Use of Bioabsorbable Plates for Cranial Fixation—Technical Note—
K Noda, R Tanikawa, T Sugimura… - Neurologia medico …, 2009 - jstage.jst.go.jp
LactoSorb fixation plates are made of a bioabsorbable polymer (82% poly-L-lactic acid
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb …
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb …
Use of Bioabsorbable Plates for Cranial Fixation-Technical Note
K NODA, R TANIKAWA, T SUGIMURA… - Neurologia medico …, 2009 - jlc.jst.go.jp
LactoSorb® fixation plates are made of a bioabsorbable polymer (82% poly-L-lactic acid
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb® …
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb® …
[PDF][PDF] Use of Bioabsorbable Plates for Cranial Fixation
K NODA, R TANIKAWA, T SUGIMURA… - Neurol Med Chir …, 2009 - scholar.archive.org
LactoSorb fixation plates are made of a bioabsorbable polymer (82% poly-L-lactic acid
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb …
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb …
Use of bioabsorbable plates for cranial fixation.
K Noda, R Tanikawa, T Sugimura… - Neurologia Medico …, 2009 - europepmc.org
LactoSorb fixation plates are made of a bioabsorbable polymer (82% poly-L-lactic acid and
18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb has been …
18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb has been …
Use of bioabsorbable plates for cranial fixation
K Noda, R Tanikawa, T Sugimura… - Neurologia medico …, 2009 - pubmed.ncbi.nlm.nih.gov
LactoSorb fixation plates are made of a bioabsorbable polymer (82% poly-L-lactic acid and
18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb has been …
18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb has been …
Use of Bioabsorbable Plates for Cranial Fixation-Technical Note
K NODA, R TANIKAWA, T SUGIMURA… - Neurologia medico …, 2009 - jlc.jst.go.jp
LactoSorb® fixation plates are made of a bioabsorbable polymer (82% poly-L-lactic acid
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb® …
and 18% polyglycolic acid), and the strength is not inferior to titanium plates. LactoSorb® …