Biomedical Materials

DescriptionAzide dendrons can be coupled to acetylene functionalized molecules, including acetylene dendrons to form asymmetric dendrimers.calculated mol. wt. 3742.8

Descriptioncalculated mol. wt. 3677.7Thiol dendrons can be conjugated to varius noble surfaces or coupled to unsaturated carbon-carbon bonds using various radical initiators.

Descriptioncalculated mol. wt. 404.4Acetylene dendrons can be coupled to azide functional molecules such as carbohydrates, fluorescent dyes and polymers.

DescriptionDendrimers and dendrons are symmetrically branched polymer structures that possess a well-defined spatial distribution of functional groups. The properties of dendrimers are steered by controlling the generation number, repeating unit,

DescriptionAmine dendrons can be covalently attached through conjugation to carboxyl groups, primary amines, or sulfhydryl groups. Amines can also attach to oxidized carbohydrate groups (usually aldehydes) by reductive amination.

Descriptioncalculated mol. wt. 870.9Allyl dendrons can be coupled to thiol functional molecules

Descriptioncalculated mol. wt. 950Amine dendrons can be covalently attached through conjugation to carboxyl groups, primary amines, or sulfhydryl groups. Amines can also attach to oxidized carbohydrate groups (usually aldehydes) by reductive

Descriptioncalculated mol. wt. 956Azide dendrons can be coupled to acetylene functionalized molecules, including acetylene dendrons to form asymmetric dendrimers.

Descriptioncalculated mol.wt.890.9Thiol dendrons can be conjugated to varius noble surfaces or coupled to unsaturated carbon-carbon bonds using various radical initiators.

Descriptioncalculated mol. wt. 1,760

DescriptionSoluble in a variety of solvents, such as THF, DMSO, DMF, methanol, and water.calculated mol. wt. 3,656

Descriptioncalculated mol. wt. 3,618Soluble in a variety of polar solvents, such as DMF, methanol, and water.