Alison O'Neill
Geen lopende functies
Momenteel actieve connecties
Naam | Geslacht | Leeftijd | Verwante bedrijven | Samenwerking |
---|---|---|---|---|
Chhaya Shah | F | 60 | 6 jaar | |
Bruce Mitlak | M | - | 8 jaar | |
Lauren Harshman | F | - | 3 jaar |
Relatiegrafiek
Connectie in verschillende bedrijven
Oude connecties
Naam | Geslacht | Leeftijd | Verwante bedrijven | Samenwerking |
---|---|---|---|---|
J. Goater | M | 48 | 6 jaar | |
Dave Grayzel | M | 56 | 9 jaar | |
Daniel Dolan | M | 47 | 4 jaar | |
Jose Carmona | M | 51 | 3 jaar | |
Brian Harvey | M | 63 | 11 jaar | |
Jesper Høiland | M | 63 | 3 jaar | |
Robert E. Ward | M | 66 | 4 jaar | |
Jessica Fees | F | 52 | 8 jaar | |
Averi Price | F | - | 6 jaar | |
Denice Torres | F | 64 | 2 jaar | |
Laurie Stelzer | F | 56 | 5 jaar | |
David Scadden | M | 71 |
Massachusetts General Hospital Cancer Center
Massachusetts General Hospital Cancer Center Hospital/Nursing ManagementHealth Services Massachusetts General Hospital Cancer Center operates as cancer treatment center. The company was founded by John Warren in 1811 and is headquartered in Boston, MA. | - |
Cameron McDonough | M | 53 | 4 jaar | |
Robert Radie | M | 60 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 2 jaar |
Armen Shanafelt | M | 64 | 9 jaar | |
Elhan Webb | F | - | - | |
Charles Sigal | M | 72 | 5 jaar | |
Ramy Ibrahim | M | 49 | 4 jaar | |
Alan Auerbach | M | 54 | 6 jaar | |
Theresa R. Boni | F | 56 | - | |
Ansbert Gadicke | M | 66 | 6 jaar | |
Daniel Lynch | M | 65 | 5 jaar | |
E. Michael Egan | M | 70 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 6 jaar |
Benjamin Hickey | M | 50 | 2 jaar | |
Joey D. Shelton | M | - |
The University of Alabama
| 5 jaar |
Nicholas C. Nicolaides | M | 58 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | - |
Peter L. Slavin | M | 66 |
Massachusetts General Hospital Cancer Center
Massachusetts General Hospital Cancer Center Hospital/Nursing ManagementHealth Services Massachusetts General Hospital Cancer Center operates as cancer treatment center. The company was founded by John Warren in 1811 and is headquartered in Boston, MA. | 18 jaar |
Matthew William Rodrigue | M | - |
The University of Alabama
| 4 jaar |
Zach Ivey | M | - |
The University of Alabama
| 2 jaar |
Sean Kouplen | M | - |
The University of Alabama
| 4 jaar |
Kate Hermans | F | 56 | 1 jaar | |
Joseph Kelly | M | 55 | 3 jaar | |
Alice Lin Pomponio | F | - | 2 jaar | |
Richard James Randolph | M | - |
The University of Alabama
| 4 jaar |
David P. Snow | M | 62 | 2 jaar | |
Ken Coyle | M | - | - | |
Wynetka Ann Reynolds | M | 86 |
The University of Alabama
| 5 jaar |
Amanda Mott | F | - | - | |
Michael Alfieri | M | 59 | 1 jaar | |
David Hanley | M | 54 | 4 jaar | |
Carsten Brunn | M | 53 | 1 jaar | |
David Konciak | M | - | 2 jaar | |
Wendy Dwyer | F | 50 | - | |
Birch G. Wright | M | - |
The University of Alabama
| 1 jaar |
Chandra Adams | F | - | 2 jaar | |
J Caleb Adair | M | - |
The University of Alabama
| 4 jaar |
Brock Ballard | M | 47 |
The University of Alabama
| 4 jaar |
Li Qiao | M | - |
The University of Alabama
| 3 jaar |
Zarinah Shahid | F | - |
The University of Alabama
| 4 jaar |
Deepa Desai | M | - | 3 jaar | |
Phillip Hastings | M | - |
The University of Alabama
| 4 jaar |
Lorraine A. Fitzpatrick | M | 69 | 3 jaar | |
Andrew A. Sorensen | M | 83 |
The University of Alabama
| 6 jaar |
Hans Mueller | M | 83 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | - |
Douglas B. Jacoby | M | - |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 6 jaar |
Lyle A. Hohnke | M | 80 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | - |
Curt LaBelle | M | 53 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | - |
David Alan Yuro | M | 65 |
The University of Alabama
| 2 jaar |
Diana M. Hablitz | F | - |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 11 jaar |
Carol Z. Garrison | M | - |
The University of Alabama
| - |
Vito Palombella | M | 61 | 7 jaar | |
Abdellah Sentissi | M | 74 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 6 jaar |
Hubert Birner | M | 57 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 3 jaar |
Jonathan B. Lloyd Jones | M | 63 |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 4 jaar |
Amy E. Bock | F | - |
TransMolecular, Inc.
