Advances in Biomedical Research: A Commentary
Journal Title: Biomedical Journal of Scientific & Technical Research (BJSTR) - Year 2017, Vol 1, Issue 4
Abstract
Biomedical research is now a field not only opens to the gathering of medical data on diagnostic tests, epidemic research and disease prevention and cure. The purpose of biomedical research is now properly changed to the application modern methods of scientific sophistication whereby operations research, statistical analytics and analysis and data management often referred to as “Data Science” and for marketing purposes “Big Data.”Research methods are now everywhere one sees from the production of most automotive parts to the check-out lines at most supermarkets and the design of seating arrangement to maximize cash inflow on aircraft. Not all satisfy all users of technological improvement but they are everywhere to satisfy the desires of the decision makers whose goals vary but often provide satisfaction to them. In the medical sciences, we observe trends in the direction of great changes in patient care and quicker methods for decision purposes. We often refer to this as automation but it is the advances in computer technologies that drive this mechanization of seemingly simple but technological advanced tasks to streamline patient care methodologies. The growth of these technologies in the future will speed up by breakthroughs in artificial intelligence which will continue the mechanization of tasks improve the quality of disease control, production of new pharmaceuticals, intensive care improvement, disease and epidemic prevention and water pollution and treatments after horrific storms which bring problems to keeping water pure, available and easy to transport to areas having great difficulties handling the aftermath of destructive environment conditions. Artificial Intelligence (AI) includes the leadership in Forensic Science Laboratories; Forensic Laboratory Key Business Metrics and Cost–Benefit Analyses; Laboratory Excellence and Ethics: An Essential Association; Laboratory Excellence and Ethics: An Essential Association; ISO Accreditation Implementation: A Framework to Implement a Quality and Writing Policies and Procedures
Authors and Affiliations
Jeffrey E Jarrett
Total Phenolic Content of Three Samples from the Powdered Stem Bark of Detarium Microcarpum Guill. and Perr. (Fabaceae)
Preliminary processing of the plant material was done. The stem cuttings were debarked and the barks dried in an open air under shade. The macroscopical examinations were done. The dried plant materials were powdered. Th...
Technological Strategies to Mitigate the Climate Change: Current Status and Future Trends
The debate and controversy started by Arrhenius and Chamberlin in 1896 [1], about how anthropogenic changes have produced, since industrial age, an increase in greenhouse gases such as carbon dioxide, methane, and nitrou...
Interpreting Maternal Death: When Underlying Causes Are Non-Medical Despite Medical Indications
The relationship between the medical caregiver and the patient usually displays an authoritative knowledge [1,2] of the former although the latter contributes to making the health care delivery more efficient [3]. Despit...
Agriculturally Important Microbiomes: Biodiversity and Multifarious PGP Attributes for Amelioration of Diverse Abiotic Stresses in Crops for Sustainable Agriculture
The Microbiomes from plant and different extreme environments have been reported and characterized for genotypic and multifarious functional attributes. The plant Microbiomes (ph...
Pathological Changes in the Autologous Pericardial Aortic Valve at 10 Years
A 41-year old patient who underwent a successful re-operation 10 years following aortic valve replacement with autologous pericardium is reported. The findings at re-operation are discussed.Aortic valve replacement with...