurodegenerative diseases.

22 May 2008

Genetic tag team orchestrates the cell cycle

By surveying the activity of thousands of genes at several different time points, researchers at the Duke Institute for Genome Sciences & Policy have uncovered new evidence that a network of influential genes act as a kind of genetic tag team to orchestrate one of the most fundamental aspects of all life: the cell cycle.

7 May 2008

AMPK signaling helps explain how cell growth is inhibited when nutrients are low

A team of scientists at the Salk Institute for Biological Studies think they know how many-if not most-living organisms answer this question. They recently showed that when food supplies dwindle, mammals, fruitflies, or frogs probably activate the same ancient cell signaling pathway in order to conserve energy.

24 Apr 2008