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Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy

Video Author: Querques, Giuseppe MD, PhD*,†; La Spina, Carlo MD*; Miserocchi, Elisabetta MD*; Gagliardi, Marco MD*; Corvi, Federico MD*; Bandello, Francesco MD, FEBO*
Published on: 02.09.2015
Associated with: RETINA. 34(10):2158-2160, October 2014

Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy

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Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Creator: Querques, Giuseppe MD, PhD*,†; La Spina, Carlo MD*; Miserocchi, Elisabetta MD*; Gagliardi, Marco MD*; Corvi, Federico MD*; Bandello, Francesco MD, FEBO*
Duration: 0:04
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
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Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Creator: Querques, Giuseppe MD, PhD*,†; La Spina, Carlo MD*; Miserocchi, Elisabetta MD*; Gagliardi, Marco MD*; Corvi, Federico MD*; Bandello, Francesco MD, FEBO*
Duration: 0:03
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Play Video | + Favorites
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Creator: Querques, Giuseppe MD, PhD*,†; La Spina, Carlo MD*; Miserocchi, Elisabetta MD*; Gagliardi, Marco MD*; Corvi, Federico MD*; Bandello, Francesco MD, FEBO*
Duration: 0:09
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Play Video | + Favorites
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Creator: Querques, Giuseppe MD, PhD*,†; La Spina, Carlo MD*; Miserocchi, Elisabetta MD*; Gagliardi, Marco MD*; Corvi, Federico MD*; Bandello, Francesco MD, FEBO*
Duration: 0:04
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Play Video | + Favorites
Segmental Scleral Buckle
Creator: Kevin J. Warrian
Duration: 2:09
POV Head Mounted Video of Scleral Buckling
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Magnified Picture in Picture of Scleral Buckle
Creator: Kevin J. Warrian
Duration: 1:01
Magnified Picture in Picture of Scleral Buckle Suturing
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HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
Creator: Koo, Hee Chan MD; Shin, Jeong Ah MD; Lim, Won Il MD; Kim, Jun Bum MD; Byun, Yeo Jue MD; Lee, Eun Koo MD, PhD; Park, Young-Hoon MD, PhD
Duration: 0:47
HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
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HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
Creator: Koo, Hee Chan MD; Shin, Jeong Ah MD; Lim, Won Il MD; Kim, Jun Bum MD; Byun, Yeo Jue MD; Lee, Eun Koo MD, PhD; Park, Young-Hoon MD, PhD
Duration: 1:03
HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
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HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
Creator: Koo, Hee Chan MD; Shin, Jeong Ah MD; Lim, Won Il MD; Kim, Jun Bum MD; Byun, Yeo Jue MD; Lee, Eun Koo MD, PhD; Park, Young-Hoon MD, PhD
Duration: 0:18
HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
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Perfluoro-n-octane Assisted Single-layered Inverted Internal Limiting Membrane Flap Technique for Macular Hole Surgery
Creator: Shin, Min Kyu MD; Park, Keun Heung MD; Park, Sung Who MD; Byon, Ik Soo MD; Lee, Ji Eun MD, PhD
Duration: 1:31
Single-layered Inverted Internal Limiting Membrane Flap Technique for Macular Hole
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Pseudodrusen - Subretinal Drusenoid Deposit Comparison
Creator: Richard F. Spaide, MD
Duration: 0:12
Vertical movement of sampling through subretinal drusenoid deposits
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Bow-String Technique for Iris Pupilloplasty and Posterior Iris-Claw Artisan Intraocular Lens Implant in Traumatic Aphakia With Associated Iris Defects
Creator: Javier Zarranz-Ventura, MD, PhD, FEBO
Duration: 2:02
We describe a novel technique to overcome sector iris defects using non-absorbable sutures to allow
Play Video | + Favorites
A Simple Method for Detecting Vitrectomy Infusion Line Position in Hazy Media, in Case of Poor Visualization
Creator: Ansari Shoeibi
Duration: 1:20
A simple method for detecting vitrectomy infusion line position in hazy media and reinsering in the same place.
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EPIRETINAL PROLIFERATION SEEN IN ASSOCIATION WITH LAMELLAR MACULAR HOLES: A Distinct Clinical Entity
Creator: Claudine Pang
Duration: 0:16
Sequential radial SD-OCT scans of the patient in Figure 1, demonstrating LHEP and its tissue connections to middle retinal layers.
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Scleral Fixation of Posterior Chamber Intraocular Lenses Using Gore-Tex Suture With Concurrent 23-Gauge Pars Plana Vitrectomy
Creator: Adam T. Gerstenblith
Duration: 3:23
Combined scleral sutured IOL and 23g PPV using Gore-Tex(R) suture
Play Video | + Favorites
An Easy Method to Raise the 25-Gauge Trocar and Cannula System for Retinopathy of Prematurity-Related Lens-Sparing Vitrectomy
Creator: Naresh Babu, Parag K. Shah, Venkatapathy Narendran, Narendran Kalpana, Ramasamy Kim
Duration: 1:26
Transconjunctival sclerotomies are made in the standard fashion, and vitrectomy is performed. After the surgery, the cannulas are removed by holding the silicon piece and no sutures are required.
