The practical application of cell division is that it keeps living organisms alive and is the process by which they grow and reproduce. This is true for plants and animals and so is true in medicine and agriculture.
Cell division is the process where one cell divides and makes two cells.
If cell division did not occur, higher organisms would not repair and replace used, damaged or exhausted tissues. They would not grow or reproduce.
Only in the smallest forms of life, e.g. viruses or bacteria, is the continuation of life for any modest length of time possible without cell division.
The use of organisms to perform practical tasks for humans is called biotechnology. This field involves manipulating living organisms or their products to benefit human activities such as agriculture, medicine, and industry.
It could be used to enhance the growth of plants so that they grow bigger and/or faster. This would have obvious implications on agriculture. It could be used in medicine to improve wound healing. Understanding cell division is essential in our understanding of cancer. I seriously cannot stress how amazingly useful it has been in our discovery of anticancer drugs.
Cell division is essential for replacement of damaged cells and tissue repair and growth.If we could completely crack how cell division works then we could use engineered mitogens (things that promote cell division) to promote and speed wound healing. Alternately we could use mitogens to cause plants to grow faster, allowing faster maturation of the plants, allowing us to produce more food faster.
Alfred L. Loomis has written: 'A system of practical medicine' -- subject(s): Medicine, Practice 'Lessons in physical diagnosis' -- subject(s): Diagnosis, Physical diagnosis, Physical Examination 'A text-book of practical medicine' -- subject(s): Medicine 'Bright's disease of the kidney' -- subject(s): Bright's disease 'A text-book of practical medicine' -- subject(s): Medicine, Practice
Agriculture is the practical application of the various agricultural sciences such as soil science, agronomy, botany, zoology (as it applies to livestock), veterinary medicine, chemistry, hydrology, pathology, entomology, etc. Farmers use the knowledge gained from the various sciences to produce more and better food, fuel, and fiber.
A corrected human hemophilia gene would be considered medicine, as it is aimed at treating a genetic disorder in humans.
BECAUSE in a docters oath it says so! They say they will help anyone when needed and medicine is in the same division!
Tree surgeons are in agriculture.
Biotechnology is used in various industries such as agriculture, medicine, pharmaceuticals, and environmental protection. In agriculture, it is used for developing genetically modified crops. In medicine, it is used for producing vaccines, gene therapies, and diagnostic tests. In pharmaceuticals, biotechnology is used for drug development and production.
Studying traditional medicine is practical because it preserves cultural knowledge, offers alternative healing therapies, and can provide insights for modern healthcare practices. Traditional medicine can be cost-effective, easily accessible, and may help address healthcare gaps in underserved communities.
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a site contribution of chemistry in the other sciences like medicine,nursing,nutrition,psycology and agriculture ?