[EN] PRODRUGS COMPRISING AN AMINOALKYL GLYCINE LINKER<br/>[FR] PROMÉDICAMENTS COMPRENANT UN LIEUR DE TYPE AMINOALKYLGLYCINE
申请人:ASCENDIS PHARMA AS
公开号:WO2016020373A1
公开(公告)日:2016-02-11
The present invention relates to novel prodrugs of primary or secondary amine- or hydroxyl- comprising biologically active moieties and pharmaceutically acceptable salts thereof, prodrug reagents, pharmaceutical compositions comprising said prodrugs and the use of said prodrugs.
Transport molecules include a dendrimer and a biologically active molecule. The dendrimer of such transport molecules includes at least one guanidine group, at least one protonated guanidine group, at least one protected guanidine group, at least one amidine group, at least one protonated amidine group, at least one protected amidine group, at least one ureido group, at least one protonated ureido group, at least one protected ureido group, at least one thioureido group, at least one protonated thioureido group, or at least one protected thioureido group. The biologically active molecule is bonded to the dendrimer. A method of increasing the bioavailability of a drug includes bonding the drug to a dendrimer of the invention.
[EN] BIOCONJUGATES OF SYNTHETIC APELIN POLYPEPTIDES<br/>[FR] BIOCONJUGUÉS DE POLYPEPTIDES D'APELINE SYNTHÉTIQUES
申请人:NOVARTIS AG
公开号:WO2015013169A9
公开(公告)日:2016-10-20
Emissive species for clinical imaging
申请人:Moon Joongho
公开号:US20070281289A1
公开(公告)日:2007-12-06
The present invention relates to materials and methods useful in the study of cells and species associated with cells. Materials of the present invention may include emissive, photostable organic molecules (e.g., conjugated polymers, conjugated oligomers) that are appropriately functionalized to interact with a cell with essentially no disruption in normal cell functioning. The present invention may be useful in, for example, cell imaging, cell tracking, in vivo monitoring of cellular events, drug delivery, and determination of biological species. In one embodiment, a conjugated polymer or oligomer may be internalized into a cell and may exhibit a strong and stable emissive signal, allowing the cell to be monitored under extensive microscopic conditions for extended periods of time.