Bioactive small molecules

Our bioactive small molecules are powerful tools that enable researchers to study and manipulate biological systems with precision and efficiency These molecules have specific molecular structures that interact with cellular targets modulating their activity and providing valuable insights into biological processes From drug discovery to understanding cellular pathways our bioactive small molecules offer endless possibilities for advancing scientific research and innovation in the field of biology

Catalog Number	Chemical Name	CAS #	Price
BC-0265	L-838,417	286456-42-6	Online Inquiry
BC-0429	Mithramycin A	18378-89-7	Online Inquiry
BC-0479	Trovafloxacin mesylate	147059-75-4	Online Inquiry
BC-0530	Camostat mesylate	59721-29-8	Online Inquiry
BC-0559	Doxifluridine	3094-09-5	Online Inquiry
BC-0891	GSK 1016790A	942206-85-1	Online Inquiry
BC-10036	Mesembrine	24880-43-1	Online Inquiry
BC-10037	3Beta-Cholic Acid	3338-16-7	Online Inquiry
BC-10039	Relcovaptan	150375-75-0	Online Inquiry
BC-10040	12Beta-Hydroxyisocholic Acid	71883-64-2	Online Inquiry
BC-10042	Azelnidipine	123524-52-7	Online Inquiry
BC-10044	Adenosine 5'-Diphosphate	58-64-0	Online Inquiry
BC-10047	N-Desmethyl Apalutamide	1332391-11-3	Online Inquiry
BC-10050	TC-I 15	916734-43-5	Online Inquiry
BC-10053	N1-2-Pyridinylethanediamide	52781-00-7	Online Inquiry

Application

Bioactive small molecules have a wide range of applications in various fields including pharmaceuticals research and agriculture In the pharmaceutical industry these molecules are used for drug discovery and development as they have the potential to target specific biological pathways and regulate cellular functions Through their interactions with proteins enzymes and receptors bioactive small molecules can be harnessed to treat various diseases including cancer diabetes and neurological disorders

In research bioactive small molecules serve as powerful tools to study cellular processes and molecular pathways By selectively manipulating specific biological targets scientists can gain insights into the underlying mechanisms of diseases and identify potential therapeutic interventions These molecules also play a crucial role in chemical biology and drug screening aiding in the identification and characterization of drug candidates

In agriculture bioactive small molecules can be utilized to enhance crop productivity and protect plants from pests and diseases By developing small molecule-based pesticides and plant growth regulators farmers can improve crop yields and ensure food security Additionally these molecules have the potential to mitigate environmental impacts by reducing the use of conventional pesticides and promoting sustainable farming practices

Overall bioactive small molecules offer immense potential in the fields of pharmaceuticals research and agriculture making them valuable tools in advancing scientific knowledge and addressing various societal challenges

Please note that all services are for research use only. Not intended for any clinical use.

Bioactive small molecules