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| (10/24/2007) |
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| Middle East: FutureMed Ltd. Saudi Arabia; October 2007 exclusive license agreement for HUCPVC technology and know-how for familial cord mesenchymal stem cell banking; commercial terms include; minimum annual royalties (other financial terms undisclosed). |
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| (6/21/2007) |
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| The perivascular tissue of the human umbilical cord contains a rich source of mesenchymal precursor cells, which we have called human umbilical cord perivascular cells. In fact, the perivascular niche has recently been shown to be the source of mesenchymal progenitors in many organs and bone marrow-derived multipotent mesenchymal stromal cells (BM-MSCs, also known as mesenchymal stem cells), are themselves considered perivascular in origin. |
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| (6/21/2007) |
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| To keep ahead of growth we are doubling the capacity of our high speed lines to accomodate our web and email hosting clients. Effective June 1st this is now live and has made an excellent improvement to our response times. |
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| (6/21/2007) |
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| A $20-million deal to license Canadian stem cell technology in the U.S., announced June 21, underscores the Toronto area's global leadership in stem cell research. |
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| (6/20/2007) |
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| Tissue resident progenitors that give rise to connective tissue have been isolated from a variety of tissues including bone marrow, fat, muscle, placenta, umbilical cord and foetal liver; are generally thought to be resident in the perivascular compartment in these tissues; and are commonly called "mesenchymal stem cells" (MSCs)... |
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| (6/29/2006) |
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| Umbilical cord tissue proves to be a rich source of stem cells with multi-potential use in tissue repair Jun 29/06 Harvesting and storing stem cells found in the umbilical cord will soon be available to the public with the launch of Tissue Regeneration Therapeutics (TRT), in collaboration with Create Cord Blood Bank (CCBB). |
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| (2/9/2005) |
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| University of Toronto researchers have discovered a treasure-trove of stem cells that could one day help repair broken limbs and ease bone marrow transplants. The source: a region of the umbilical cord that holds an abundant supply of connective-tissue stem cells — the basic building blocks for the body's bone, fat and ligament tissues. |
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