A surgeon’s tools are analogous to those of a carpenter, a mechanic, a research chemist, or an atomic physicist. High-quality instruments are required for the performance of precise and excellent surgery. Although a fine surgeon may overcome the deficits of inferior instruments, the real and potential difficulties presented by using second-rate tools make doing first-rate surgery harder. Good instruments coupled with good surgeons yield the best outcomes.

Throughout this book, reference is made to various instruments used in the performance of specific operations. For convenience, this section codifies the panoply of instruments commonly used in gynecologic surgery.

Forceps

A number of forceps are available. Atraumatic forceps include the Adson and DeBakey instruments. For lymph node and fat dissection, for example, obturator fossa dissection, ring forceps are quite acceptable. Rat-tooth forceps are excellent for traction and for holding tissue securely; however, they may traumatize skin and other delicate tissues. Adson-Brown forceps are the best instruments for grasping skin edges during closure procedures ( Fig. 4.1A to C ). For fine work deep in the pelvis, for example, dissecting around the ureter or iliac vessels, I prefer a bayonet forceps equipped with a brown-toothed tip ( Fig. 4.1D and E ).

FIG. 4.1, A. Five surgical forceps are shown. From the top: DeBakey, Adson-Brown, ring, rat-tooth, standard (6-inch), and medium (10-inch) tissue forceps. B, Close-up view of the atraumatic DeBakey (top) and Adson-Brown forceps (bottom) . C. Close-up view of the ring forceps, which are ideal for clearing fatty tissue from the obturator fossa and between large vessels. Below is the grasping end of rat-tooth tissue forceps. D. Bayonet forceps ( top and center ) and Adson forceps (bottom) are ideal for fine tissue handling. E. Another view of the forceps shown in Fig. 4.1D.

Clamps

Clamps may be subdivided into grasping and traction clamps, which include Allis and Ochsner clamps. Grasping clamps are relatively atraumatic, whereas traction clamps are best suited to specimens that will be excised or otherwise removed. Allis clamps are frequently required in vaginal and abdominal surgery. Babcock clamps are atraumatic instruments useful for grasping delicate structures, such as the oviducts, utero-ovarian ligaments, and other fragile tubular structures ( Fig. 4.2A and B ). Ochsner clamps, for example, may be applied to the cervix for traction during vaginal hysterectomy or on skin scars that are going to be cut out ( Fig. 4.2C and D ).

FIG. 4.2, A. The Babcock clamp, which ranges in length from 8 to 14 inches, is an atraumatic grasping instrument ideal for placing traction on tubular structures while not crushing the tissue. B. Close-up of the shaft and terminus of the Babcock clamp. C. The three clamps illustrated here are curved Ochsner (top) , Allis (center) , and straight Ochsner clamps (bottom) . D. Close-up view of Fig. 4.2C . Note the toothed jaws of the Ochsner clamps (top) , which grasp very securely but are rather rough on the tissue. In contrast, the Allis clamp (center) grasps tissue firmly but less aggressively than the Ochsner clamp, thereby avoiding crush trauma.

Dissecting or hemostatic clamps include standard and long tonsil clamps ( Fig. 4.3A and B ). These are excellent for fine dissection and for clamping bleeding vessels deep within the pelvis, particularly in strategic locations. The tips of these clamps are tapered and angled. One variety, the right-angle clamp, has a 90° angle ( Fig. 4.3C ). This is the instrument of choice for isolating large arteries from underlying veins, as occurs during hypogastric artery ligation.

FIG. 4.3, A. Tonsil dissection and hemostatic clamps are shown in standard and long variations. The two upper clamps are curved, and the lower two are straight. B. The fine, tapered tips of the tonsil clamp are well suited for fine dissection and for securing small bleeding vessels deep within the pelvis. C. The right-angle clamp is used to dissect around and to isolate the hypogastric artery. It is also useful for dissecting the ureter and receiving a traction tape or suture.

Hemostatic clamps may be straight or curved. Mosquito clamps and the larger Kelly clamps are most commonly used to secure bleeding vessels. In addition, the fine mosquito clamps may also be used as dissecting tools ( Fig. 4.4A and B ).

FIG. 4.4, A. The two upper clamps are Halsted mosquito clamps. A curved Kelly clamp is pictured at the bottom. B. The detail in Fig. 4.4A shows the heavier aspect of the Kelly hemostatic (bottom) compared with the finer, tapered Halsted mosquito clamp.

Large vascular pedicle clamps used for hysterectomy or radical hysterectomy should incorporate powerful, atraumatic jaws, a variety of curvatures, and suitable length to facilitate securing these large pedicles. These characteristics are exemplified by the Zeppelin clamps ( Fig. 4.5A to C ). Haney clamps of the straight and curved variety are the most common pedicle clamps used in the performance of vaginal hysterectomy ( Fig. 4.5D ).

FIG. 4.5, A. Straight Zeppelin clamp is shown here. Renditions of the same clamps in varying angles of curvature are also available. B. Two extra-long Zeppelin clamps (14 inches) used for securing the vaginal angles in deep pelvises. C. Right-angulated Zeppelin clamp is ideal for application at the vaginal angle and for clamping across the vaginal cuff. D. Detail of the jaw tip of a Zeppelin hysterectomy clamp. Note the longitudinal groove in one limb of the clamp and the machined ridge in the other limb. E. The grooved-out right jaw and interlocking teeth on the tip of the jaw prevent tissue slippage when the clamp is applied. F. Four Haney clamps are illustrated. These, like the Zeppelin clamps, are available in straight and curved variations. The instruments shown here are curved.

You're Reading a Preview

Become a Clinical Tree membership for Full access and enjoy Unlimited articles

Become membership

If you are a member. Log in here