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TRP Channel Modulators

Transient receptor potential (TRP) channels are ion channels embedded in the plasma membrane of many cell types, where they play key roles in sensory transduction, including the detection of pain, temperature, taste, and mechanical pressure.

Among these, TRP vanilloid (TRPV) channels are the most extensively studied. Naturally occurring compounds such as Capsaicin (Aladdin C423851, C107691, C107692, C107693) and Piperine (P107401, P107402)—found in certain plants—activate TRPV channels and are responsible for the hot or spicy sensation associated with some peppers.

TRP canonical (TRPC) channels are commonly expressed in cardiomyocytes and neurons, where they contribute to processes such as cardiac hypertrophy. The amyotrophic lateral sclerosis (ALS) therapeutic Riluzole (R129533, R408717) is known to activate TRPC5 channels, whereas Clemizole (C125175, C423994), a compound that blocks NS4B and histamine receptors, inhibits TRPC5 channels and may influence neurite length.

TRP melastatin-like (TRPM) channels participate in sensory responses to temperature and taste, as well as in cell adhesion mechanisms. Icilin (I303569) activates TRPM8 channels while inhibiting TRPV3 channels, producing a cooling effect.

Other TRP channel subfamilies include TRP ankyrin (TRPA) channels, TRP polycystin (TRPP) channels, and TRP mucolipin (TRPML) channels, each with distinct physiological roles.

Representative Compounds and Targets from Aladdin are listed in the below sheet

TRP-Channels Product Catalog Name Purity Description
TRPV A288783
Arvanil ≥98% 50mg/ml in ethanol TRPV1 activator
TRPV A129214
A408950
Azelastine HCl ≥98%, 10mM in DMSO TRPV1 activator
TRPV C423851
C107691
C107692
C107693
Capsaicin ≥95% , ≥60%, natural, 10mM in DMSO TRPV activator
TRPV C102530
Carveol ≥97% TRPV3 activator
TRPV G111261
G422764
[6]-Gingerol ≥98% analytical standard , 10mM in DMSO TRPV1 activator
TRPV M110428 
M110426 
M110429 
M420855
Methyl salicylate ≥99.5% standard for GC, AR ≥99%, pharmaceutical grade, 10mM in DMSO TRPV1 activator/blocker
TRPV N421516 
N109019 
N432048 
N109017 
N412785
Neomycin sulfate 10mM in Water, analytical standard, BioReagent, USP, ≥97% TRPV1 blocker
TRPV P422761 
P110193
Peimine 10mM in DMSO, ≥98% analytical standard TRPV1 and TRPA1 blocker
TRPV P671384 
P579447 
P422213 
P110194
Peiminine ≥90%,≥97%,10mM in DMSO, analytical standard ≥98% TRPV1 and TRPA1 blocker
TRPV P107401 
P107402
Piperine analytical standard≥98%, ≥97% TRPV activator
TRPV H614219
Resiniferatoxin ≥98% TRPV activator
TRPV S129681 
S407749
Sumatriptan ≥98%,10mM in DMSO TRPV1 blocker
TRPV T129491  
T407718
Tranilast ≥98%,10mM in DMSO TRPV2 blocker
TRPC C423994 
C125175
Clemizole ≥98%,10mM in DMSO TRPC5 blocker
TRPC F129495 
T580273
Flufenamic Acid ≥99%,10mM in DMSO TRPC3 and TRPM2 blocker
TRPC T580273
Riluzole ≥98% TRPC5 activator
TRPM G107683 
G424525
Ginsenoside Rd ≥98% analytical standard,10mM in DMSO TRPM7 blocker
TRPM I303569
Icilin ≥96% TRPM8 activator, TRPV3 blocker
TRPM P129412
Pregnenolone ≥98% TRPM3 activator
TRPA D276523
D,L-1'-Acetoxychavicol acetate ≥98% TRPA activator
TRPA E129317 
E408574
Etodolac ≥98%,10mM in DMSO TRPA activator
TRPA P115736 
P422495
Parthenolide ≥98% analytical standard,10mM in DMSO TRPA activator


References:

1. Kissin I. Anesth Analg. 2008 Jul;107(1):271-81.

2. Bush EW, Hood DB, Papst PJet al. J Biol Chem. 2006 Nov

3;281(44):33487-96. 3. Richter JM, Schaefer M, Hill K. Mol Pharmacol. 2014 Nov;86(5):514- 21.

4. Sherkheli MA, Gisselmann G, Hatt H. ScientificWorldJournal. 2012;2012:982725.


Aladdin: https://www.aladdinsci.com/

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