ARVO - Moria - Alchimia https://alchimiasrl.com/information/meeting-presentations/arvo/ Your ideas, our solutions Wed, 27 Mar 2019 14:49:31 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 https://alchimiasrl.com/wp-content/uploads/2020/03/cropped-Icon-per-sito-32x32.jpg ARVO - Moria - Alchimia https://alchimiasrl.com/information/meeting-presentations/arvo/ 32 32 Asymmetric Perfluorocarbon liquids (aPFCLs) and combination aPFCLs/silicone oil (PDMS): Pilot in-vivo Biocompatibility Study https://alchimiasrl.com/asymmetric-perfluorocarbon-liquids-apfcls-and-combination-apfcls-silicone-oil-pdms-pilot-in-vivo-biocompatibility-study/ Mon, 28 Jun 2010 15:25:39 +0000 https://alchimiasrl.com/?p=12738 Year: 2010 Authors: Parel J-M; Arrieta E.; Aguilar M.C.; Lee E.; Ponce F.; Hernandez E.; Albini T.; Dubovy S.; Beccaro M.; Mariotti, C. ARVO 2010 Poster Abstract: Two novel asymmetric liquid perfluorocarbons (aPFCL) (AL.CHI.MI.A. S.r.l., Italy), alone or in combination with silicone oil (PDMS), were investigated in the rabbit model in comparison with silicone oil, [...]

L'articolo Asymmetric Perfluorocarbon liquids (aPFCLs) and combination aPFCLs/silicone oil (PDMS): Pilot in-vivo Biocompatibility Study proviene da Moria - Alchimia.

]]>

Year: 2010

Authors: Parel J-M; Arrieta E.; Aguilar M.C.; Lee E.; Ponce F.; Hernandez E.; Albini T.; Dubovy S.; Beccaro M.; Mariotti, C.

ARVO 2010 Poster

Abstract: Two novel asymmetric liquid perfluorocarbons (aPFCL) (AL.CHI.MI.A. S.r.l., Italy), alone or in combination with silicone oil (PDMS), were investigated in the rabbit model in comparison with silicone oil, F6H8 and Densiron 68.
Among the investigated compounds, only the mixture (aPFCL)/PDMS did not show retinal toxicity.

L'articolo Asymmetric Perfluorocarbon liquids (aPFCLs) and combination aPFCLs/silicone oil (PDMS): Pilot in-vivo Biocompatibility Study proviene da Moria - Alchimia.

]]> 2nd Generation Perfluorocarbon Liquids: In vivo Biocompatibility Study https://alchimiasrl.com/2nd-generation-perfluorocarbon-liquids-in-vivo-biocompatibility-study/ Sun, 28 Jun 2009 15:23:46 +0000 https://alchimiasrl.com/?p=12734 Year: 2009, ARVO Authors: Aguilar M.C.; Quintero E.A.; Medina C.; Hernandez H.; Dubovy S.; Parel, J-M. ARVO 2009 Poster Abstract: The study performed by the University of Miami indicated that a novel Perfluorocarbon Liquid polymer (AL.CHI.MI.A. S.r.l., Italy) does not emulsify and is well tolerated in the rabbit model for 4 months and potentially [...]

L'articolo 2nd Generation Perfluorocarbon Liquids: In vivo Biocompatibility Study proviene da Moria - Alchimia.

]]>

Year: 2009, ARVO

Authors: Aguilar M.C.; Quintero E.A.; Medina C.; Hernandez H.; Dubovy S.; Parel, J-M.

ARVO 2009 Poster

Abstract: The study performed by the University of Miami indicated that a novel Perfluorocarbon Liquid polymer (AL.CHI.MI.A. S.r.l., Italy) does not emulsify and is well tolerated in the rabbit model for 4 months and potentially could be effectively used in vitreoretinal surgery as a vitreous substitute.

L'articolo 2nd Generation Perfluorocarbon Liquids: In vivo Biocompatibility Study proviene da Moria - Alchimia.

]]> Novel Biodegradable versus Non-Biodegradable Perfluorocarbon Liquids: In Vivo Pilot Study in Rabbits https://alchimiasrl.com/novel-biodegradable-versus-non-biodegradable-perfluorocarbon-liquids-in-vivo-pilot-study-in-rabbits/ Sat, 28 Jun 2008 15:17:40 +0000 https://alchimiasrl.com/?p=12728 Year: 2008, ARVO Authors: Aguilar M.C.; Arrieta E.; Amelinckx A.; Parel, J-M. Abstract: The biocompatibility and stability of novel biodegradable “heavier than water” vitreous substitutes (Alchimia Srl, Italy) were investigated in the rabbit model. The pilot study indicated that biodegradable neo-PFCL might potentially become part of the vitreous surgery armamentarium. [...]

L'articolo Novel Biodegradable versus Non-Biodegradable Perfluorocarbon Liquids: In Vivo Pilot Study in Rabbits proviene da Moria - Alchimia.

]]>

Year: 2008, ARVO

Authors: Aguilar M.C.; Arrieta E.; Amelinckx A.; Parel, J-M.

Abstract: The biocompatibility and stability of novel biodegradable “heavier than water” vitreous substitutes (Alchimia Srl, Italy) were investigated in the rabbit model. The pilot study indicated that biodegradable neo-PFCL might potentially become part of the vitreous surgery armamentarium.

L'articolo Novel Biodegradable versus Non-Biodegradable Perfluorocarbon Liquids: In Vivo Pilot Study in Rabbits proviene da Moria - Alchimia.

]]>