- Regulatory authority approves clinical trial for Glioma Actively Personalized Vaccine Consortium (GAPVAC)
- First centers to enroll glioblastoma patients opened in
- Heidelberg and Tuebingen
- European Union supports the initiative with a €6 million grant
TÜBINGEN, Germany I October 14, 2014 I immatics biotechnologies GmbH and BioNTech AG announce today that they are moving a novel concept of fully personalized therapeutic cancer vaccines, Glioma Actively Personalized VAccine Consortium (GAPVAC), into the clinic. The German national authority, the Paul-Ehrlich-Institute (PEI), has approved the start of a phase 1/2 study, GAPVAC-101, which applies for the first time the concept of treating glioblastoma patients based on drugs designed and manufactured for each patient individually according to specific characteristics of their tumor and immune system. The screening of first patients for the trial has commenced at the University Hospital of Heidelberg, Germany, and the University Hospital of Tuebingen, Germany. The complex manufacturing of the personalized vaccines will be performed by the GMP unit of the University of Tuebingen in close cooperation with the “GMP and Core Services platform” of the German Cancer Consortium (DKTK).
GAPVAC is the first EU-funded initiative aimed at clinically developing biomarker-guided actively personalized vaccines (APVACs) to treat patients with glioblastoma. Glioblastoma, an aggressive form of brain cancer with poor prognosis, has a high unmet need and the limited treatments available today have minimal effect on overall survival. The GAPVAC consortium includes 14 organizations in Europe and the United States and is led by immatics biotechnologies GmbH (Coordinator) and BioNTech AG (Vice Coordinator). The consortium is supported by a €6 million grant from the European Union Framework 7 (EU FP7) program.
The clinical trial will recruit up to 30 newly diagnosed glioblastoma patients for the phase 1/2 trial and aims to show that APVACs are well tolerated and induce a strong and specific response against cancer, as well as demonstrating the feasibility of this highly innovative approach. Glioblastoma patients will be immunized with two vaccines specifically prepared for each patient. The first vaccine will be a tailored selection of peptides chosen from a pre-manufactured warehouse supplied by consortium partner BCN Peptides (Barcelona) consisting of approx. 70 peptides based on the target profile of the individual cancer tissue and the ability of the individual’s immune system to induce a response to the selected targets. The second vaccine will be based on full next-generation sequencing (NGS)-based genetic analysis of the patient and will comprise peptides newly manufactured by consortium partner University of Tuebingen. The latter vaccine will largely target mutations occurring in the cancer but not in healthy tissue. Both actively personalized vaccines will be designed according to biomarker-guided procedures performed at immatics and BioNTech and will be administered in addition to standard chemotherapy after surgery and initial radio-chemotherapy are completed. The clinical trial is being accompanied by an extensive biomarker program involving the Association of Cancer Immunotherapy (CIMT), a non-profit organization dedicated to the advancement of cancer vaccines.
The clinical trial will be led by chief investigator Prof. Dr. Wolfgang Wick, University of Heidelberg, and co-led by Prof. Dr. Pierre-Yves Dietrich, University of Geneva, both internationally recognized experts in the treatment and immunology of brain cancer.
Prof. Dr. Wolfgang Wick, Chair of the Neurology Clinic at the University of Heidelberg, said: “The trial concept is exactly the right combination of exceptional science and a rigorous protocol for a disease for which over-simplified strategies have failed in the past. The scientific approach in this trial offers the chance for each involved patient to benefit clinically. In addition, we will learn a lot for future efforts in immunotherapy, bridging the precision of genomic medicine and immunotherapy.”
Dr. Harpreet Singh, Chief Scientific Officer of immatics and Coordinator of the GAPVAC consortium, said: “The start of the GAPVAC clinical trial – based on an entirely new, personalized approach to treating cancer – is the result of the innovative science and the dedication of the excellent consortium members. For the first time, we have translated the specific characteristics of each individual patient’s disease into a therapeutic drug candidate for further assessment in the clinic. The project members are driven by the real possibility of developing a truly personalized treatment for patients whose current options are extremely limited. I wish to thank everyone involved in GAPVAC and look forward to the first results from this exciting collaborative effort.”
