Chemistry is a huge part of medicine, both as a diagnostic and treatment tool. Chemistry departments in hospital medical labs analyze blood, urine, etc. for proteins, sugars (glucose in the urine is a sign of Diabetes), and other metabolic and inorganic substances. Electrolyte tests are a routine blood analysis, testing things like potassium and sodium. Most medications are involved with inhibiting a specific enzyme or the expression of a gene. Blocking an enzyme's active site requires a specifically designed "blocker" to disable the enzyme's function. Since enzymes are proteins, their functions differ based on shape and inhibitor drugs must be customized for each target enzyme. This requires chemistry! While the concept of RNA interference (RNAi) is more on the biological side, the engineering of chemicals to inhibit the translation of mRNA into an amino acid sequence by ribosomes requires chemistry. In RNAi, a designed piece of double-stranded RNA literally chops up mRNA to prevent it from undergoing translation. Also All the synthetic medicine that we recieve is made from various chemicals.
chemistry is understanding the interactions of one chemical to another. If medicine is at the centre of the question, then we are looking at how a drug hits a receptor and creates the desired effect. The shape, size, chemical makeup are all important to understand how a medicine works. Also, once you understand why a certain size fits well with a receptor, you can try to change the chemical makeup, but still keep the size the same. The new chemical makeup may be more effective or less! trial and error.
The application of chemistry in medicine is quite diverse. This is commonly used in making drugs for medication and also explains the various medical procedures used for diagnosis and treatment.
Any medical practice requires knowledge of chemicals and their effects. In order to understand why you should prescribe a given dosage, you need to understand the chemical properties of the medication you are prescribing. You learn this through principles of chemistry.
it's used in the animals body and the medicine we use in them, also the reactions thet the two things do.
It is important because you need to know what medicine is good for the animal according to your diagnosis. If you give the animal harmful medication then everything would go very wrong.
Chemistry is very important for veterinarians, as this is the foundation for pharmacology as well as respiratory, cardiovascular, gastrointestinal, urinary and reproductive physiology.
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Medical science, as in all the drugs, medicines and technology Also if you mean "science" there is energy used by the equipment (physics) and there is light and heat transfer (physics) and also chemistry with chemical reactions of the medicine, as well as the biology of the cells.
Hexamine (C6H12N4) is an organic compound that is used in medicine as an antibiotic, and in the oddly far-distant application as a solid fuel for cooking by hikers or campers. Use the link below for more on its chemistry and applications.
Insecticides are products of the chemical industry.
The most important applications are the fabrication of chemical and nuclear weapons.
with chemistry and technology we can gain lots of facilities. As where the technology is the practical form of the science so the chemistry helps the inventors how to use a chemical element in order to have a good and reliable invention to facilitate our life.
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Sort of! The simple answer is, medicine is an application of science from multiple fields including biology (pathophysiology for example); chemistry (when prescribing medicine or performing pregnancy tests); and physics (such as x-rays).
It is inverse; chemistry is very important for medicine; all drugs, for ex. are chemicals.
All drug research and maufacture is chemistry
Medical science, as in all the drugs, medicines and technology Also if you mean "science" there is energy used by the equipment (physics) and there is light and heat transfer (physics) and also chemistry with chemical reactions of the medicine, as well as the biology of the cells.
- all the drugs and many parapharmaceutical products are chemicals - clinical chemistry is...analytical chemistry - many illnesses can be explained by chemical processes etc.
Applied chemistry, of course! Applied chemistry is as the name implies - it's taking chemistry and creating an application - in this particular case, the "application" is dry or damaged hair.
Mathematics is applied to physics and chemistry.
Forensic chemistry is the application of chemistry to law enforcement or the failure of products and processes.
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The basic chemistry and specifically clinical biochemistry.