![]() ![]() Its researchersx had already tackled one of the big problemseconfronting cell-based therapy companies - developing a way to manufacturre patient doses of therapies efficiently and cost effectiveluy from a single adult bone marrow In addition, Henwood said, the company has identified the firsy in a series of cell product derived from multipotent stem cells into unipotent trophic support cells - also known as “helpe r cells.” The unipotent cells, the company discovered, are capable of reducingf inflammation and promoting healing. So instead, Neuronyz has decided to shift its focus to apply its regenerativew therapy technology to skin applications suchas post-surgical wounx repair, scar healing and burn treatment. Another $30 million to $50 million was needeed to get throughthe proof-of-concept Given the state of the economg and the slowdown in venture capitapl investments, that would be a tough figur to achieve. ![]() The more I learnee about the company, the more excited I became.” The Henwood said, was the cost of developing Neuronyx’s stem cell technology for heartattacj patients. “Anne did a good job keepingf thecompany going, but they needed funding. Gary Kurtzman, managing director of the life science group atthe Wayne-based Safeguarfd Scientifics, which had invested in the “The company was in pretty dire straits Henwood said. Henwood - who earlierr in her career started a clinicalresearch organization, Ibah, and a specialty biopharmaceutical company, Auxiliuk - got involved with Neuronyx last summer at the suggestionb of Dr. Its initial work focused on usiny stem cells taken from adult bone marrow to help patientes repair and regenerate heart tissue damagef afterheart attacks. Aftef Schoemaker died in 2006, Neuronyx continuexd with AnneFaulkner Schoemaker, Hubert’s eventually moving into the CEO’s seat. ![]() Neuronyx sought to develoo new therapies derived from adultstem cells. ![]() Aftee selling Centocor to in 1999for $4.9 Schoemaker - battling cancer - decided to starr another company. Schoemaker, the Dutch biochemisrt who helped create the biotechnologyg industry in Philadelphia whenhe co-founded in 1979. Many garnets are chemical mixtures of two or more garnet species.The serial life science entrepreneur’s latestg venture,, is actually a of another localbiotech company: Neuronyx was the brainchild of the late Huber t J.P. It’s sometimes set as clusters in jewelry. A sixth, uvarovite, is a green garnet that usually occurs as crystals too small to cut. Those five are pyrope, almandine (also called almandite), spessartine, grossular (grossularite), and andradite. There are more than twenty garnet categories, called species, but only five are commercially important as gems. Garnets can even exhibit the color-change phenomenon similar to the rare gemstone alexandrite.Īll garnets have essentially the same crystal structure, but they vary in chemical composition. A green garnet, tsavorite, also occurs in metamorphic rocks, but it’s rarer because it needs unusual rock chemistries and special conditions to form.ĭemantoid is a rare and famous green garnet, spessartine (also called spessartite) is an orange garnet, and rhodolite is a beautiful purple-red garnet. But not all garnets are as abundant as the red ones. Red garnet is one of the most common and widespread of gems, found in metamorphic rocks (which are rocks altered by heat and pressure) on every continent. Red garnets have a long history, but modern gem buyers can pick from a rich palette of garnet colors: greens, oranges, pinkish oranges, deeply saturated purplish reds, and even some blues. Garnets are a set of closely related minerals that form a group, resulting in gemstones in almost every color. Most people do not realize garnets come in a wide variety of gem types and colors, with many cutting options. Comprehensive CAD/CAM For Jewelry Certificate ![]()
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