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Prion Infectivity Found In White And Brown Fat Tissues Of Mice

Researchers from the National Institutes of Health and the Scripps Research Institute have found novel prion infectivity in white and brown fat tissues of mice.

Testes stem cell can change into other body tissues, Stanford/UCSF study shows

STANFORD, Calif. — Scientists at the Stanford University School of Medicine and at UC-San Francisco have succeeded in isolating stem cells from human testes. The cells bear a striking resemblance to embryonic stem cells — they can differentiate into each of the three main types of tissues of the body — but the researchers caution against viewing them as one and the same.

Adult stem cell self-renews, repairs damaged tissues

'Ghajini', 'Chandni Chowk...' will change Bollywood mood: Pritish Nandy (Interview)

Testes stem cell can change into other body tissues

Science news and opinion for scientists in food safety, laboratory science, human genetics, biotechnology, drug discovery, spectroscopy and chromatography.

New Multi-layer Nanocoating Demonstrate High Integration Between Living Tissues and Implant

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Be Afraid

THE secrets to decoding Australia's top-order are scribbled on tissues, scrawled on coasters and written on top of utility bills. Technical flaws are highlighted. So, too, bowling strategies, field settings and other annotations. Viewed as a collective, they just might be the most important body of cricketing work produced in a decade. Finding them, though, might prove difficult.

Be Afraid - Steyn is back

THE secrets to decoding Australia's top-order are scribbled on tissues, scrawled on coasters and written on top of utility bills. Technical flaws are highlighted.

BioLife Solutions Granted European Biopreservation Patent

a leading developer and marketer of proprietary cGMP hypothermic storage and cryopreservation media products for cells, tissues, and organs, today announced that it has been granted a European patent for an application that includes claims related to protecting cells from injury and death caused by cold temperatures used in biopreservation. The patent titled, "Inclusion of Apoptotic Regulators in Solutions for Cell Storage at Low Temperature," was previously granted US patent protection.

BioLife Solutions gets European biopreservation patent

BioLife Solutions Inc, a leading developer and marketer of proprietary cGMP hypothermic storage and cryopreservation media products for cells, tissues, and organs, announced that it has been granted a European patent for an application that includes claims related to protecting cells from injury and death caused by cold temperatures used in biopreservation. The patent titled, "Inclusion of Apoptotic Regulators in Solutions for Cell Storage at Low Temperature," was previously granted US patent protection.

BioLife Solutions Granted European Biopreservation Patent

PRNewswire-FirstCall/ -- BioLife Solutions, Inc. (BLFS), a leading developer and marketer of proprietary cGMP hypothermic storage and cryopreservation media products for cells, tissues, and organs, today announced that it has been granted a European patent for an application that includes claims related to protecting cells from injury and death caused by cold temperatures used in biopreservation. The patent titled, "Inclusion of Apoptotic Regulators in Solutions for Cell Storage at Low Temperature," was previously granted US patent protection.

Hebrew University scientists reveal mechanism that triggers differentiation of embryo cells

Jerusalem, December 21, 2008 –The mechanism whereby embryonic cells stop being flexible and turn into more mature cells that can develop into specific tissues has been discovered by scientists at the Hebrew University of Jerusalem. The discovery has significant consequences towards furthering research that will eventually make possible medical cell replacement therapy based on the use of embryonic cells.

BioLife Solutions Granted European Biopreservation Patent

PRNewswire-FirstCall/ -- BioLife Solutions, Inc. (OTC Bulletin Board: BLFS), a leading developer and marketer of proprietary cGMP hypothermic storage and cryopreservation media products for cells, tissues, and organs, today announced that it has been granted a European patent for an application that includes claims related to protecting cells from injury and death caused by cold temperatures used in biopreservation. The patent titled, "Inclusion of Apoptotic Regulators in Solutions for Cell Storage at Low Temperature," was previously granted US patent protection.

BioLife Solutions Granted European Biopreservation Patent

BOTHELL, Wash., December 08, 2008 /PRNewswire-FirstCall/ -- BioLife Solutions, Inc. , a leading developer and marketer of proprietary cGMP hypothermic storage and cryopreservation media products for cells, tissues, and organs, today announced that it has been granted a European patent for an application that includes claims related to protecting cells from injury and death caused by cold temperatures used in biopreservation. The patent titled, "Inclusion of Apoptotic Regulators in Solutions for Cell Storage at Low Temperature," was previously granted US patent protection.

Kyoto Univ. team cultivates 2 more strains of embryonic stem cells

A Kyoto University research team has successfully cultivated two more strains of human embryo stem cells that have the potential to develop into various organs and tissues, the university said Friday.

BioLife Solutions Granted European Biopreservation Patent

BOTHELL, Wash., Dec. 8 /PRNewswire-FirstCall/ -- BioLife Solutions, Inc. (OTC Bulletin Board: BLFS - News), a leading developer and marketer of proprietary cGMP hypothermic storage and cryopreservation media products for cells, tissues, and organs, today announced that it has been granted a European patent for an application that includes claims related to protecting cells from injury and death caused by cold temperatures used in biopreservation. The patent titled, "Inclusion of Apoptotic Regulators in Solutions for Cell Storage at Low Temperature," was previously granted US patent protection.

Link Between 2 Aging Pathways In Mice Uncovered

Two previously identified pathways associated with aging in mice are connected, say researchers at the Stanford University School of Medicine. The finding reinforces what researchers have recently begun to suspect: that the age-related degeneration of tissues, organs and, yes, even facial skin with which we all struggle is an active, deliberate process rather than a gradual failure of tired cells.

Stanford researchers uncover link between 2 aging pathways in mice

STANFORD, Calif. — Two previously identified pathways associated with aging in mice are connected, say researchers at the Stanford University School of Medicine. The finding reinforces what researchers have recently begun to suspect: that the age-related degeneration of tissues, organs and, yes, even facial skin with which we all struggle is an active, deliberate process rather than a gradual failure of tired cells. Derailing or slowing this molecular betrayal, although still far in the future, may enable us to one day tack years onto our lives — or at least delay the appearance of that next wrinkle.

Novel Technique For Fluorescence Tomography Of Tumors In Living Animals

Fluorescent molecules – i.e. substances which can be stimulated to emit light – are extremely valuable tools in biological research and medical diagnosis. Fluorescence can be used for instance to analyze the regulation and expression of genes, to locate proteins in cells and tissues, to follow metabolic pathways and to study the location and migration of cells. Of particular importance is the combination of fluorescence imaging with novel techniques that allow tomographic three-dimensional visualization of objects in living organisms.

HU scientists discover gene mechanism that could lead to...

Two veteran Hebrew University-Hadassah Medical School researchers have accomplished the equivalent of turning omelets back into eggs by discovering the mechanism of differentiation, in which embryonic cells lose their flexibility and turn into more mature cells. The mechanism could be used to develop specific tissues and eventually to repair diseased organs.

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