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A randomized controlled study compared early versus delayed postoperative adjustment of adjustable sutures in adult strabismus surgery. The investigators evaluated ocular alignment and pain associated with adjustment at either 2–4 hours or approximately 24 hours after surgery. The study found broadly comparable short-term alignment outcomes between the strategies, supporting the idea that there may not be a single universally superior adjustment window. This is practically relevant because postoperative logistics vary across hospitals and patients. Early adjustment can take advantage of immediate postoperative alignment information, while delayed adjustment may be more convenient in some settings and may allow early surgical swelling to settle. For strabismus surgeons, the key takeaway is that the overall success of adjustable-suture surgery depends on appropriate patient selection, accurate muscle surgery, careful alignment assessment, and a postoperative protocol that the team can execute reliably. The study also reinforces the importance of discussing the patient's tolerance for adjustment, because procedural pain and anxiety can influence the feasibility of awake postoperative modification. Individualizing the timing may therefore be more useful than rigid adherence to one schedule.
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A randomized controlled study compared early versus delayed postoperative adjustment of adjustable sutures in adult strabismus surgery. The investigators evaluated ocular alignment and pain associated with adjustment at either 2–4 hours or approximately 24 hours after surgery. The study found broadly comparable short-term alignment outcomes between the strategies, supporting the idea that there may not be a single universally superior adjustment window. This is practically relevant because postoperative logistics vary across hospitals and patients. Early adjustment can take advantage of immediate postoperative alignment information, while delayed adjustment may be more convenient in some settings and may allow early surgical swelling to settle. For strabismus surgeons, the key takeaway is that the overall success of adjustable-suture surgery depends on appropriate patient selection, accurate muscle surgery, careful alignment assessment, and a postoperative protocol that the team can execute reliably. The study also reinforces the importance of discussing the patient's tolerance for adjustment, because procedural pain and anxiety can influence the feasibility of awake postoperative modification. Individualizing the timing may therefore be more useful than rigid adherence to one schedule.
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