Proteins are the polymers of amino acids and are digested by the proteases present in the gastric secretions and if the proteins are to be made available to the body in direct form orally, the small protein molecules can be used. The short chain protein molecule is to be covered by a covering which is resistant to the gastric secretions including dilute hydrochloric acid so that it comes out unaffected and reaches the small intestines where they are absorbed as such. The long chain protein molecules can not be used in this manner.
By putting the proteins (eg--insulin) in a tablet whose coating is made of a material that does not get digest in stomachs acidic medium but dissolves in the intestines thus proteins get absorbed in intestine by villi
By putting the proteins (eg--insulin) in a tablet whose coating is made of a material that does not get digest in stomachs acidic medium but dissolves in the intestines thus proteins get absorbed in intestine by villi
In a pharmaceutical setting, viscosity would become an issue while making prescription syrups for patients. It would be important to make sure the syrup is not so viscous that it cannot be taken orally.
In a pharmaceutical setting, viscosity would become an issue while making prescription syrups for patients. It would be important to make sure the syrup is not so viscous that it cannot be taken orally.
Pharmaceutical products are products that may begin with the observation that a plant has medicinal properties, but in order to make a drug, the active element of the plant has to be removed from the plant and changed in some way. So, pharmaceutical products are not organic.
Orally, by mouth. It's hits your quicker by doing it thru your nose, but since xanax is not water soluble you don't get the full effects. Don't even try to inject it because you will have no success.
Pharmaceutical companies make them.
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Only target cells have receptors inside cytoplazm (for steroid hormones) or on cell membrane (for protein hormones) that make the hormone active.
yes
There are exactly twenty amino acids that are the molecules that make up (comprise) the biologically active proteins found in and around The Cell.
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