Guest guest Posted August 25, 2005 Report Share Posted August 25, 2005 Tina Please look at this. It was taken from the " cache " , a snapshot taken by Google. The actual page is down. You will see the date is " March 2004 " . If you do a search for " Tempostatin " , you will find other pages coming up but they are dated " 2002 " . For some reason, this most recent page was pulled. Go figure. Maybe Tempostatin didn't work out as planned, and the company pulled it. Or maybe it worked out too well, and the company was given a huge offer to pull it which they couldn't refuse. Go figure. This consigns " Tempostatin " to the growing list of medical (not surgical) treatments borne out by clinical trials to fight degenerative disease that have been excitedly announced in the press and on the Net in recent years, only to mysteriously vanish into oblivion a few months or years after their initial announcement. 3040 Ridgewood Road NW Suite 224 Atlanta, GA 30327 (404) 352-1128 http://www.collgard.com Report Date: 3/16/2004 Primary Contact Dr. Bruce Bach (404) 352-1128 bach@... Metro Atlanta Chamber of Commerce Office of Biosciences 235 Young International Blvd. Atlanta, Georgia 30303 404-586-8443 bio@... www.AtlantaBioscience.com Stage Start-up. Collgard Biopharmaceuticals was founded in 1996. It is a privately held company that has been conducting clinical trials since 1998. Summary Collgard Biopharmaceuticals is a clinical-stage biotherapeutics company. The company is developing small-molecule drug treatments that target fibrosis and cancer by directly influencing the tissue repair process. Combining its understanding of the tissue repair mechanism with its drug development platform, Collgard is developing breakthrough therapies for the prevention and treatment of organ failure, bladder cancer, soft tissue cancers, and fibrosis. The company has current clinical programs in bladder cancer, dermal fibrosis, and restenosis. Need Addressed There are two major classes of diseases which Collgard's lead drug, Tempostatin, will address: fibrosis and cancer. Fibrosis: The end result of uncontrolled activation of the tissue repair system. When tissue repair cells are overstimulated by disease or damage, they fail to repair damage with normal tissue components. Instead, the repair cells generate a thickened and structurally simplified patch composed of excess amounts and layers of collagen, the structural proteins essential for the orderly assembly and maintenance of tissues and organs. Collgard's drug, Tempostatin, restores the feedback mechanisms that allow the orderly repair of damaged tissue, and by so doing, prevent the generation of fibrotic scars. Scar tissue is disorganized and does not provide the right framework for orderly cell structures. Organ function in the kidney, liver, and heart depends on the specific arrangement of cells with specialized functions. Scarring disrupts tissue architecture and prevents cells from working together properly. Over time, this can lead to organ failure. Currently there are no effective drugs that inhibit organ scarring or enable tissue regeneration after damage. Cancer: The current standard treatment for most cancers involves radiation, chemotherapy, and surgery. Current therapy is designed to kill cancer cells but has a negative effect on non-cancer cells. Collgard's Tempostatin attacks cancer in a novel way. In order to survive and proliferate, cancer cells depend on stromal cells (a family of connective tissue cells that have a hand in maintaining the functional integrity of tissues) to provide new matrix material and blood supply for the tumor's growth. Collgard's Tempostatin interferes with the interaction between tumor cells and stromal cells, depriving the cancer cells of the biological infrastructure they depend on to grow and invade. Some types of tumor cells, when exposed to Tempostatin, will undergo apoptosis or programmed cell death. Tempostatin's mode of action is to suppress or eliminate the ability of cancer cells to divide, migrate, and invade. Tempostatin has shown great promise in animal model studies of bladder cancer, sarcoma, melanoma, and glioma. In addition, Tempostatin can be applied to implanted medical devices. By applying Tempostatin to the surface of a device, it is possible to inhibit the body's fibrotic reaction to the device and thereby improve the function and useful lifetime of the device. The first application of Tempostatin in this area is to prevent restenosis, the re-narrowing of the arteries post-angioplasty or stent placement. Tempostatin can be applied to the stent surface and released slowly over time. This helps control the narrowing of blood vessels due to the vessel's response to injury. Restenosis is a localized form of tissue scarring. ----- Original Message ----- From: tina83862 gallstones Sent: Thursday, August 25, 2005 9:01 AM Subject: another thought http://www.activeherb.com/qingdan/ I am just throwing stuff out here to see if anyone has used some of these products. so if you guys had any luck with anything let me know---tina Quote Link to comment Share on other sites More sharing options...
