Receptor Pharmacology i
Receptor Pharmacology is the study of how receptors and API’s/pharmaceuticals interact. Receptors are compounds made of protein, that receive and transduce signals which may be integrated into biological systems. The signals are used as chemical message bearers which will bind to a receptor causing a cellular/tissue response, such as a change in electrical activity of a cell.
Receptor Pharmacology is the study of how receptors and API’s/pharmaceuticals interact. Receptors are compounds made of protein, that receive and transduce signals which may be integrated into biological systems. The signals are used as chemical message bearers which will bind to a receptor causing a cellular/tissue response, such as a change in electrical activity of a cell.
-
Irbesartan
CAS#: 138402-11-6Purity: 99%Synonym$80.00SR 47436BMS 186295Irbesartan -
Olmesartan
CAS#: 144689-24-7Purity: 99%Synonym$80.00RNH 6270CS 088Olmesartan -
Orphenadrine (hydrochloride)
CAS#: 341-69-5Purity: 99%Synonym$80.00Orphenadrine HClNSC 82357Orphenadrine -
Protirelin
CAS#: 24305-27-9Purity: 99%Synonym$95.00Thyrotropin TRHThyrotropin-Releasing FactorThyroliberin -
S-23
CAS#: 1010396-29-8Purity: 99%Synonym$70.00S23SARMUNII-XDK89456WMCCTH-methylpropionamideS 23 -
SR9009
CAS#: 1379686-30-2Purity: 99%Synonym$70.00SARMStenabolicSR-9009REV-ERB Agonist II -
SR9011
CAS#: 1379686-29-9Purity: 99%Synonym$70.00SARMCHEMBL1961797GTPL8900SR-9011 -
Telmisartan
CAS#: 144701-48-4Purity: 99%Synonym$80.00TelmisartanBIBR 277Micardis -
Theobromine
CAS#: 83-67-0Purity: 99%Synonym$80.00SC-15090NSC 5039Diurobromine -
Theophylline
CAS#: 58-55-9Purity: 99%Synonym$80.001-3-DimethylxanthineNSC 2066Theophylline -
Trihexyphenidyl (hydrochloride)
CAS#: 52-49-3Purity: 99%Synonym$80.00ArtaneBenzhexol hydrochlorideTrihexyphenidyl (Artane) -
Valsartan
CAS#: 137862-53-4Purity: 99%Synonym$80.00TaregDiovanCGP 48933