![Isabelle Dufresne](https://cdn.zonebourse.com/static/resize/768/576//static/images/insiders/unknown.png)
Active connections
Name | Gender | Age | Linked companies | Collaboration |
---|---|---|---|---|
Nicolas Tremblay | M | - |
Gestion Fonds InnovExport Commandité inc
![]() Gestion Fonds InnovExport Commandité inc Investment ManagersFinance Gestion Fonds InnovExport Commandité inc (Fonds Innovexport) is a venture capital firm founded in 2016. The firm is headquartered in Quebec, Canada. | 4 years |
Connections Chart
Multi-company connection
Former connections
Name | Gender | Age | Linked companies | Collaboration |
---|---|---|---|---|
Sylvain Chemtob | M | - |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | 8 years |
Mark E. Kaufmann | M | 56 |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | 5 years |
Christiane Quiniou | M | - |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | 8 years |
Bogdan Dziurzynski | M | 75 |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | - |
Christopher Henney | M | 83 |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | 3 years |
Jamie Stiff | M | - |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | 4 years |
Jean-Paul Castaigne | M | 79 |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | 7 years |
Ela Borenstein | F | - |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | 4 years |
Shawn Barney | M | - |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | - |
Carl Nicolino | M | - |
Allostera Pharma, Inc.
![]() Allostera Pharma, Inc. Medical DistributorsDistribution Services Allostera Pharma Inc. is a biopharmaceutical company that has developed an entirely new class of drugs, called Allosteramers™. Allosteramers™ have three main properties: 1) they are “allosteric”, meaning they do not bind to the same site as traditional drugs, potentially providing better safety, efficacy and an entirely new set of patentable intellectual properties, 2) they can have predictable and consistent drug properties, and 3) they are designed to be orally available. Using its Module X technology platform, Allostera has developed a pipeline of seven novel Allosteramers™ against different targets primarily focused on inflammation and autoimmunity including APG2305, a drug inhibiting the IL23 receptor, one of the most important targets in the autoimmune disease field. APG2305 has demonstrated oral activity in animal models of autoimmune diseases. | - |
Jean Simon cayer | M | - |
Gestion Fonds InnovExport Commandité inc
![]() Gestion Fonds InnovExport Commandité inc Investment ManagersFinance Gestion Fonds InnovExport Commandité inc (Fonds Innovexport) is a venture capital firm founded in 2016. The firm is headquartered in Quebec, Canada. | 4 years |
Luc Miville | M | - |
Gestion Fonds InnovExport Commandité inc
![]() Gestion Fonds InnovExport Commandité inc Investment ManagersFinance Gestion Fonds InnovExport Commandité inc (Fonds Innovexport) is a venture capital firm founded in 2016. The firm is headquartered in Quebec, Canada. | - |
Statistics
Country | Connections | % of total |
---|---|---|
Canada | 13 | 100.00% |
Age of Connections
Active
Past
Male
Female
Members of the board
Executives
Origin of connections
- Stock Market
- Insiders
- Isabelle Dufresne
- Personal Network