Mechanism of reaction:
The structure of me-diazirine-nhs ester contains a chemical group, diazirine. Diazelene is a cyclic structure with good reactivity.
The "me" in me-diazirine-nhs ester stands for methyl group, and this group makes the whole molecule have good water solubility and stability. The term "NHS ester" indicates that the molecule is an active ester that is capable of coupling with various amino groups under mild conditions. This coupling reaction is often used to prepare biomolecules such as enzyme inhibitors and fluorescent probes, so as to achieve linkages between biomolecules.
Me-diazirine-nhs ester can label various biomolecules with diazoene groups, so that these biomolecules undergo specific conformational changes under light conditions, thereby regulating their biological activity.
Chinese name: methyl biacridine active ester.
Product Name: me-diazirine-nhs ester, me diazirine nhs
cas：1239017-80-1
Molecular formula: C9H11N3O4
Molecular weight: 2252
*Business: Xi'an Kaixin Biotechnology***
Structural Formula:
Specific parameters:
Reagent specifications: 1g, 5g, 10g
Appearance characteristics: solid powder.
Purity standard: 95+, can provide NMR spectra and related quality proof spectra.
Conditions of Transportation: Transported as a non-hazardous chemical at ambient temperature.
Solubility: soluble in most organic solvents, soluble in water.
Storage conditions: dry, dark, 0-4 °C for the short term (days to weeks) and -20 °C for the long term (months to years).
Related types of reagents:
spdp-peg6-nhs ester
methyltetrazine-peg8-nh-boc
methyltetrazine-amido-peg7-azide
n-me-n-bis(peg4-acid) hcl salt
spdp-peg6-nhs ester
methyltetrazine-peg8-nh-boc
methyltetrazine-amido-peg7-azide
n-me-n-bis(peg4-acid) hcl salt
propargyl-peg3-phosphonic acid ethyl ester
propargyl-peg3-phosphonic acid
ald-ch2-peg8-azide
propargyl-peg3-phosphonic acid ethyl ester
propargyl-peg3-phosphonic acid
ald-ch2-peg8-azide
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