András Guttman

Biosystems International is a biotechnology company engaged in protein biomarker R&D using a unique and proprietary monoclonal antibody based proteomics technology (mAb proteomics), leading to the development of: Novel blood-based diagnostics for cancer and chronic diseases through the use of its innovative mAb proteomics approach, BSI is poised to translate its discoveries into novel blood-based diagnostics products for the early detection of cancer, a number of chronic diseases, and cancer recurrence with its most advanced program in the area of lung cancer currently under development.

Biosystems International is a biotechnology company engaged in protein biomarker R&D using a unique and proprietary monoclonal antibody based proteomics technology (mAb proteomics), leading to the development of: Novel blood-based diagnostics for cancer and chronic diseases through the use of its innovative mAb proteomics approach, BSI is poised to translate its discoveries into novel blood-based diagnostics products for the early detection of cancer, a number of chronic diseases, and cancer recurrence with its most advanced program in the area of lung cancer currently under development.

Biosystems International is a biotechnology company engaged in protein biomarker R&D using a unique and proprietary monoclonal antibody based proteomics technology (mAb proteomics), leading to the development of: Novel blood-based diagnostics for cancer and chronic diseases through the use of its innovative mAb proteomics approach, BSI is poised to translate its discoveries into novel blood-based diagnostics products for the early detection of cancer, a number of chronic diseases, and cancer recurrence with its most advanced program in the area of lung cancer currently under development.

Biosystems International is a biotechnology company engaged in protein biomarker R&D using a unique and proprietary monoclonal antibody based proteomics technology (mAb proteomics), leading to the development of: Novel blood-based diagnostics for cancer and chronic diseases through the use of its innovative mAb proteomics approach, BSI is poised to translate its discoveries into novel blood-based diagnostics products for the early detection of cancer, a number of chronic diseases, and cancer recurrence with its most advanced program in the area of lung cancer currently under development.

Biosystems International is a biotechnology company engaged in protein biomarker R&D using a unique and proprietary monoclonal antibody based proteomics technology (mAb proteomics), leading to the development of: Novel blood-based diagnostics for cancer and chronic diseases through the use of its innovative mAb proteomics approach, BSI is poised to translate its discoveries into novel blood-based diagnostics products for the early detection of cancer, a number of chronic diseases, and cancer recurrence with its most advanced program in the area of lung cancer currently under development.

Biosystems International is a biotechnology company engaged in protein biomarker R&D using a unique and proprietary monoclonal antibody based proteomics technology (mAb proteomics), leading to the development of: Novel blood-based diagnostics for cancer and chronic diseases through the use of its innovative mAb proteomics approach, BSI is poised to translate its discoveries into novel blood-based diagnostics products for the early detection of cancer, a number of chronic diseases, and cancer recurrence with its most advanced program in the area of lung cancer currently under development.

Biosystems International is a biotechnology company engaged in protein biomarker R&D using a unique and proprietary monoclonal antibody based proteomics technology (mAb proteomics), leading to the development of: Novel blood-based diagnostics for cancer and chronic diseases through the use of its innovative mAb proteomics approach, BSI is poised to translate its discoveries into novel blood-based diagnostics products for the early detection of cancer, a number of chronic diseases, and cancer recurrence with its most advanced program in the area of lung cancer currently under development.