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  • Presentation

Practical Pearls for Managing Bleeding, Tension, and Closure in Mohs and Skin Surgery

Description

The speaker shares practical tips for managing bleeding, tension, and closure in Mohs and skin surgery. For bleeding control, they recommend circumferential pressure around a small wound and then slowly releasing it so individual vessels can be identified and treated more effectively. They highlight tranexamic acid (TXA) as a useful, inexpensive option that can be given directly, mixed with anesthetic, applied topically on gauze, or used intralesionally, especially in patients at higher bleeding risk or after secondary intention healing. They also note important cautions, including thrombotic disease, pregnancy, and relative concern with oral contraceptive use. For closures under tension, they discuss tissue creep using towel clamps or skin hooks, the importance of tissue elasticity, and choosing suture bites carefully so they are large enough to hold but small enough to preserve stretch—the “Goldilocks” principle. They explain that undermining in the galeal plane can reduce bleeding but sacrifices elasticity, so the plane should match the closure goal. Finally, they describe a one-person “pulley stitch” technique for deep dermal sutures that simplifies tension management, reduces hand movement in the field, and may improve efficiency and safety.

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Conclusions

  • Effective bleeding control in dermatologic surgery often comes from simple mechanical tactics such as circumferential pressure, careful release to identify individual vessels, and targeted cautery.
  • Tranexamic acid appears to be a practical, low-cost, and versatile hemostatic adjunct that can reduce bleeding and postoperative calls when used topically, intralesionally, or with anesthetic.
  • TXA should not be used indiscriminately because thrombotic disease, pregnancy, and concurrent oral contraceptive use are important contraindications or cautions.
  • Taking clinical photographs is valuable because it improves documentation, helps recognize recurrence, and supports planning for reconstruction and closure.
  • Tissue creep and temporary offloading devices, such as towel clamps or similar tension-modulating methods, can increase tissue mobility and help achieve primary closure.
  • Choosing the correct suture and closure strategy requires accounting for postoperative edema and the need for elasticity so that tension can be maintained without cutting through tissue.
  • There is a Goldilocks balance in suture bites: too large can sacrifice elasticity and too small may fail to hold, so the optimal bite size is a trade-off.
  • Undermining should be chosen based on the goal of the closure, since deeper bloodless planes reduce bleeding but may eliminate the elastic tissue needed for stretch.
  • Surgery is fundamentally about trade-offs, and good outcomes depend on balancing tension relief, hemostasis, and preservation of tissue properties.
  • Simple adjuncts like button-style offloading dressings and swab-based support can reduce tension on closures and improve healing.
  • A pulley-style or single-sided tensioning technique can make deep dermal suturing easier, reduce hand fatigue, and speed up wound closure when working alone.
  • More efficient hemostasis and closure techniques may ultimately reduce complications, postoperative bruising, patient anxiety, and after-hours phone calls.
  • E. Forbat, F. Al-Niaimi, and F.R. Ali. Clinical and Experimental Dermatology, 2020.
  • Fernandez-Nieto D, Jimenez-Cauhe J, de Perosanz-Lobo D, Moreno-Arrones OM, Bea-Ardebol S. Maintained skin distension with a towel clamp for direct closure defects. J Am Acad Dermatol. 2021 Jan 23:S0190-9622(21)00208-5. doi: 10.1016/j.jaad.2020.12.090.#10.1016/j.jaad.2020.12.090
  • Shu Zhang, Owais Nabi, and Xian Jiang. New strategy of modulating incision tension: A wound tension offloading device applied before surgery.#10.1111/dth.14797
  • Murayama, A., Yoneda, H., Maehara, A. et al. A highly elastic absorbable monofilament suture fabricated from poly(3-hydroxybutyrate-co-4-hydroxybutyrate). Sci Rep 13, 3275 (2023).#10.1038/s41598-023-30292-w