Anticancer Agents
Learn MoreActivators, inducers, and agonists are all types of substances that play a critical role in enhancing the activity of various biological processes.
Activators are substances that increase the rate of a biochemical reaction by reducing the activation energy or increasing the rate of enzyme-substrate collisions. They bind to enzymes and induce a conformational change that allows the enzyme to bind to its substrate more efficiently.
Inducers, on the other hand, operate by increasing the rate of gene expression. They can bind to regulatory proteins or DNA sequences, leading to an increase in the transcription of specific genes and consequently the production of specific proteins.
Agonists are substances that bind to a receptor and stimulate a response. They have the ability to mimic the action of a naturally occurring substance, and their major role is to activate the biological function of a receptor to produce a therapeutic response.
Catalog Number | Chemical Name | CAS # | Price |
---|---|---|---|
BC-0003 | NKH477 | 138605-00-2 | Online Inquiry |
BC-0004 | PACAP (human, sheep, rat) (1-38) | 124123-15-5 | Online Inquiry |
BC-0005 | AdipoRon | 924416-43-3 | Online Inquiry |
BC-0006 | AdipoRon hydrochloride | 1781835-20-8 | Online Inquiry |
BC-0007 | A-769662 | 844499-71-4 | Online Inquiry |
BC-0008 | AICA riboside, 5'-phosphate | 3031-94-5 | Online Inquiry |
BC-0009 | AMPK Activator, D942 | 849727-81-7 | Online Inquiry |
BC-0010 | ASP-4132 tosylate | 1640294-30-9 | Online Inquiry |
BC-0011 | BIX 01294 | 935693-62-2 | Online Inquiry |
BC-0012 | Cordycepin | 73-03-0 | Online Inquiry |
BC-0013 | EX-229 | 1219739-36-2 | Online Inquiry |
BC-0015 | IM156 | 1422365-93-2 | Online Inquiry |
BC-0016 | MK-3903 | 1219737-12-8 | Online Inquiry |
BC-0017 | MOTS-c (human) | 1627580-64-6 | Online Inquiry |
BC-0018 | PF-06409577 | 1467057-23-3 | Online Inquiry |
In the field of research: these substances are commonly used to study the impact of increased activity on different biological systems. This could involve examining the effects of specific activators, inducers, or agonists on enzyme activity, gene expression, or receptor function. These studies can provide valuable insights into the mechanisms underlying various biological processes and can contribute to the development of new drugs and therapies.
In medicine, activators: inducers, and agonists can be used therapeutically to stimulate a response in the body that may be lacking or insufficient. For instance, agonists can be used to activate receptors in conditions where a natural substance is not sufficiently present or active. Similarly, activators and inducers can be used to increase the rate of specific biochemical reactions or the expression of specific genes, which can be beneficial in treating various diseases and conditions.
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