Title : Controlled release of insulin from polymer matrices. In vitro kinetics.

Pub. Date : 1986 Jun

PMID : 3519323






5 Functional Relationships(s)
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1 Release kinetics from these insulin polymer matrices were enhanced by increasing the insulin solubility, the insulin powder particle size, the loading of insulin within the matrix, and the porosity of the matrix. Polymers insulin Homo sapiens
2 Release kinetics from these insulin polymer matrices were enhanced by increasing the insulin solubility, the insulin powder particle size, the loading of insulin within the matrix, and the porosity of the matrix. Polymers insulin Homo sapiens
3 Release kinetics from these insulin polymer matrices were enhanced by increasing the insulin solubility, the insulin powder particle size, the loading of insulin within the matrix, and the porosity of the matrix. Polymers insulin Homo sapiens
4 Release kinetics from these insulin polymer matrices were enhanced by increasing the insulin solubility, the insulin powder particle size, the loading of insulin within the matrix, and the porosity of the matrix. Polymers insulin Homo sapiens
5 Appropriate geometric design of the polymer matrix resulted in near-constant insulin release rates. Polymers insulin Homo sapiens