TransMolecular, Inc. BiotechnologyHealth Technology TransMolecular is an oncology-focused biotechnology company committed to developing novel proprietary drugs to diagnose and treat human diseases using a novel tumor targeting platform called TM601. Their development program to date has explored the therapeutic use of TM601 in cancer and neovascular diseases of the eye, and their lead candidate, TM601 conjugated to the radioactive isotope 131I, has a Special Protocol Agreement (SPA) with the FDA for a pivotal, Phase 3 trial in newly diagnosed glioblastoma multiforme (glioma). TM601 has unique properties of highly specific tumor cell binding and internalization while not affecting normal cells, targeting both primary disease sites and metastases. The interaction of TM601 with a specific protein known to be over-expressed on the surface of tumor cells and vascular endothelium is implicated in these tumor-specific binding properties. Conjugated to an anti-cancer radioactive isotope, TM601 has been successful in human and animal models in demonstrating selective targeting and uptake in a number of different tumor types, and in tumor locations within the central nervous system (CNS) and peripherally. Expanded research confirms that TM601 can deliver a variety of conjugates, creating potential for development of a wide array of anti-cancer therapies. In addition to the tumor targeting capability of TM601, a number of studies have also revealed that TM0601 exerts robust anti-angiogenic effects on vessels associated with neovascular disease. Pursuing this anti-angiogenic potential further, They have also determined the utility of TM601 in animal ophthalmic models. The company is leveraging its platform in strategic collaborations with partners seeking to expand product pipelines, extend product life-cycles for existing anti-tumor compounds, or optimize therapeutic activity of marginally effective or restrictively toxic drugs. | 6 jaar |
Danny J. Bourgeois | M | - |
The University of Alabama
| 4 jaar |
David Ostler | M | - |
OptumInsight, Inc.
OptumInsight, Inc. Information Technology ServicesTechnology Services OptumInsight, Inc. provides healthcare information technology and consulting services. It offers technology services, information, analytics, business services and consulting to help solve the most important problems clients face across the health system. The firm provides solutions for physicians, hospitals, life sciences companies, government agencies and other organizations that comprise the health care system. The company is headquartered in St. Paul, MN. | - |
Dinesh Purandare | M | 60 | 2 jaar | |
Brent Reilly | M | - |
The University of Alabama
| 2 jaar |
Kimi Comiskey | F | - |
The University of Alabama
| 4 jaar |
Jessica M. Waldrop | F | - |
The University of Alabama
| 4 jaar |
Phillip Dyas Graf | M | - |
The University of Alabama
| 4 jaar |
Lori McDougal | F | 62 |
OptumInsight, Inc.
OptumInsight, Inc. Information Technology ServicesTechnology Services OptumInsight, Inc. provides healthcare information technology and consulting services. It offers technology services, information, analytics, business services and consulting to help solve the most important problems clients face across the health system. The firm provides solutions for physicians, hospitals, life sciences companies, government agencies and other organizations that comprise the health care system. The company is headquartered in St. Paul, MN. | 2 jaar |
Beth A. McSorley | F | - |
The University of Alabama
| 1 jaar |
Brad W. Dunning | M | - |
The University of Alabama
| 4 jaar |
Joseph David Stutz | M | 52 |
The University of Alabama
| 3 jaar |
Henry Rath | M | 53 | 2 jaar | |
Ron E. Reed | M | - |
The University of Alabama
| 1 jaar |
Michael Joseph Hudock | M | - |
The University of Alabama
| 4 jaar |
Devon Laney | M | - |
The University of Alabama
| 4 jaar |
Gregory C. Williams | M | 65 | 4 jaar | |
J. Wesley Legg | M | - |
The University of Alabama
| 3 jaar |
Judson Taylor | M | - | 4 jaar |
Statistieken
Land | Connecties | % van het totaal |
---|---|---|
Verenigde Staten | 86 | 100.00% |
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