FIELD: medicine.
SUBSTANCE: polymer material sample is placed into a vacuum chamber with a magnetron discharge unit. Argon is supplied into the device, and argon-metal plasma is generated. A polymer surface is activated, and a nanostructured metal coating is deposited thereon. A biodegradable material representing polyaminoacid covalently bond to cyclophosphazene is used as a polymer material. The coating is deposited in pulsed magnetron discharge plasma at burner voltage 400-700 V, current intensity 1-10 A, pulse length 1-20 ms and pulse count 1-100.
EFFECT: implementing this method enables developing the ecologically friendly technology of biomimetic nanostructured metallopolymers with controlled structure of metal coating and controlled processes of physiological electrical conductivity.
1 tbl, 3 dwg
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