Guest guest Posted August 25, 2005 Report Share Posted August 25, 2005 > Tina > Please look at this. It was taken from the " cache " , a snapshot taken by Google. > The actual page is down. You will see the date is " March 2004 " . If you do a > search for " Tempostatin " , you will find other pages coming up but they are > dated " 2002 " . For some reason, this most recent page was pulled. Go figure. > Maybe Tempostatin didn't work out as planned, and the company pulled it. > Or maybe it worked out too well, and the company was given a huge offer to > pull it which they couldn't refuse. Go figure. > > This consigns " Tempostatin " to the growing list of medical (not surgical) treatments > borne out by clinical trials to fight degenerative disease that have been excitedly > announced in the press and on the Net in recent years, only to mysteriously vanish > into oblivion a few months or years after their initial announcement. > > > 3040 Ridgewood Road NW > Suite 224 > Atlanta, GA 30327 > (404) 352-1128 > http://www.collgard.com > Report Date: 3/16/2004 > > Primary Contact > > Dr. Bruce Bach > (404) 352-1128 > bach@c... > > Metro Atlanta Chamber of Commerce > > Office of Biosciences > 235 Young International Blvd. > Atlanta, Georgia 30303 > 404-586-8443 > bio@m... > www.AtlantaBioscience.com > > Stage > > Start-up. Collgard Biopharmaceuticals was founded in 1996. It is a privately held company that has been conducting clinical trials since 1998. > > Summary > > Collgard Biopharmaceuticals is a clinical-stage biotherapeutics company. The company is developing small-molecule drug treatments that target fibrosis and cancer by directly influencing the tissue repair process. Combining its understanding of the tissue repair mechanism with its drug development platform, Collgard is developing breakthrough therapies for the prevention and treatment of organ failure, bladder cancer, soft tissue cancers, and fibrosis. The company has current clinical programs in bladder cancer, dermal fibrosis, and restenosis. > > Need Addressed > > There are two major classes of diseases which Collgard's lead drug, Tempostatin, will address: fibrosis and cancer. Fibrosis: The end result of uncontrolled activation of the tissue repair system. When tissue repair cells are overstimulated by disease or damage, they fail to repair damage with normal tissue components. Instead, the repair cells generate a thickened and structurally simplified patch composed of excess amounts and layers of collagen, the structural proteins essential for the orderly assembly and maintenance of tissues and organs. Collgard's drug, Tempostatin, restores the feedback mechanisms that allow the orderly repair of damaged tissue, and by so doing, prevent the generation of fibrotic scars. Scar tissue is disorganized and does not provide the right framework for orderly cell structures. Organ function in the kidney, liver, and heart depends on the specific arrangement of cells with specialized functions. Scarring disrupts tissue architecture and prevents cells from working together properly. Over time, this can lead to organ failure. Currently there are no effective drugs that inhibit organ scarring or enable tissue regeneration after damage. > > Cancer: The current standard treatment for most cancers involves radiation, chemotherapy, and surgery. Current therapy is designed to kill cancer cells but has a negative effect on non-cancer cells. Collgard's Tempostatin attacks cancer in a novel way. In order to survive and proliferate, cancer cells depend on stromal cells (a family of connective tissue cells that have a hand in maintaining the functional integrity of tissues) to provide new matrix material and blood supply for the tumor's growth. Collgard's Tempostatin interferes with the interaction between tumor cells and stromal cells, depriving the cancer cells of the biological infrastructure they depend on to grow and invade. Some types of tumor cells, when exposed to Tempostatin, will undergo apoptosis or programmed cell death. Tempostatin's mode of action is to suppress or eliminate the ability of cancer cells to divide, migrate, and invade. Tempostatin has shown great promise in animal model studies of bladder cancer, sarcoma, melanoma, and glioma. > > In addition, Tempostatin can be applied to implanted medical devices. By applying Tempostatin to the surface of a device, it is possible to inhibit the body's fibrotic reaction to the device and thereby improve the function and useful lifetime of the device. The first application of Tempostatin in this area is to prevent restenosis, the re-narrowing of the arteries post-angioplasty or stent placement. Tempostatin can be applied to the stent surface and released slowly over time. This helps control the narrowing of blood vessels due to the vessel's response to injury. Restenosis is a localized form of tissue scarring. > > > > ----- Original Message ----- > From: tina83862 > gallstones > Sent: Thursday, August 25, 2005 9:01 AM > Subject: another thought > > > http://www.activeherb.com/qingdan/ > > I am just throwing stuff out here to see if anyone has used some of > these products. > > so if you guys had any luck with anything let me know---tina > > > > > > > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted August 25, 2005 Report Share Posted August 25, 2005 > Tina > Please look at this. It was taken from the " cache " , a snapshot taken by Google. > The actual page is down. You will see the date is " March 2004 " . If you do a > search for " Tempostatin " , you will find other pages coming up but they are > dated " 