When it comes to science and medicine, there have been a lot of changes over the years. In one case, biomedicines, a branch of medical science which applies to physiological and biological principles is now a popular area when it comes to clinical practice, medical science, research and study.
Only recently has the field of biomedicine become widely known with regards to use in the medical field. Biomedicine is actually a practice which has been an important part of the overall health care field for over 100 years. Whereas, biomedicine is often used in research studies and treatment related to biology or physiology.
Areas in which the medical science is currently being used include all areas with a biological or physiological nature. Some examples of this are toxicology, anatomy, pathology, physiology, parasitology, immunology, virology, microbiology, neuroscience, systems biology, biostatistics, bioinformatics, gene therapy, genetics, cryogenics, medical biology, biological laboratory engineering, nano-bio-technology, embryology, cell biology and biochemistry. Most often, these areas are related to organic or genetically modified cells at some level, such as embryology which is used in stem cell research.
Medical biology has long been the cornerstone of modern health care and laboratory tests. In addition, in-vitro fertilization would not be possible without this area of study. Though, as a result of studies in this area, a number of individuals whom could not have given birth through the natural process are now happy parents.
Cancer is another area in which biomedicine has contributed to various treatment options such as gene therapy. For, without the numerous research programs and studies related to the terminal illness, a number of medications and treatments would not exist. For, science and medicine are based on molecular biology.
Depending on the advancement and severity of a disease or illness, biomedicine can often pinpoint specific diseased cells within an individual. After which, health care providers can often determine the best form of available therapy or treatment. For, one objective of biomedicine is to cure illnesses and disease rather than treat symptoms.
The field also involves the study of various pathogens in the physiological process, using methods and techniques from both physiology and biology. In the process, researchers, scientists and health care providers hope to gain a better understanding of molecular interactions and consequences to various treatment options. After which, health care providers may very well be able to cure a disease or illness rather than only calm symptoms.
The biomedical field is very different from the psychiatric and psychological fields. For, while biomedicine has been researched and can be used in these areas, the practice is defined differently than when being used for medical research or treatment. Regardless, through the lens of anthropology, it appears biomedicine crosses the boundary of scientific fact when it comes to being used in a number of medications related to emotional health and well being.
Ultimately, this area of medical science looks at molecular biology in the process of synthesis and as a regulation of DNA, RNA and protein in cells of the human body. In addition, as molecular biology is essential to manipulating DNA, macromolecule blotting, gel electrophoresis, and polymerase chain reaction, it remains an important aspect to the health care system and society at large.
Only recently has the field of biomedicine become widely known with regards to use in the medical field. Biomedicine is actually a practice which has been an important part of the overall health care field for over 100 years. Whereas, biomedicine is often used in research studies and treatment related to biology or physiology.
Areas in which the medical science is currently being used include all areas with a biological or physiological nature. Some examples of this are toxicology, anatomy, pathology, physiology, parasitology, immunology, virology, microbiology, neuroscience, systems biology, biostatistics, bioinformatics, gene therapy, genetics, cryogenics, medical biology, biological laboratory engineering, nano-bio-technology, embryology, cell biology and biochemistry. Most often, these areas are related to organic or genetically modified cells at some level, such as embryology which is used in stem cell research.
Medical biology has long been the cornerstone of modern health care and laboratory tests. In addition, in-vitro fertilization would not be possible without this area of study. Though, as a result of studies in this area, a number of individuals whom could not have given birth through the natural process are now happy parents.
Cancer is another area in which biomedicine has contributed to various treatment options such as gene therapy. For, without the numerous research programs and studies related to the terminal illness, a number of medications and treatments would not exist. For, science and medicine are based on molecular biology.
Depending on the advancement and severity of a disease or illness, biomedicine can often pinpoint specific diseased cells within an individual. After which, health care providers can often determine the best form of available therapy or treatment. For, one objective of biomedicine is to cure illnesses and disease rather than treat symptoms.
The field also involves the study of various pathogens in the physiological process, using methods and techniques from both physiology and biology. In the process, researchers, scientists and health care providers hope to gain a better understanding of molecular interactions and consequences to various treatment options. After which, health care providers may very well be able to cure a disease or illness rather than only calm symptoms.
The biomedical field is very different from the psychiatric and psychological fields. For, while biomedicine has been researched and can be used in these areas, the practice is defined differently than when being used for medical research or treatment. Regardless, through the lens of anthropology, it appears biomedicine crosses the boundary of scientific fact when it comes to being used in a number of medications related to emotional health and well being.
Ultimately, this area of medical science looks at molecular biology in the process of synthesis and as a regulation of DNA, RNA and protein in cells of the human body. In addition, as molecular biology is essential to manipulating DNA, macromolecule blotting, gel electrophoresis, and polymerase chain reaction, it remains an important aspect to the health care system and society at large.
About the Author:
Get all the relevant facts about the importance of biomedicines for patients by reading more about this topic online. The latest articles that can be found on http://www.cellmig.com/for-patients-families.
No comments:
Post a Comment