Biokompatibilita implantátů používaných při mikrochirurgii oka

Over the years of 2000 trough 2003 I had worked at two Centers of Ophthalmology in USA. During my fellowship at Center for Reaserch on Ocular Therapeutics and Biodevices, Storm Eye Institute, Medical University of South Carolina, Charleston, South Carolina and at John A. Moran Eye Center University of Utah, Salt Lake City, Utah, I had worked as a member of Apple Korps team on the analyses of four various hydrofilic acrylic intraocular lenses (Hydroview H60M, SC60B-OUV, Aqua Sense a MemoryLens). These explanted IOLs were sent to our Centers from the Ophthalmology Clinics from all over the world due to their opacification. Since the year 2005, after my return from the USA, as an ophthalmologist of Eye Clinic F.D. Roosevelt Hospital, Postgraduate Medical School in Banska Bystrica, I continued working on the analyses of explanted IOLs in close cooperation with above specified US Centers as well as with at the time freshly established European Center BERI in Berlin. Analyses of 7 opacificated IOLs (3 MemoryLens, 1 Aqua Sense, 1 Sofcryl, 1 Oculentis and 1 Acrysof ) was performed at the Eye Clinic in Banska Bystrica. Using examination methods (such as gross macroscopic and microscopic analyses, histochemical staining using Alizarin red and von Kossa method, Scanning electron microscopy -SEM and Electron...Súhrn V rokoch 2000 až 2003 som pracovala v USA na dvoch pracoviskách. Počas môjho fellovship v Center for Research on Ocular Therapeutics and Biodevices, Storm Eye Institute, Medical University of South Carolina, Charleston, South Carolina a v John A. Moran Eye Center, University of Utah, Salt Lake City, Utah som ako člen Apple Korps tímu pracovala na analýze štyroch typov hydrofilných akrylátových umelých vnútroočných šošoviek (Hydroview H60M, SC60B-OUV, Aqua Sense a MemoryLens), ktoré boli do našich centier zaslané z oftalmologických pracovísk celého sveta po explantácii pre ich opacifikáciu. Po návrate z USA som od roku 2005 ako sekundárny lekár Očnej kliniky Slovenskej zdravotníckej univerzity FNsP F.D. Roosevelta v Banskej Bystrici pokračovala v analýze explantovaných umelých vnútroočných šošoviek v spolupráci s horeuvedenými americkými pracoviskami ako aj s novovzniknutým európskym pracoviskom BERI v Berlíne. V Banskej Bystrici bola vykonaná analýza 7 opacifikovaných umelých vnútroočných šošoviek (3 MemoryLens, 1 Aqua Sense, 1 Sofcryl, 1 Oculentis a 1 Acrysof). Pomocou komplexu vyšetrovacích metód (Gross makroskopická a mikroskopická analýza, histochemické farbenia alizarínovou červeňou a metódou von Kossa, elektrónova rastrovacia mikroskopia - SEM a RTG spektroskopická analýza - EDS) sme dokázali,...Department of OphthalmologyOční klinikaLékařská fakulta v Hradci KrálovéFaculty of Medicine in Hradec Králov

Biocompatibility of implants used in mikrosurgery of the eye

Over the years of 2000 trough 2003 I had worked at two Centers of Ophthalmology in USA. During my fellowship at Center for Reaserch on Ocular Therapeutics and Biodevices, Storm Eye Institute, Medical University of South Carolina, Charleston, South Carolina and at John A. Moran Eye Center University of Utah, Salt Lake City, Utah, I had worked as a member of Apple Korps team on the analyses of four various hydrofilic acrylic intraocular lenses (Hydroview H60M, SC60B-OUV, Aqua Sense a MemoryLens). These explanted IOLs were sent to our Centers from the Ophthalmology Clinics from all over the world due to their opacification. Since the year 2005, after my return from the USA, as an ophthalmologist of Eye Clinic F.D. Roosevelt Hospital, Postgraduate Medical School in Banska Bystrica, I continued working on the analyses of explanted IOLs in close cooperation with above specified US Centers as well as with at the time freshly established European Center BERI in Berlin. Analyses of 7 opacificated IOLs (3 MemoryLens, 1 Aqua Sense, 1 Sofcryl, 1 Oculentis and 1 Acrysof ) was performed at the Eye Clinic in Banska Bystrica. Using examination methods (such as gross macroscopic and microscopic analyses, histochemical staining using Alizarin red and von Kossa method, Scanning electron microscopy -SEM and Electron..