Play Video | + Favorites
Interface Vitrectomy
Creator: Sigler, Eric J.; Charles, Steve; Calzada, Jorge I.
Duration: 4:00
Interface vitrectomy is used after a full vitreous cavity air fill for enhanced visualization of the vitreous base. The microvitrector is placed within the vitreous base with the port directed away from the retinal surface, and the vitreous removed. Video demonstrates vitreous base truncation under air.
Play Video | + Favorites
Sutureless Scleral Tunnel Intraocular Lens Fixation in the Pediatric Population
Creator: Walsh, Mark K. MD, PhD; Joshi, Malav MD
Duration: 1:12
Video demonstrates the key steps of a SST-IOL technique procedure in a 14-month-old child (Patient 1 in Table 1) with a history of congenital aniridia and congenital cataracts in both eyes status and cataract extraction elsewhere followed by secondary IOL implantation in the sulcus elsewhere in the right eye. The IOL dislocated because of insufficient capsular support, at which point he was referred to one of the authors (M.K.W.) who performed the SST-IOL technique to fixate the dislocated 3-piece IOL into the ciliary sulcus.
Play Video | + Favorites
Sutureless Scleral Tunnel Intraocular Lens Fixation in the Pediatric Population
Creator: Walsh, Mark K. MD, PhD; Joshi, Malav MD
Duration: 2:53
SST-IOL technique: Video shows the surgery of Patient 3 (Table 1). At 3 months of age, one of the authors (M.K.W.) performed a limbal-based lensectomy and vitrectomy for combined anterior and posterior persistent fetal vasculature syndrome associated with epipapillary traction retinal detachment. His traction retinal detachment resolved, but he did not tolerate contact lens wear, therefore a secondary IOL was placed in SST-IOL fashion at 2 years of age.
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Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Creator: Querques, Giuseppe MD, PhD*,†; La Spina, Carlo MD*; Miserocchi, Elisabetta MD*; Gagliardi, Marco MD*; Corvi, Federico MD*; Bandello, Francesco MD, FEBO*
Duration: 0:04
Show More 
Show Less 
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Play Video | + Favorites
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Creator: Querques, Giuseppe MD, PhD*,†; La Spina, Carlo MD*; Miserocchi, Elisabetta MD*; Gagliardi, Marco MD*; Corvi, Federico MD*; Bandello, Francesco MD, FEBO*
Duration: 0:09
Show More 
Show Less 
Angiographic Evidence of Retinal Artery Transient Occlusion in Paracentral Acute Middle Maculopathy
Play Video | + Favorites
Segmental Scleral Buckle
Creator: Kevin J. Warrian
Duration: 2:09
Show More 
Show Less 
POV Head Mounted Video of Scleral Buckling
Play Video | + Favorites
Magnified Picture in Picture of Scleral Buckle
Creator: Kevin J. Warrian
Duration: 1:01
Show More 
Show Less 
Magnified Picture in Picture of Scleral Buckle Suturing
Play Video | + Favorites
HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
Creator: Koo, Hee Chan MD; Shin, Jeong Ah MD; Lim, Won Il MD; Kim, Jun Bum MD; Byun, Yeo Jue MD; Lee, Eun Koo MD, PhD; Park, Young-Hoon MD, PhD
Duration: 0:47
Show More 
Show Less 
HYPERREFLECTIVE FOVEAL LESION OBSERVED WITH OPTICAL COHERENCE TOMOGRAPHY IN CASES OF EPIRETINAL MEMBRANES WITH A FIRM FOVEAL ATTACHMENT
Play Video | + Favorites
Perfluoro-n-octane Assisted Single-layered Inverted Internal Limiting Membrane Flap Technique for Macular Hole Surgery
Creator: Shin, Min Kyu MD; Park, Keun Heung MD; Park, Sung Who MD; Byon, Ik Soo MD; Lee, Ji Eun MD, PhD
Duration: 1:31
Show More 
Show Less 
Single-layered Inverted Internal Limiting Membrane Flap Technique for Macular Hole
Play Video | + Favorites
Pseudodrusen - Subretinal Drusenoid Deposit Comparison
Creator: Richard F. Spaide, MD
Duration: 0:12
Show More 
Show Less 
Vertical movement of sampling through subretinal drusenoid deposits
Play Video | + Favorites
Bow-String Technique for Iris Pupilloplasty and Posterior Iris-Claw Artisan Intraocular Lens Implant in Traumatic Aphakia With Associated Iris Defects
Creator: Javier Zarranz-Ventura, MD, PhD, FEBO
Duration: 2:02
Show More 
Show Less 
We describe a novel technique to overcome sector iris defects using non-absorbable sutures to allow
Play Video | + Favorites
A Simple Method for Detecting Vitrectomy Infusion Line Position in Hazy Media, in Case of Poor Visualization
Creator: Ansari Shoeibi
Duration: 1:20
Show More 
Show Less 
A simple method for detecting vitrectomy infusion line position in hazy media and reinsering in the same place.