Notes to editors:
About the project
GAPVAC was launched in 2013 designed to create, manufacture and develop actively personalized vaccines (APVACs) tailored to the individual characteristics of the patient’s tumor and immune system. It is based on combining latest state-of-the-art technologies, including next-generation sequencing (NGS), high-sensitivity mass spectrometry and innovative immunomonitoring approaches to generate an optimal therapy for the individual patient.
The consortium is supported by a €6 million grant from the European Union Framework 7 (EU FP7) program.
About the partners
immatics uses its unique antigen discovery engine XPRESIDENT® to generate a warehouse of tumor-associated peptides (TUMAPs) from which the most suitable for each patient will be selected based on transcriptomic and peptidomic analysis to create the first of two APVACs applied to the patient.
BioNTech uses its next-generation sequencing (NGS) expertise to identify immunogenic tumor mutations and to generate a blueprint for the personalized vaccine that will include patient-specific tumor mutated peptides to be confirmed with regard to their natural presentation by immatics through mass spectrometry. Previously, BioNTech has demonstrated that the integrated use of NGS for genome-wide mutation identification (the “mutanome”) followed by mutation-targeting vaccination is feasible and led to tumor control in pre-clinical models.
The APVAC “on-demand” manufacturing will be performed by the GMP unit at the Department of Immunology (led by Prof. Dr. Hans-Georg Rammensee and Prof. Dr. Stefan Stevanovic), University of Tuebingen. The peptide warehouse was manufactured by BCN Peptides in Spain, an enterprise focused on peptide synthesis for clinical use. In addition, ten academic partners from Europe and the US are part of the consortium to apply the APVACs to their patients as well as contributing to the project with their own research. These are: Eberhard Karls University Tuebingen (Germany), University Hospital Geneva (Switzerland), University Hospital Heidelberg (Germany), Herlev Hospital/ Rigshospitalet (Denmark), Leiden University Medical Centre (The Netherlands), University of California San Francisco (United States), University Southampton (UK), Technion (Israel) and Vall d’Hebron University Hospital (Spain).
The clinical trial is being accompanied by an extensive biomarker program led by the Association of Cancer Immunotherapy (CIMT), a non-profit organization dedicated to the advancement of cancer vaccines, and immatics to confirm the mechanism-of-action and to identify biomarker signature candidates predicting which patients are most likely to benefit from treatment with APVACs. CIMT will also act as the dissemination platform and will contribute to the biomarker program and regulatory approach through its working parties.
In 2013, the CIMT Regulatory Research Group outlined a regulatory pathway for actively personalized immunotherapies after discussions with the Innovation Task Force of the European Medicines Agency (EMA), the regulatory authority in Europe responsible for marketing approval of new drugs. The results were published by Britten et al., “The regulatory landscape for actively personalized cancer immunotherapies”, Nature Biotechnology, Vol. 31 (10), October 2013.
For more information about GAPVAC, visit the consortium website http://www.gapvac.eu.
About immatics
immatics biotechnologies GmbH is a clinical-stage biopharmaceutical company dedicated to the development of advanced immunotherapies that are active against cancer. immatics’ lead product, IMA901, is in a pivotal phase 3 study after completing a successful randomized phase 2 trial in renal cell carcinoma. immatics’ pipeline also includes IMA910 for treatment of advanced colorectal cancer, and IMA950, which has completed a phase 1 study in patients with glioma. immatics’ vaccines contain multiple tumor-associated peptides (TUMAPs) to maximize the chances of clinical success by increasing the number of targets on cancer cells that they address and are ‘drug-like’, i.e., fully synthetic, off-the-shelf, easily scalable, and stable.
immatics’ unique and world-leading technology platform XPRESIDENT® discovers novel relevant cancer antigens known to be expressed on tumor cells. These TUMAPs constitute the basis for developing therapeutic cancer vaccines and other immunotherapies including peptide-targeting compounds such as antibodies, soluble T-cell receptors and adoptive cellular therapies. In contrast to widely used existing in silico and indirect methods to identify peptide antigens, immatics’ TUMAPs are confirmed to be naturally expressed in primary cancer tissue.
immatics signed a cancer immunotherapy collaboration with Roche in November 2013 to research, develop and commercialize a number of new TUMAP-based cancer vaccine candidates and other immunotherapies, targeting primarily gastric, prostate and non-small cell lung cancer.
immatics is based in Tuebingen and Martinsried (Munich), Germany, and employs approx. 80 people (FTEs).
