Riboxx And Tollys S.A.S Announce An Exclusive License Agreement For Treatment Of Toll-like 3 Positive Cancers
Radebeul, Germany and Lyon, France, February 4, 2016 / B3C newswire / -- RIBOXX PHARMACEUTICALS, a biotech company developing Toll-like-receptor (TLR) and RIG-I-like-Receptor (RLR) ligands, and TOLLYS SAS, a biotech company developing new therapeutic strategies in cancer, today announced that they have signed a license agreement that grants TOLLYS exclusive global development and commercialization rights to a new drug development program, which RIBOXX will refer to as APOXXIM®. Under the terms of the license agreement, TOLLYS will assume sole responsibility for global development and commercialization of APOXXIM® product candidate. Riboxx will be responsible for manufacturing and supply of APOXXIM® to TOLLYS.
APOXXIM® is a Toll-like Receptor 3 (TLR3)-ligand that eliminates cancer cells by activating the TLR3 pathway. APOXXIM® displays unique physico-chemical and biological properties, as well as optimal biodisponibility with increased stability to degradation in body fluids such as human plasma. APOXXIM® is manufactured with the unique patented cGMP TENPORA®-Process of Riboxx.
Jacques Rohayem, CEO and CSO of RIBOXX PHARMACEUTICALS declared: "We are very thrilled to start this collaboration with TOLLYS, a company with a very strong scientific expertise in cancer therapy. This collaboration expands the portfolio of Riboxx drug development programs such as RIBOXXIM®, RIBOXXOL® and QUADROXXIM®, mainly focusing on cancer immunotherapy."
Jacques-François Martin, President of TOLLYS declared: "TOLLYS is very pleased to start this collaboration towards the development of a new and unique therapeutic strategy in cancer. The potential of TLR3-Ligands such as APOXXIM® to treat cancer has been extensively studied in the past decades by scientists at TOLLYS, with a particular focus on TLR3-positive cancers".
About RIBOXX PHARMACEUTICALS
RIBOXX PHARMACEUTICALS is a biotech company developing proprietary Toll-like-receptor (TLR) ligands and RIG-I-like-Receptor (RLR) ligands for applications in cancer immunotherapy. RIBOXX IP portfolio includes 17 PCT patent families so far, with 8 PCT patents granted in EU and/or Japan.
About TOLLYS SAS
TOLLYS SAS is a biotech company developing drugs targeting TLR3-positive cancer cells. TOLLYS SAS has a strong expertise in the design and development of anti-cancer strategies through activation of TLR3-pathway.
APOXXIM® is a Toll-like Receptor 3 (TLR3)-ligand that eliminates cancer cells by activating the TLR3 pathway. APOXXIM® displays unique physico-chemical and biological properties, as well as optimal biodisponibility with increased stability to degradation in body fluids such as human plasma. APOXXIM® is manufactured with the unique patented cGMP TENPORA®-Process of Riboxx.
Jacques Rohayem, CEO and CSO of RIBOXX PHARMACEUTICALS declared: "We are very thrilled to start this collaboration with TOLLYS, a company with a very strong scientific expertise in cancer therapy. This collaboration expands the portfolio of Riboxx drug development programs such as RIBOXXIM®, RIBOXXOL® and QUADROXXIM®, mainly focusing on cancer immunotherapy."
Jacques-François Martin, President of TOLLYS declared: "TOLLYS is very pleased to start this collaboration towards the development of a new and unique therapeutic strategy in cancer. The potential of TLR3-Ligands such as APOXXIM® to treat cancer has been extensively studied in the past decades by scientists at TOLLYS, with a particular focus on TLR3-positive cancers".
About RIBOXX PHARMACEUTICALS
RIBOXX PHARMACEUTICALS is a biotech company developing proprietary Toll-like-receptor (TLR) ligands and RIG-I-like-Receptor (RLR) ligands for applications in cancer immunotherapy. RIBOXX IP portfolio includes 17 PCT patent families so far, with 8 PCT patents granted in EU and/or Japan.
About TOLLYS SAS
TOLLYS SAS is a biotech company developing drugs targeting TLR3-positive cancer cells. TOLLYS SAS has a strong expertise in the design and development of anti-cancer strategies through activation of TLR3-pathway.