2002 " . For some reason, this most recent page was pulled. Go figure. > Maybe Tempostatin didn't work out as planned, and the company pulled it. > Or maybe it worked out too well, and the company was given a huge offer to > pull it which they couldn't refuse. Go figure. > > This consigns " Tempostatin " to the growing list of medical (not surgical) treatments > borne out by clinical trials to fight degenerative disease that have been excitedly > announced in the press and on the Net in recent years, only to mysteriously vanish > into oblivion a few months or years after their initial announcement. > > > 3040 Ridgewood Road NW > Suite 224 > Atlanta, GA 30327 > (404) 352-1128 > http://www.collgard.com > Report Date: 3/16/2004 > > Primary Contact > > Dr. Bruce Bach > (404) 352-1128 > bach@c... > > Metro Atlanta Chamber of Commerce > > Office of Biosciences > 235 Young International Blvd. > Atlanta, Georgia 30303 > 404-586-8443 > bio@m... > www.AtlantaBioscience.com > > Stage > > Start-up. Collgard Biopharmaceuticals was founded in 1996. It is a privately held company that has been conducting clinical trials since 1998. > > Summary > > Collgard Biopharmaceuticals is a clinical-stage biotherapeutics company. The company is developing small-molecule drug treatments that target fibrosis and cancer by directly influencing the tissue repair process. Combining its understanding of the tissue repair mechanism with its drug development platform, Collgard is developing breakthrough therapies for the prevention and treatment of organ failure, bladder cancer, soft tissue cancers, and fibrosis. The company has current clinical programs in bladder cancer, dermal fibrosis, and restenosis. > > Need Addressed > > There are two major classes of diseases which Collgard's lead drug, Tempostatin, will address: fibrosis and cancer. Fibrosis: The end result of uncontrolled activation of the tissue repair system. When tissue repair cells are overstimulated by disease or damage, they fail to repair damage with normal tissue components. Instead, the repair cells generate a thickened and structurally simplified patch composed of excess amounts and layers of collagen, the structural proteins essential for the orderly assembly and maintenance of tissues and organs. Collgard's drug, Tempostatin, restores the feedback mechanisms that allow the orderly repair of damaged tissue, and by so doing, prevent the generation of fibrotic scars. Scar tissue is disorganized and does not provide the right framework for orderly cell structures. Organ function in the kidney, liver, and heart depends on the specific arrangement of cells with specialized functions. Scarring disrupts tissue architecture and prevents cells from working together properly. Over time, this can lead to organ failure. Currently there are no effective drugs that inhibit organ scarring or enable tissue regeneration after damage. > > Cancer: The current standard treatment for most cancers involves radiation, chemotherapy, and surgery. Current therapy is designed to kill cancer cells but has a negative effect on non-cancer cells. Collgard's Tempostatin attacks cancer in a novel way. In order to survive and proliferate, cancer cells depend on stromal cells (a family of connective tissue cells that have a hand in maintaining the functional integrity of tissues) to provide new matrix material and blood supply for the tumor's growth. Collgard's Tempostatin interferes with the interaction between tumor cells and stromal cells, depriving the cancer cells of the biological infrastructure they depend on to grow and invade. Some types of tumor cells, when exposed to Tempostatin, will undergo apoptosis or programmed cell death. Tempostatin's mode of action is to suppress or eliminate the ability of cancer cells to divide, migrate, and invade. Tempostatin has shown great promise in animal model studies of bladder cancer, sarcoma, melanoma, and glioma. > > In addition, Tempostatin can be applied to implanted medical devices. By applying Tempostatin to the surface of a device, it is possible to inhibit the body's fibrotic reaction to the device and thereby improve the function and useful lifetime of the device. The first application of Tempostatin in this area is to prevent restenosis, the re-narrowing of the arteries post-angioplasty or stent placement. Tempostatin can be applied to the stent surface and released slowly over time. This helps control the narrowing of blood vessels due to the vessel's response to injury. Restenosis is a localized form of tissue scarring. > > > > ----- Original Message ----- > From: tina83862 > gallstones > Sent: Thursday, August 25, 2005 9:01 AM > Subject: another thought > > > http://www.activeherb.com/qingdan/ > > I am just throwing stuff out here to see if anyone has used some of > these products. > > so if you guys had any luck with anything let me know---tina > > > > > > > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted August 25, 2005 Report Share Posted August 25, 2005 nothing surprises me in the medical field--it's always all about money-- thanks for the info I also forwarded it to hubby who actually designed stents for many many years---and still does. > > Tina > > Please look at this. It was taken from the " cache " , a > snapshot taken by Google. > > The actual page is down. You will see the date is " March > 2004 " . If you do