and VirusDecoder BioMedicine Group as http://virusdecoder.com to identify their mediformula performance and efficacy. Meantime, for global healthcare industry development, we further found affiliated company as Den'quelle BioMedicine Group ( http://denquelle.com ) for outreach achievement of applied science of Systems Biology to overcome bottleneck and barrier of conventional medicine to disease solution. Please kindly further view: The Revealment of True Applied Science of Centurial Nobel Prize in Physiology & Medicine Chinese Cancer Hospital Alliance http://CancerHospital.cn & Chinese OncoTherapy Alliance http://OncoTherapy.cn

Human Systems Biology Group

US Biomedicine Research Group has dedicated itself to the research of human systems biology since 1980, aiming at providing a total solution to human healthcare problems. Simultaneously with interdisciplinary bioinformatics, we were to establish a research group for Activity of Biology & Cytopathology with a focus on releasing CytoDynamics (cellular dynamics). As of 2000, our commitment to life science has made it successful to bring human beings a total solution for tailored healthcare.

The approach and the application out of the result of our R&D can be understood from the perspective of biological system. It is worked at molecular level for pharmacophore findings and structure-based drug discovery, so as to develop Biological Medical Devices of molecular-based diagnostics and therapeutics. This approach is involved in conducting signaling pathways proteins , pharmacogenomics, pharmacokinetics, pharmacodynamics, hemodynamics, biorheology, and biodistribution studies in the early stage of drug development, in order to support rational design of dosing regimens for preclinical efficacy, toxicology studies, and clinical trials. It integrates the physiological and molecular understanding of the role of cellular processes and cytothesis during the maintenance of the state of health, and the treatment of diseases, respectively. As molecular medicine holds the promise of checking the progress of disease, regenerative medicine seeks to restore body function to normal physiology as far as possible.

The group has embedded bioscience together with bioengineering into the R&D milestone for four major programs: fundamental research, applied research, biopharmaceuticals, and group medicine. As of 2002, our commitment to life science has made it successful to bring human beings a total solution of tailored healthcare: it is tailored biopharmaceuticals that consists of BioMedical PolyPeptide GlycoProteins & botanical/herbal glycosides MediFormula as human biological response modifiers & rectifiers. Successful development of Life MediFormula involves achievement of GTP-binding proteins: regulatory proteins act as molecular switches and G-protein-couple receptors (GPCRS) are the largest group of cellular targets for conventional therapeutics.

The existence of Parity Non-Conservation and
Non-Cooperative Equilibrium in Human Biology

The approach of "Parity Non-Conservation" and "Non-Cooperative Equilibrium" has been existed in human biology indicating a non-conservative and non-cooperative binding-response behavior of human biological activity and processing. The theory "Parity Non-Conservation" (from Mr. Chen-Ning Yang and Mr. Tsung-Dao Lee who won the Nobel Prize Laureate in Physics 1957) is demonstrated in a famous experiment by Mrs. Chien-Shiung Wu to approve the theory for important discoveries regarding the elementary particles of atoms. The theory "Non-Cooperative Equilibrium" is approved in game theory the best response during sequential occurrence by Dr. John Fornes Nash Jr. who won the Nobel Prize Laureate 1994 in Economic Sciences.

For more than 20 years, we have used these approach as pathogenetic principle that leads to findings of symptoms and diseases entities over all random choices of biological activities and responses, of cytopathogenic latency and reaction through a specific link identified by the Group over all links of biological processes and networks. It is with such biological findings and identification as drivers to develop Global Group Medicine which performs molecular-based diagnostics and therapeutics to customers (patients), and to achieve total healthcare solution presented by Life MediFormula that acts as modifiers and rectifiers to human biological response.

Global Diagnostics and Therapeutics

After two decade's biological science research, Global Group Medicine has made bioinformatics into its diagnostics as an Assembler Collating BioPlatform where biosystems of disease symptoms and causes interact. Medical professionals of Global Group Medicine conduct diagnostics for patients via telemedicine with Personal Health Survey (PHS) as individual medical record to develop personal-tailored prescription from our tailored Biopharmaceuticals known as Life MediFormula.

Total Solution of Tailored HealthCare and Disease

Diseases do not occur without any underlying causes. To put it simply, diseases and symptoms are results of underlying causes. Causes may originate from biological activities and processes varied in different forms. Symptoms are expressions signaling to our bodies to defend them; however, complete recovery only will occur when underlying causes are identified and removed. Life MediFormula is the achievement of treating underlying causes to cure diseases completely, whereas chemical drugs treat only symptoms or alleviate pain temporarily. What worse made by chemical drugs to our bodies are side effect and drug resistance. Life MediFormula is biotechnology-derived alternative medicine as uniquely decodable code, which decodes diseases with no known side effect with biological efficacy and that has been studied and demonstrated.

Our mission is to create life-force values for customers by preserving customer's good state of health through our tailored biopharmaceuticals and group medicine services of disease symptom analysis and solution. We are committed to satisfying customers for their needs of health in particular, for poorly or unmet medical needs under the current healthcare system.