[EN] PEPTIDE-BASED MULTIPLE-DRUG DELIVERY VEHICLE<br/>[FR] VÉHICULE D'ADMINISTRATION DE MÉDICAMENTS MULTIPLES À BASE DE PEPTIDES
申请人:ARIEL-UNIVERSITY RES AND DEV COMPANY LTD
公开号:WO2017068577A1
公开(公告)日:2017-04-27
A molecular structure comprising a targeting moiety, a multi-functional peptide platform and a plurality of controllably released bioactive agents attached thereto is provided herein.
本文提供了一种包括靶向基团、多功能肽平台和附着在其上的多种可控释放的生物活性剂的分子结构。
Solid state reactivity of organic compounds with inorganic compounds
作者:P.S. Bassi、G.S. Chopra
DOI:10.1016/0022-4596(86)90238-0
日期:1986.4
basic copper carbonate were studied in the solidstate. The products have been identified as bis(aminobenzoato) copper(II) complexes. Kinetic data for the reactions have been recorded at various temperatures for fixed sizes of the particles at constant compaction. The order of reactivity is 2- > 4- > 3-aminobenzoic acid and copper acetate is more reactive than copper carbonate. These observations have
Alkylation and acylation of basic salts of anthranilic acid
作者:Per Wiklund、Jan Bergman
DOI:10.1016/j.tetlet.2003.11.111
日期:2004.1
The O-nucleophilicity of basic anthranilic acid salts was documented, analyzed, and utilized in synthesis. Specifically substitutions leading to esters instead of secondary amines, and formation of anthranilic acid anhydrides were studied.
Provided herein is a drug delivery (DD) system for ratiometric luminescence determination of drug release degree in drug delivery monitoring, which includes a drug, a switchable reporter and non-switchable reporter providing two distinguishable signals for detection; or a single switchable reporter providing two distinguishable signals for detection, and a cleavable linker connecting a drug to a switchable reporter, as well as a method for ratiometric luminescence determination of drug release in a target in vivo or in vitro), which is effected by administering the DD system provided herein that is capable of releasing a drug from the DD system, measuring two luminescent signals provided by the switchable reporter and the non-switchable reporter, or the single switchable reporter, determining the ratio between these two luminescence signals, and determining the drug release degree through the ratio between the two luminescence signals.