SOURCE: immatics biotechnologies
Post Views: 219
- Regulatory authority approves clinical trial for Glioma Actively Personalized Vaccine Consortium (GAPVAC)
- First centers to enroll glioblastoma patients opened in
- Heidelberg and Tuebingen
- European Union supports the initiative with a €6 million grant
TÜBINGEN, Germany I October 14, 2014 I immatics biotechnologies GmbH and BioNTech AG announce today that they are moving a novel concept of fully personalized therapeutic cancer vaccines, Glioma Actively Personalized VAccine Consortium (GAPVAC), into the clinic. The German national authority, the Paul-Ehrlich-Institute (PEI), has approved the start of a phase 1/2 study, GAPVAC-101, which applies for the first time the concept of treating glioblastoma patients based on drugs designed and manufactured for each patient individually according to specific characteristics of their tumor and immune system. The screening of first patients for the trial has commenced at the University Hospital of Heidelberg, Germany, and the University Hospital of Tuebingen, Germany. The complex manufacturing of the personalized vaccines will be performed by the GMP unit of the University of Tuebingen in close cooperation with the “GMP and Core Services platform” of the German Cancer Consortium (DKTK).
GAPVAC is the first EU-funded initiative aimed at clinically developing biomarker-guided actively personalized vaccines (APVACs) to treat patients with glioblastoma. Glioblastoma, an aggressive form of brain cancer with poor prognosis, has a high unmet need and the limited treatments available today have minimal effect on overall survival. The GAPVAC consortium includes 14 organizations in Europe and the United States and is led by immatics biotechnologies GmbH (Coordinator) and BioNTech AG (Vice Coordinator). The consortium is supported by a €6 million grant from the European Union Framework 7 (EU FP7) program.
The clinical trial will recruit up to 30 newly diagnosed glioblastoma patients for the phase 1/2 trial and aims to show that APVACs are well tolerated and induce a strong and specific response against cancer, as well as demonstrating the feasibility of this highly innovative approach. Glioblastoma patients will be immunized with two vaccines specifically prepared for each patient. The first vaccine will be a tailored selection of peptides chosen from a pre-manufactured warehouse supplied by consortium partner BCN Peptides (Barcelona) consisting of approx. 70 peptides based on the target profile of the individual cancer tissue and the ability of the individual’s immune system to induce a response to the selected targets. The second vaccine will be based on full next-generation sequencing (NGS)-based genetic analysis of the patient and will comprise peptides newly manufactured by consortium partner University of Tuebingen. The latter vaccine will largely target mutations occurring in the cancer but not in healthy tissue. Both actively personalized vaccines will be designed according to biomarker-guided procedures performed at immatics and BioNTech and will be administered in addition to standard chemotherapy after surgery and initial radio-chemotherapy are completed. The clinical trial is being accompanied by an extensive biomarker program involving the Association of Cancer Immunotherapy (CIMT), a non-profit organization dedicated to the advancement of cancer vaccines.
The clinical trial will be led by chief investigator Prof. Dr. Wolfgang Wick, University of Heidelberg, and co-led by Prof. Dr. Pierre-Yves Dietrich, University of Geneva, both internationally recognized experts in the treatment and immunology of brain cancer.
Prof. Dr. Wolfgang Wick, Chair of the Neurology Clinic at the University of Heidelberg, said: “The trial concept is exactly the right combination of exceptional science and a rigorous protocol for a disease for which over-simplified strategies have failed in the past. The scientific approach in this trial offers the chance for each involved patient to benefit clinically. In addition, we will learn a lot for future efforts in immunotherapy, bridging the precision of genomic medicine and immunotherapy.”
Dr. Harpreet Singh, Chief Scientific Officer of immatics and Coordinator of the GAPVAC consortium, said: “The start of the GAPVAC clinical trial – based on an entirely new, personalized approach to treating cancer – is the result of the innovative science and the dedication of the excellent consortium members. For the first time, we have translated the specific characteristics of each individual patient’s disease into a therapeutic drug candidate for further assessment in the clinic. The project members are driven by the real possibility of developing a truly personalized treatment for patients whose current options are extremely limited. I wish to thank everyone involved in GAPVAC and look forward to the first results from this exciting collaborative effort.”