Play Video | + Favorites
EPIRETINAL PROLIFERATION SEEN IN ASSOCIATION WITH LAMELLAR MACULAR HOLES: A Distinct Clinical Entity
Creator: Claudine Pang
Duration: 0:16
Show More 
Show Less 
Sequential radial SD-OCT scans of the patient in Figure 1, demonstrating LHEP and its tissue connections to middle retinal layers.
Play Video | + Favorites
Scleral Fixation of Posterior Chamber Intraocular Lenses Using Gore-Tex Suture With Concurrent 23-Gauge Pars Plana Vitrectomy
Creator: Adam T. Gerstenblith
Duration: 3:23
Show More 
Show Less 
Combined scleral sutured IOL and 23g PPV using Gore-Tex(R) suture
Play Video | + Favorites
An Easy Method to Raise the 25-Gauge Trocar and Cannula System for Retinopathy of Prematurity-Related Lens-Sparing Vitrectomy
Creator: Naresh Babu, Parag K. Shah, Venkatapathy Narendran, Narendran Kalpana, Ramasamy Kim
Duration: 1:26
Show More 
Show Less 
Transconjunctival sclerotomies are made in the standard fashion, and vitrectomy is performed. After the surgery, the cannulas are removed by holding the silicon piece and no sutures are required.
Play Video | + Favorites
Interface Vitrectomy
Creator: Sigler, Eric J.; Charles, Steve; Calzada, Jorge I.
Duration: 4:00
Show More 
Show Less 
Interface vitrectomy is used after a full vitreous cavity air fill for enhanced visualization of the vitreous base. The microvitrector is placed within the vitreous base with the port directed away from the retinal surface, and the vitreous removed. Video demonstrates vitreous base truncation under air.
Play Video | + Favorites
Sutureless Scleral Tunnel Intraocular Lens Fixation in the Pediatric Population
Creator: Walsh, Mark K. MD, PhD; Joshi, Malav MD
Duration: 1:12
Show More 
Show Less 
Video demonstrates the key steps of a SST-IOL technique procedure in a 14-month-old child (Patient 1 in Table 1) with a history of congenital aniridia and congenital cataracts in both eyes status and cataract extraction elsewhere followed by secondary IOL implantation in the sulcus elsewhere in the right eye. The IOL dislocated because of insufficient capsular support, at which point he was referred to one of the authors (M.K.W.) who performed the SST-IOL technique to fixate the dislocated 3-piece IOL into the ciliary sulcus.
Play Video | + Favorites
Sutureless Scleral Tunnel Intraocular Lens Fixation in the Pediatric Population
Creator: Walsh, Mark K. MD, PhD; Joshi, Malav MD
Duration: 2:53
Show More 
Show Less 
SST-IOL technique: Video shows the surgery of Patient 3 (Table 1). At 3 months of age, one of the authors (M.K.W.) performed a limbal-based lensectomy and vitrectomy for combined anterior and posterior persistent fetal vasculature syndrome associated with epipapillary traction retinal detachment. His traction retinal detachment resolved, but he did not tolerate contact lens wear, therefore a secondary IOL was placed in SST-IOL fashion at 2 years of age.
Play Video | + Favorites
Sutureless Scleral Tunnel Intraocular Lens Fixation in the Pediatric Population
Creator: Walsh, Mark K. MD, PhD; Joshi, Malav MD
Duration: 1:19
Show More 
Show Less 
SST-IOL technique: Given the risk of anisometropic amblyopia, a second 3-piece IOL was placed in the right eye as a piggyback lens in SST-IOL fashion. A silicone IOL (Bausch & Lomb LI61AO, Bridgewater, NJ) was used to decrease IOL interface opacification or fibrosis risk. The same technique as outlined above was used except that the ciliary sulcus-based sclerotomies were placed at 3- and 9-o' clock and were made 1 mm, not 1.5 mm, from the limbus. This is the first report of SST-IOL placed in piggyback fashion to our knowledge.
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LUTEIN: A New Dye for Chromovitrectomy
Creator: Mauricio Maia, MD, PhD
Duration: 1:47
Show More 
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Five main intraoperative characteristics of the dye were observed.
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Smartphone fluorescein angiography
Creator: Shin Suto
Duration: 0:21
Show More 
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The video images were captured in the similar manner as in smartphone funduscopy.
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C-MICS and 23G vitrectomy
Creator: Marcin Czajka MD, PhD
Duration: 2:35
Show More 
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Video presents combined procedure of C-MICS (coaxial micro-incision cataract surgery) and 23G vitrectomy
Play Video | + Favorites