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...insulin receptor]]), although they are usually just referred to as insulin analogs or even (loosely but commonly) just insulin (without further specification) These modifications have been used to create two types of insulin analogs: those that are more readily absorbed from the injection site and therefore ...

...insulin receptor]]), although they are usually just referred to as insulin analogs or even (loosely but commonly) just insulin (without further specification) These modifications have been used to create two types of insulin analogs: those that are more readily absorbed from the injection site and therefore ...

...ous solution. This property allows the convenient preparation of cobalamin analogs with different [[substituents]], via [[nucleophilic]] attack on [[alkyl hal ...by the modified {{chem|B|12s}} to give the corresponding stable cobalamin analogs. The products are usually extracted and purified by phenol-methylene chlori ...

...ous solution. This property allows the convenient preparation of cobalamin analogs with different [[substituents]], via [[nucleophilic]] attack on [[alkyl hal ...by the modified {{chem|B|12s}} to give the corresponding stable cobalamin analogs. The products are usually extracted and purified by phenol-methylene chlori ...

...substitute and was the first DPP-4 inhibitor that showed effects in both [[animal]]s and [[human]]s but it was not developed to a market [[drug]] due to [[ad ...roxylation]] at the [[adamantyl]] ring was carried out (''Figure 6''). The product, [[vildagliptin]], was even more stable, undergoing intramolecular cyclizat ...

...substitute and was the first DPP-4 inhibitor that showed effects in both [[animal]]s and [[human]]s but it was not developed to a market [[drug]] due to [[ad ...roxylation]] at the [[adamantyl]] ring was carried out (''Figure 6''). The product, [[vildagliptin]], was even more stable, undergoing intramolecular cyclizat ...

{{Short description|Use of insulin protein and analogs as medical treatment}} ...the pancreas of another creature. Animal glands were obtainable as a waste product of the meatpacking industry. Insulin was derived primarily from [[cows]] ([ ...

{{Short description|Use of insulin protein and analogs as medical treatment}} ...the pancreas of another creature. Animal glands were obtainable as a waste product of the meatpacking industry. Insulin was derived primarily from [[cows]] ([ ...

...dissociates, the substrate can bind and the reduced flavin can reduce the product. ...is not only for medical applications, but is also used as a supplement to animal food in the agricultural industry and as a [[Food coloring|food colorant]]. ...

...dissociates, the substrate can bind and the reduced flavin can reduce the product. ...is not only for medical applications, but is also used as a supplement to animal food in the agricultural industry and as a [[Food coloring|food colorant]]. ...

...ure varies slightly between [[species]] of animals. Insulin from non-human animal sources differs somewhat in effectiveness (in [[carbohydrate metabolism]] e ...ence of diverse species suggests that it has been conserved across much of animal evolutionary history. The C-peptide of [[proinsulin]], however, differs muc ...

...ure varies slightly between [[species]] of animals. Insulin from non-human animal sources differs somewhat in effectiveness (in [[carbohydrate metabolism]] e ...ence of diverse species suggests that it has been conserved across much of animal evolutionary history. The C-peptide of [[proinsulin]], however, differs muc ...

...saminase]]; the amino group is then fed into the [[urea cycle]]. The other product of transamidation is a [[keto acid]] that enters the [[citric acid cycle]]. ===Animal feed=== ...

...saminase]]; the amino group is then fed into the [[urea cycle]]. The other product of transamidation is a [[keto acid]] that enters the [[citric acid cycle]]. ===Animal feed=== ...