ISTANBUL 2015:Cornea Day (Section 1)

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* 1. Name and/or Badge ID Number:

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* 2. Professional Situation:

Resident

Hospital Staff

Private Practice

Industry

Ophthalmic Assistant

University

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* 3. Areas of interest:

Cataract

Refractive Surgery

Cornea

Glaucoma

Retina

Other (please specify)

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* 4. How did you rate the course content?

Excellent

Good

Satisfactory

Poor

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* 5. SECTION 1: Ocular Surface Disease: What Worked and What Did Not
How would you rate the presentation of each presenter?

	Excellent	Good	Average	Poor
M. Labetoulle: Triggering factors and prevention in HSV and VZV keratitis	M. Labetoulle: Triggering factors and prevention in HSV and VZV keratitis Excellent	M. Labetoulle: Triggering factors and prevention in HSV and VZV keratitis Good	M. Labetoulle: Triggering factors and prevention in HSV and VZV keratitis Average	M. Labetoulle: Triggering factors and prevention in HSV and VZV keratitis Poor
M. Morral: Ocular surface reconstructions of a case of total limbal deficiency secondary to an acid burn	M. Morral: Ocular surface reconstructions of a case of total limbal deficiency secondary to an acid burn Excellent	M. Morral: Ocular surface reconstructions of a case of total limbal deficiency secondary to an acid burn Good	M. Morral: Ocular surface reconstructions of a case of total limbal deficiency secondary to an acid burn Average	M. Morral: Ocular surface reconstructions of a case of total limbal deficiency secondary to an acid burn Poor
S. Sapeta: Resistant neurotrophic corneal ulcer	S. Sapeta: Resistant neurotrophic corneal ulcer Excellent	S. Sapeta: Resistant neurotrophic corneal ulcer Good	S. Sapeta: Resistant neurotrophic corneal ulcer Average	S. Sapeta: Resistant neurotrophic corneal ulcer Poor
I. Leal: Spontaneous perforation of the cornea in microscopic polyangiitis	I. Leal: Spontaneous perforation of the cornea in microscopic polyangiitis Excellent	I. Leal: Spontaneous perforation of the cornea in microscopic polyangiitis Good	I. Leal: Spontaneous perforation of the cornea in microscopic polyangiitis Average	I. Leal: Spontaneous perforation of the cornea in microscopic polyangiitis Poor
A. Puiu: Ocular surface squamous neoplasia: a great mimicker cinical features and management	A. Puiu: Ocular surface squamous neoplasia: a great mimicker cinical features and management Excellent	A. Puiu: Ocular surface squamous neoplasia: a great mimicker cinical features and management Good	A. Puiu: Ocular surface squamous neoplasia: a great mimicker cinical features and management Average	A. Puiu: Ocular surface squamous neoplasia: a great mimicker cinical features and management Poor
E.Mrukwa-Kominek: The benefits of matrix regenerative therapy in progressive corneal thinning	E.Mrukwa-Kominek: The benefits of matrix regenerative therapy in progressive corneal thinning Excellent	E.Mrukwa-Kominek: The benefits of matrix regenerative therapy in progressive corneal thinning Good	E.Mrukwa-Kominek: The benefits of matrix regenerative therapy in progressive corneal thinning Average	E.Mrukwa-Kominek: The benefits of matrix regenerative therapy in progressive corneal thinning Poor
N. Nassiri: Epibulbar dermoid cyst in association with VACTER syndrome	N. Nassiri: Epibulbar dermoid cyst in association with VACTER syndrome Excellent	N. Nassiri: Epibulbar dermoid cyst in association with VACTER syndrome Good	N. Nassiri: Epibulbar dermoid cyst in association with VACTER syndrome Average	N. Nassiri: Epibulbar dermoid cyst in association with VACTER syndrome Poor
G. Kaya: Rose K lenses for keratoconus	G. Kaya: Rose K lenses for keratoconus Excellent	G. Kaya: Rose K lenses for keratoconus Good	G. Kaya: Rose K lenses for keratoconus Average	G. Kaya: Rose K lenses for keratoconus Poor
S. Sapeta: In vivo corneal confocal microscopy after laser peripheral iridotomy in glaucoma patients	S. Sapeta: In vivo corneal confocal microscopy after laser peripheral iridotomy in glaucoma patients Excellent	S. Sapeta: In vivo corneal confocal microscopy after laser peripheral iridotomy in glaucoma patients Good	S. Sapeta: In vivo corneal confocal microscopy after laser peripheral iridotomy in glaucoma patients Average	S. Sapeta: In vivo corneal confocal microscopy after laser peripheral iridotomy in glaucoma patients Poor
M. Tunc: Effects of cyclosporin A (%0.05) in rehabilitation of the ocular surface following epithelial tumor removal	M. Tunc: Effects of cyclosporin A (%0.05) in rehabilitation of the ocular surface following epithelial tumor removal Excellent	M. Tunc: Effects of cyclosporin A (%0.05) in rehabilitation of the ocular surface following epithelial tumor removal Good	M. Tunc: Effects of cyclosporin A (%0.05) in rehabilitation of the ocular surface following epithelial tumor removal Average	M. Tunc: Effects of cyclosporin A (%0.05) in rehabilitation of the ocular surface following epithelial tumor removal Poor
U. Erdem: Long term results of ‘hiperbari oxygen and mitomycin-C assisted limbal – minitransplantation’ for severe alkaline corneal burns associated with total limbal insufficiency	U. Erdem: Long term results of ‘hiperbari oxygen and mitomycin-C assisted limbal – minitransplantation’ for severe alkaline corneal burns associated with total limbal insufficiency Excellent	U. Erdem: Long term results of ‘hiperbari oxygen and mitomycin-C assisted limbal – minitransplantation’ for severe alkaline corneal burns associated with total limbal insufficiency Good	U. Erdem: Long term results of ‘hiperbari oxygen and mitomycin-C assisted limbal – minitransplantation’ for severe alkaline corneal burns associated with total limbal insufficiency Average	U. Erdem: Long term results of ‘hiperbari oxygen and mitomycin-C assisted limbal – minitransplantation’ for severe alkaline corneal burns associated with total limbal insufficiency Poor

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* 6. Comments: