Primary Retinal Detachment
Primary Retinal Detachment
Primary Retinal Detachment
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Chapter 9<br />
Repair of <strong>Primary</strong> <strong>Retinal</strong> <strong>Detachment</strong>:<br />
The Present State of the Art and How It Came About<br />
Ingrid Kreissig, Harvey Lincoff<br />
A major advance in the concept of treating a primary rhegmatogenous<br />
retinal detachment was the realization that the surgical problem<br />
was solely closing the leaking retinal break and that the extent<br />
of the detachment or tractional configurations remote from the<br />
break are of no consequence. Let us share with you this change in<br />
concept over time [1].<br />
Recall, Gonin [2] postulated – for the first time – that a leaking<br />
break is the cause of a retinal detachment, and his treatment was<br />
limited to the area of this break.With his operation, the attachment<br />
rate increased from 0% to 57%. However, this localized procedure<br />
was soon modified to coagulations of the entire quadrant of the<br />
leaking break. In 1931, Guist and Lindner [3, 4] circumvented further<br />
the need for localizing the leaking break by doing multiple<br />
cauterizations posterior to the estimated position of the break;<br />
Safar [5] applied a semicircle of coagulations posterior to the break.<br />
The intent was to create a “barrier” of retinal adhesions posterior<br />
to the leaking break. As a result, the treatment was no longer limited<br />
to the break, but was expanded over the quadrant in which the<br />
break or presumed breaks were located.<br />
In 1938, Rosengren [6] again limited – now for the second time<br />
– the coagulations to the leaking break. In addition – and for the<br />
first time – he added an intraocular tamponade of air, which was<br />
positioned in the area of the break to provide an internal support<br />
during the formation of retinal adhesion. <strong>Retinal</strong> attachment<br />
increased to about 77% with Rosengren’s procedure.<br />
However, the precise placement of coagulations around the<br />
break was difficult, and the Rosengren technique was not widely