Mambalgin 1

Mambalgin-1 is a blocker of ASIC1 channels. Through inhibiting acid-sensing ion channels (ASICs) expressed either in central or peripheral neurons, Mambalgin-1 is able to abolish pain, thus it acts as an analgesic.

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CAT No: R0971

CAS No: 1609937-15-6

Synonyms/Alias: Mambalgin 1;1609937-15-6;JPC93715;AKOS027470318;DA-65235;PD080274;

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Specification Technical Data Publications Customer reviews and Q&A
M.F/FormulaC272H429N85O84S9
M.W/Mr.6522
SequenceLKCYQHGKVVTCHRDMKFCYHNTGMPFRNLKLILQGCSSSCSETENNKCCSTDRCNK(Modifications: Disulfide bridge: 3-19, 12-37, 41-49, 50-55)
Labeling TargetAcid-sensing ion channels (ASICs)
AppearanceLyophilized powder
Purity>98%
ActivityInhibitor
Source#Synthetic
InChIInChI=1S/C272H429N85O84S9/c1-21-134(14)211-264(435)336-165(90-130(6)7)232(403)315-157(66-70-195(280)369)217(388)299-110-204(378)307-188(254(425)340-183(114-360)249(420)338-182(113-359)248(419)339-184(115-361)250(421)347-190-121-447-449-123-192(346-224(395)153(52-32-38-80-277)311-239(410)174(99-197(282)371)331-242(413)177(102-200(285)374)330-227(398)159(68-72-205(379)380)319-265(436)213(136(16)364)354-230(401)160(69-73-206(381)382)317-247(418)181(112-358)341-257(190)428)259(430)348-191-122-448-446-120-189(255(426)333-175(100-198(283)372)240(411)320-163(269(440)441)53-33-39-81-278)345-225(396)156(56-42-84-298-272(291)292)314-244(415)180(105-208(385)386)337-266(437)214(137(17)365)355-251(422)185(116-362)342-258(191)429)119-445-450-124-193-256(427)328-172(97-144-107-294-126-303-144)237(408)313-155(55-41-83-297-271(289)290)222(393)334-179(104-207(383)384)243(414)318-161(74-86-442-19)228(399)309-151(50-30-36-78-275)220(391)323-167(92-139-44-24-22-25-45-139)236(407)344-187(118-444-117-186(343-223(394)150(49-29-35-77-274)308-216(387)148(279)88-128(2)3)252(423)324-168(94-141-58-62-146(367)63-59-141)233(404)316-158(67-71-196(281)370)226(397)326-171(96-143-106-293-125-302-143)218(389)300-109-202(376)305-149(48-28-34-76-273)229(400)350-209(132(10)11)262(433)351-210(133(12)13)263(434)356-215(138(18)366)267(438)349-193)253(424)325-169(95-142-60-64-147(368)65-61-142)235(406)327-173(98-145-108-295-127-304-145)238(409)332-178(103-201(286)375)246(417)353-212(135(15)363)261(432)301-111-203(377)306-162(75-87-443-20)268(439)357-85-43-57-194(357)260(431)335-170(93-140-46-26-23-27-47-140)234(405)312-154(54-40-82-296-270(287)288)221(392)329-176(101-199(284)373)241(412)322-164(89-129(4)5)231(402)310-152(51-31-37-79-276)219(390)321-166(91-131(8)9)245(416)352-211/h22-27,44-47,58-65,106-108,125-138,148-194,209-215,358-368H,21,28-43,48-57,66-105,109-124,273-279H2,1-20H3,(H2,280,369)(H2,281,370)(H2,282,371)(H2,283,372)(H2,284,373)(H2,285,374)(H2,286,375)(H,293,302)(H,294,303)(H,295,304)(H,299,388)(H,300,389)(H,301,432)(H,305,376)(H,306,377)(H,307,378)(H,308,387)(H,309,399)(H,310,402)(H,311,410)(H,312,405)(H,313,408)(H,314,415)(H,315,403)(H,316,404)(H,317,418)(H,318,414)(H,319,436)(H,320,411)(H,321,390)(H,322,412)(H,323,391)(H,324,423)(H,325,424)(H,326,397)(H,327,406)(H,328,427)(H,329,392)(H,330,398)(H,331,413)(H,332,409)(H,333,426)(H,334,393)(H,335,431)(H,336,435)(H,337,437)(H,338,420)(H,339,419)(H,340,425)(H,341,428)(H,342,429)(H,343,394)(H,344,407)(H,345,396)(H,346,395)(H,347,421)(H,348,430)(H,349,438)(H,350,400)(H,351,433)(H,352,416)(H,353,417)(H,354,401)(H,355,422)(H,356,434)(H,379,380)(H,381,382)(H,383,384)(H,385,386)(H,440,441)(H4,287,288,296)(H4,289,290,297)(H4,291,292,298)
InChI KeyJRVGGBDTNREHFW-UHFFFAOYSA-N

1. TMEM16F and dynamins control expansive plasma membrane reservoirs

2. Implications of ligand-receptor binding kinetics on GLP-1R signalling

3. Effect of Probiotic Lactobacillus plantarum on Streptococcus mutans and Candida albicans Clinical Isolates from Children with Early Childhood Caries

4. Effect of Short-Term Desiccation, Recovery Time, and CAPA-PVK Neuropeptide on the Immune System of the Burying Beetle Nicrophorus vespilloides

5. GLP-1, exendin-4 and C-peptide regulate pancreatic islet microcirculation, insulin secretion and glucose tolerance in rats

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