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Super-Hydrophilic, Bio-compatible Anti-Fog Coating for Lenses in Closed Body Cavity Surgery: VitreOxTM - Scientific Model, In Vitro Experiments and In Vivo Animal Trials

par Herbots, Nicole;Watson, Clarizza Fiel;Culbertson, Eric E.J.;Acharya, Ajjya A.J.;Thilmany, Pierre ;Marsh, Steven;Marsh, Raymond R.T.;Martins, Igor I.P.O.;Watson, Gabriel G.P.K.;Mascareno, A.M.;Sinha, Saloni;Gupta, Mayuri;Gupta, Nehal;Krishnan, Abijith
Référence MRS Advances, 1, 29, page (2141-2146)
Publication Publié, 2016

Article révisé par les pairs

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Titre:	Super-Hydrophilic, Bio-compatible Anti-Fog Coating for Lenses in Closed Body Cavity Surgery: VitreOxTM - Scientific Model, In Vitro Experiments and In Vivo Animal Trials
Auteur:	Herbots, Nicole; Watson, Clarizza Fiel; Culbertson, Eric E.J.; Acharya, Ajjya A.J.; Thilmany, Pierre; Marsh, Steven; Marsh, Raymond R.T.; Martins, Igor I.P.O.; Watson, Gabriel G.P.K.; Mascareno, A.M.; Sinha, Saloni; Gupta, Mayuri; Gupta, Nehal; Krishnan, Abijith
Informations sur la publication:	MRS Advances, 1, 29, page (2141-2146)
Statut de publication:	Publié, 2016
Sujet CREF:	Généralités
Mots-clés:	biomaterial
	coating
	optical properties
Note générale:	SCOPUS: cp.p
Langue:	Anglais
Identificateurs:	urn:issn:2059-8521
	info:doi/10.1557/adv.2016.474
	info:pii/S2059852116004746
	info:scp/85041611016