Chromosulfuric Acid
Cayman Chemical 11 Z-EIcosenoIc AcId 500mg
A potent irreversible inhibitor of LSD1 (IC50 70 nM) penetrates the blood-brain barrier and blocks long-term but not short-term memory in mice
Cayman Chemical HenIcosnoIc AcId 500mg
A natural kavalactone that enhances the binding of bicuculline methochloride at the GABAA receptor at 0 1 UM
Cayman Chemical PentadecnoIc AcId-d3 5mg
An insecticide active against C pyri nymphs in vitro (LC50 6 51-12 53 mg AI/L) induces mortality of C pyri nymphs in European pear (P communis) fields at 27 g/hectare reduces O insidiosus embryonic viability and nymph survival increases expression of Gpx and SOD decreases production of MDA and induces lethality in Chinese toad (B gargarizans) tadpoles (LC50 6 98 mg/L)
Cayman Chemical ShIkImIc AcId 500mg
A SERD (IC50 0.138 nM for ERa downregulation) selective for ERa compared to other nuclear hormone receptors (IC50s 0.0008 0.54 0.92 and 30 M for ERa PR GR and AR respectively) decreases ERa activity (IC50 0.282 nM for PR antagonism) reduces proliferation of MCF-7 breast cancer cells (IC50 0.0398 nM) inhibits MCF-7 xenograft growth in mice in a dose-dependent manner
Cayman Chemical 13 Z-DocosenoIc AcId 250mg
An analytical reference standard that is structurally similar to known synthetic cannabinoids intended for research and forensic applications
Sigma Organic Chemistry Sebacic acid | 5G | 111-20-6 | MFCD00004440
CAS #: 111-20-6
MDL #: MFCD00004440
Purity: >99 %
UNSPSC Code: 12352100
Molecular Weight: 202.25
Cayman Chemical 8 Z-EIcosenoIc AcId 500mg
A natural W-6 PUFA an agonist of FFAR4 (GPR120) that strongly inhibits the secretion of ghrelin by isolated mouse gastric cells
Cayman Chemical 11 Z-EIcosenoIc AcId 1g
A competitive inhibitor of alcohol dehydrogenase the enzyme that catalyzes metabolism of ethylene glycol and methanol to toxic metabolites typically used as an antidote for ethylene glycol or methanol poisoning
Cayman Chemical HeptadecnoIc AcId-d3 5mg
A detergent commonly used for membrane protein structure determination using NMR has been used to generate membrane mimetic micelles and to characterize pore formation by the influenza M2 transmembrane domain within a synthetic membrane micelles induce amyloid fibril formation by PrP (110-136) CMC 1 5 mM