Notes to editors:
About the project
GAPVAC was launched in 2013 designed to create, manufacture and develop actively personalized vaccines (APVACs) tailored to the individual characteristics of the patient’s tumor and immune system. It is based on combining latest state-of-the-art technologies, including next-generation sequencing (NGS), high-sensitivity mass spectrometry and innovative immunomonitoring approaches to generate an optimal therapy for the individual patient.
The consortium is supported by a €6 million grant from the European Union Framework 7 (EU FP7) program.
About the partners
immatics uses its unique antigen discovery engine XPRESIDENT® to generate a warehouse of tumor-associated peptides (TUMAPs) from which the most suitable for each patient will be selected based on transcriptomic and peptidomic analysis to create the first of two APVACs applied to the patient.
BioNTech uses its next-generation sequencing (NGS) expertise to identify immunogenic tumor mutations and to generate a blueprint for the personalized vaccine that will include patient-specific tumor mutated peptides to be confirmed with regard to their natural presentation by immatics through mass spectrometry. Previously, BioNTech has demonstrated that the integrated use of NGS for genome-wide mutation identification (the “mutanome”) followed by mutation-targeting vaccination is feasible and led to tumor control in pre-clinical models.
The APVAC “on-demand” manufacturing will be performed by the GMP unit at the Department of Immunology (led by Prof. Dr. Hans-Georg Rammensee and Prof. Dr. Stefan Stevanovic), University of Tuebingen. The peptide warehouse was manufactured by BCN Peptides in Spain, an enterprise focused on peptide synthesis for clinical use. In addition, ten academic partners from Europe and the US are part of the consortium to apply the APVACs to their patients as well as contributing to the project with their own research. These are: Eberhard Karls University Tuebingen (Germany), University Hospital Geneva (Switzerland), University Hospital Heidelberg (Germany), Herlev Hospital/ Rigshospitalet (Denmark), Leiden University Medical Centre (The Netherlands), University of California San Francisco (United States), University Southampton (UK), Technion (Israel) and Vall d’Hebron University Hospital (Spain).
The clinical trial is being accompanied by an extensive biomarker program led by the Association of Cancer Immunotherapy (CIMT), a non-profit organization dedicated to the advancement of cancer vaccines, and immatics to confirm the mechanism-of-action and to identify biomarker signature candidates predicting which patients are most likely to benefit from treatment with APVACs. CIMT will also act as the dissemination platform and will contribute to the biomarker program and regulatory approach through its working parties.
In 2013, the CIMT Regulatory Research Group outlined a regulatory pathway for actively personalized immunotherapies after discussions with the Innovation Task Force of the European Medicines Agency (EMA), the regulatory authority in Europe responsible for marketing approval of new drugs. The results were published by Britten et al., “The regulatory landscape for actively personalized cancer immunotherapies”, Nature Biotechnology, Vol. 31 (10), October 2013.
For more information about GAPVAC, visit the consortium website http://www.gapvac.eu.
About immatics
immatics biotechnologies GmbH is a clinical-stage biopharmaceutical company dedicated to the development of advanced immunotherapies that are active against cancer. immatics’ lead product, IMA901, is in a pivotal phase 3 study after completing a successful randomized phase 2 trial in renal cell carcinoma. immatics’ pipeline also includes IMA910 for treatment of advanced colorectal cancer, and IMA950, which has completed a phase 1 study in patients with glioma. immatics’ vaccines contain multiple tumor-associated peptides (TUMAPs) to maximize the chances of clinical success by increasing the number of targets on cancer cells that they address and are ‘drug-like’, i.e., fully synthetic, off-the-shelf, easily scalable, and stable.
immatics’ unique and world-leading technology platform XPRESIDENT® discovers novel relevant cancer antigens known to be expressed on tumor cells. These TUMAPs constitute the basis for developing therapeutic cancer vaccines and other immunotherapies including peptide-targeting compounds such as antibodies, soluble T-cell receptors and adoptive cellular therapies. In contrast to widely used existing in silico and indirect methods to identify peptide antigens, immatics’ TUMAPs are confirmed to be naturally expressed in primary cancer tissue.
immatics signed a cancer immunotherapy collaboration with Roche in November 2013 to research, develop and commercialize a number of new TUMAP-based cancer vaccine candidates and other immunotherapies, targeting primarily gastric, prostate and non-small cell lung cancer.
immatics is based in Tuebingen and Martinsried (Munich), Germany, and employs approx. 80 people (FTEs).
SOURCE: immatics biotechnologies
Post Views: 219
