Pan, L. -C., Huang, H. -M., Lee, S. -Y. |
------>authors3_c=None ------>paper_class1=2 ------>Impact_Factor=None ------>paper_class3=0 ------>paper_class2=0 ------>vol= ------>confirm_bywho=yangyuan ------>insert_bywho=hhm ------>Jurnal_Rank=None ------>authors4_c=None ------>comm_author= ------>patent_EDate=None ------>authors5_c=None ------>publish_day=None ------>paper_class2Letter=None ------>page2= ------>medlineContent= ------>unit=E0300 ------>insert_date=20000614 ------>iam=2 ------>update_date= ------>author=??? ------>change_event=5 ------>ISSN=None ------>authors_c=None ------>score=-122 ------>journal_name=Symposium on Oral Engineering: Application and Research. ------>paper_name=A novel thin film pizeoelectric diagnostic device for the analysis of osseointegration in titanium dental implants. ------>confirm_date=20010330 ------>tch_id=084021 ------>pmid=16362225 ------>page1=9 ------>fullAbstract=The present study assessed in vitro the short-term cellular response to surface physico-chemical properties of a new, purposed bioactive surface treatment called BioSpark performed on simply machined and on sand-blasted titanium. Material characterisation was carried out using scanning electron microscopy, energy dispersion spectroscopy, laser profilometry, and thin film X-ray diffraction. The in vitro biological study showed a suitable cellular response with adhesion and spreading level comparable for all the tested specimens. The proliferation analysis demonstrated that all the surfaces successfully supported cellular colonisation; in particular, higher cellular proliferation activity was observed on the BioSpark-treated materials, with values higher than machined titanium. The results suggest that the BioSpark treatment represents a smart way to enhance osteoblastic cellular colonisation and thus improve osteointegration processes of machined and sandblasted titanium for orthopaedic and dental implants. ------>tmu_sno=None ------>sno=1949 ------>authors2=None ------>authors3=None ------>authors4=None ------>authors5=None ------>authors6=None ------>authors6_c=None ------>authors=Pan, L. -C., Huang, H. -M., Lee, S. -Y. ------>delete_flag=0 ------>SCI_JNo=None ------>authors2_c=None ------>publish_area=None ------>updateTitle=Physical and biological characterizations of a novel multiphase anodic spark deposition coating to enhance implant osseointegration. ------>language=2 ------>check_flag= ------>submit_date= ------>country=None ------>no= ------>patent_SDate=None ------>update_bywho= ------>publish_year=2000 ------>submit_flag= ------>publish_month=None |