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27 Gauge One Pars Plana Port Vitrectomy with a Reflow Strategy for Macular Diseases and Beyond

Advantages: To report our results for macular hole using anterior chamber infusion during the reverse zonular flow “Reverse flow“ (personal technique) one port pars plana 27 gauge vitrectomy technique. Methods: A retrospective analysis of 10 eyes which underwent re-flow one port 27 gauge vitrectomy with the infusion in the anterior chamber for macular hole. This technique was used to decrease the turbulence of fluids in the vitreous...

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New 27 Gauge Microforceps: Efficiency Depends of the Distal Design

The authors present an improvement to the distal design of a 27 gauge microforceps. This leads to better efficiency for macular surgery, even with a very small 27 gauge instrument. It seems to be one of the first steps to create a real possibility of 27 gauge vitreoretinal surgery.

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27 Gauge One Pars Plana Port Vitrectomy with a Reflow Strategy for Macular Diseases

Advantages: To report our results for macular hole using anterior chamber infusion during the reverse zonular flow “Re-flow” (personal technique) one port pars plana 27 gauge vitrectomy technique. Methods: A retrospective analysis of 10 eyes which underwent re-flow one port 27 gauge vitrectomy with the infusion in the anterior chamber for macular hole. This technique was used to decrease the turbulence of fluids in the vitreous...

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27 Gauge Vitrectomy: A New Technology for the Future

Introduction: The newest technology in vitreoretinal surgery is the 27 gauge instrumentation platform.  We performed a number of 27 gauge procedures and have put together a paper relating our experience and findings with this advanced technology. Materials and Methods: The evaluations utilized 27 gauge surgery on a number of different cases, including but not limited to; epiretinal membrane peel, macular holes, retinal detachments, and...

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