a > > search for " Tempostatin " , you will find other pages coming up > but they are > > dated " 2002 " . For some reason, this most recent page was > pulled. Go figure. > > Maybe Tempostatin didn't work out as planned, and the company > pulled it. > > Or maybe it worked out too well, and the company was given a > huge offer to > > pull it which they couldn't refuse. Go figure. > > > > This consigns " Tempostatin " to the growing list of medical > (not surgical) treatments > > borne out by clinical trials to fight degenerative disease > that have been excitedly > > announced in the press and on the Net in recent years, only > to mysteriously vanish > > into oblivion a few months or years after their initial > announcement. > > > > > > 3040 Ridgewood Road NW > > Suite 224 > > Atlanta, GA 30327 > > (404) 352-1128 > > http://www.collgard.com > > Report Date: 3/16/2004 > > > > Primary Contact > > > > Dr. Bruce Bach > > (404) 352-1128 > > bach@c... > > > > Metro Atlanta Chamber of Commerce > > > > Office of Biosciences > > 235 Young International Blvd. > > Atlanta, Georgia 30303 > > 404-586-8443 > > bio@m... > > www.AtlantaBioscience.com > > > > Stage > > > > Start-up. Collgard Biopharmaceuticals was founded > in 1996. It is a privately held company that has been conducting > clinical trials since 1998. > > > > Summary > > > > Collgard Biopharmaceuticals is a clinical-stage > biotherapeutics company. The company is developing small-molecule > drug treatments that target fibrosis and cancer by directly > influencing the tissue repair process. Combining its understanding of > the tissue repair mechanism with its drug development platform, > Collgard is developing breakthrough therapies for the prevention and > treatment of organ failure, bladder cancer, soft tissue cancers, and > fibrosis. The company has current clinical programs in bladder > cancer, dermal fibrosis, and restenosis. > > > > Need Addressed > > > > There are two major classes of diseases which > Collgard's lead drug, Tempostatin, will address: fibrosis and cancer. > Fibrosis: The end result of uncontrolled activation of the tissue > repair system. When tissue repair cells are overstimulated by disease > or damage, they fail to repair damage with normal tissue components. > Instead, the repair cells generate a thickened and structurally > simplified patch composed of excess amounts and layers of collagen, > the structural proteins essential for the orderly assembly and > maintenance of tissues and organs. Collgard's drug, Tempostatin, > restores the feedback mechanisms that allow the orderly repair of > damaged tissue, and by so doing, prevent the generation of fibrotic > scars. Scar tissue is disorganized and does not provide the right > framework for orderly cell structures. Organ function in the kidney, > liver, and heart depends on the specific arrangement of cells with > specialized functions. Scarring disrupts tissue architecture and > prevents cells from working together properly. Over time, this can > lead to organ failure. Currently there are no effective drugs that > inhibit organ scarring or enable tissue regeneration after damage. > > > > Cancer: The current standard treatment for most > cancers involves radiation, chemotherapy, and surgery. Current > therapy is designed to kill cancer cells but has a negative effect on > non-cancer cells. Collgard's Tempostatin attacks cancer in a novel > way. In order to survive and proliferate, cancer cells depend on > stromal cells (a family of connective tissue cells that have a hand > in maintaining the functional integrity of tissues) to provide new > matrix material and blood supply for the tumor's growth. Collgard's > Tempostatin interferes with the interaction between tumor cells and > stromal cells, depriving the cancer cells of the biological > infrastructure they depend on to grow and invade. Some types of tumor > cells, when exposed to Tempostatin, will undergo apoptosis or > programmed cell death. Tempostatin's mode of action is to suppress or > eliminate the ability of cancer cells to divide, migrate, and invade. > Tempostatin has shown great promise in animal model studies of > bladder cancer, sarcoma, melanoma, and glioma. > > > > In addition, Tempostatin can be applied to > implanted medical devices. By applying Tempostatin to the surface of > a device, it is possible to inhibit the body's fibrotic reaction to > the device and thereby improve the function and useful lifetime of > the device. The first application of Tempostatin in this area is to > prevent restenosis, the re-narrowing of the arteries post- angioplasty > or stent placement. Tempostatin can be applied to the stent surface > and released slowly over time. This helps control the narrowing of > blood vessels due to the vessel's response to injury. Restenosis is a > localized form of tissue scarring. > > > > > > > > ----- Original Message ----- > > From: tina83862 > > gallstones > > Sent: Thursday, August 25, 2005 9:01 AM > > Subject: another thought > > > > > > http://www.activeherb.com/qingdan/ > > > > I am just throwing stuff out here to see if anyone has used some > of > > these products. > > > > so if you guys had any luck with anything let me know---tina > > > > > > > > > > > > > > Quote Link to comment Share on other sites More sharing options...
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