Implant material
Form bodies, which can be rotationally-symmetrical or irregularly-shaped, consist of at least one member of the group of the antibiotic salts, gentamicin myristate, gentamicin palmitate, gentamicin stearate, tobramycin myristate, tobramycin palmitate, tobramycin stearate, amikacin myristate, amikacin palmitate, amikacin stearate, vancomycin palmitate, vancomycin stearate, ramoplanin palmitate, ramoplanin stearate, levofloxacin palmitate, levofloxacin stearate, ofloxacin palmitate, ofloxacin stearate, moxifloxacin palmitate, moxifloxacin stearate, clindamycin palmitate, and clindamycin stearate. A medical device for implantation, in which the form bodies are arranged on a biodegradable filament at a distance of 1 mm to 25 mm as well as a method for the manufacture of the medical device and the use of the form bodies or the medical device to treat chronic osteomyelitis are described.
1. Biodegradable filament having arranged thereon pressed form bodies consisting of:
(i) at least one member of the group of the antibiotic salts, gentamicin myristate, gentamicin palmitate, gentamicin stearate, tobramycin myristate, tobramycin palmitate, tobramycin stearate, amikacin myristate, amikacin palmitate, amikacin stearate, vancomycin palmitate, vancomycin stearate, ramoplanin palmitate, ramoplanin stearate, levofloxacin palmitate, levofloxacin stearate, ofloxacin palmitate, ofloxacin stearate, moxifloxacin palmitate, moxifloxacin stearate, clindamycin palmitate, and clindamycin stearate; and, optionally,
(ii) at least one water-soluble antibiotic.
2. The biodegradable filament according to claim 1 , wherein the pressed form bodies are irregular in shape.
3. The biodegradable filament according to claim 1 , wherein the pressed form bodies have a rotationally-symmetrical shape.
4. Medical device for implantation, comprising the biodegradable filament according to claim 1 , wherein the form bodies are arranged on the biodegradable filament at a distance of 1 mm to 25 mm.
5. The medical device according to claim 4 , wherein the biodegradable filament is braided.
6. Method for manufacturing a device according to claim 4 , comprising pressing form bodies of at least one antibiotic salt onto a filament and subsequently heat-treating at 50-70° C., wherein the at least one antibiotic salt is at least one member selected from the group consisting of the antibiotic salts, gentamicin myristate, gentamicin palmitate, gentamicin stearate, tobramycin myristate, tobramycin palmitate, tobramycin stearate, amikacin myristate, amikacin palmitate, amikacin stearate, vancomycin palmitate, vancomycin stearate, ramoplanin palmitate, ramoplanin stearate, levofloxacin palmitate, levofloxacin stearate, ofloxacin palmitate, ofloxacin stearate, moxifloxacin palmitate, moxifloxacin stearate, clindamycin palmitate, and clindamycin stearate.
7. A method of treating chronic osteomyelitis in a patient in need of such treatment, comprising implanting into said patient form bodies according to claim 1 .
8. A method of treating chronic osteomyelitis in a patient in need of such treatment, comprising implanting into said patient a device according to claim 4 .