Hideo Kushima

Arterialized venous flaps from the thenar and hypothenar regions for repairing finger pulp tissue losses.

Pulp tissue loss of the fingers was repaired with arterialized venous flaps from the thenar or hypothenar regions in 13 patients. Thirteen of the 15 flaps transferred survived completely. The thenar and hypothenar skin is durable and of appropriate texture for replacement of finger pulp defects. An average flap size of 2 x 3 cm was adequate for repairing the tissue loss of the fingers. These are not sensory flaps. However, they exhibited useful sensory recovery within 6 months of the operation. This method is simple and results in minimal donor-site morbidity. The arterialized venous flap is thus a useful alternative for the repair of finger pulp tissue losses.

Functional lip reconstruction with a radial forearm free flap combined with a masseter muscle transfer after wide total excision of the chin.

Total lower lip reconstruction was accomplished by combining a radial forearm free flap with a masseter muscle transfer. The patient, who had T4 carcinoma, had the entire lower lip resected including the depressor anguli oris muscle. A radial forearm flap was used to reconstruct the lower lip lining and the floor of the oral cavity. The right and left masseter musculofascial flaps were elevated and transferred in the medial-superior direction, and the peripheral margins of the flaps were sutured together. The lateral margins of the flaps were then sutured to the orbicularis oris muscle of the upper lip. Good sphincter function was obtained more than 1 year after the operation, electromyography revealed almost normal mobility of the transferred masseter muscles, and no sagging of the masseter muscle sling was observed. This procedure appears to be effective for the reconstruction of sphincter function of the lower lip after wide excision of the entire chin.

Functional reconstruction of total lower lip defects with a radial forearm free flap combined with a depressor anguli oris muscle transfer.

Two total lower lip reconstructions were accomplished by combining a radial forearm free flap and a depressor anguli oris muscle transfer. The radial forearm flap was used to reconstruct the inner surface of the lower lip. The bipedicled musculofascial flap, which includes both depressor anguli oris muscles, the depressor labii inferioris muscles, and the mentalis muscles, was elevated onto the chin and sutured superiorly to the modioli to obtain innervated sphincter function. Good results were obtained both aesthetically and functionally. Electromyography revealed almost normal mobility of the depressor anguli oris muscles 6 months after the operation. No drooling was seen during mastication, and no air leakage was observed during puffing of the cheeks. This is an effective procedure for the reconstruction of the sphincter function of the lower lip.

Disinsertion of the levator aponeurosis from the tarsus in growing children.

&NA; To confirm when the levator aponeurosis is disinserted and how the disinsertion is compensated for in growing children, the earliest and latest photographs of the same children were the subjects of a retrospective comparative study regarding upward displacement of the superior palpebral crease and the eyeball in the palpebral fissure. Ninety‐four children (48 boys and 46 girls) were selected from 615 patients with cleft lip and palate who were followed for more than several years at our outpatient clinic and whose 58,000 photographs were digitized. The earliest and latest photographs of the patients were taken in primary gaze position; the former, taken at less than 3 years of age, and the latter, taken at more than 6 years of age, were selected for this study. The intervals between the two photographs ranged from 3 to 14 years (mean, 9.61 years; SD, 3.11). The superior palpebral crease moved upward parallel with the growth of the children (p < 0.0001) as well as with the length of the growth period (p = 0.0141). The lower eyelid did not move downward (p < 0.0001). The eyeball also displaced upward parallel with growth (p < 0.0001) and with the length of the growth period (p = 0.0302). The more the superior palpebral crease was displaced upward, the more the eyeball was displaced upward (p = 0.0005). The levator aponeurosis may be likely to disinsert from the tarsus in growing children, thus requiring compensatory, excessive contraction of the levator muscle, which may cause upward displacement of the superior palpebral crease. Subsequently, excessive contraction of the superior rectus muscle in conjunction of the levator muscle may rotate the eyeball upward, which may incline the head. When the head is not inclined in the primary gaze position, compensatory contraction of the inferior rectus muscle to maintain the horizontal visual axis may displace the eyeball upward in the orbit by means of the inferior suspensory ligament of Lockwood. (Plast. Reconstr. Surg. 106: 563, 2000.)

RECOVERY OF SENSITIVITY IN THE HAND AFTER RECONSTRUCTION WITH ARTERIALISED VENOUS FLAPS

Loss of soft tissues of the fingers were repaired in 22 patients using 25 arterialised venous flaps harvested from the thenar, hypothenar, or forearm regions. Twenty-one of the flaps survived completely, 16 of which were raised from the thenar or hypothenar region, and the other five from the forearm region. We studied the sensory recovery and skin characteristics of the flaps harvested from the three regions. Good sensory recovery was obtained for the thenar or hypothenar venous flaps, which were characterised by durable skin and suitable texture for replacement of defects in the finger pulp. On the other hand, no moving two-point discrimination was recorded during the follow-up period in the group given forearm venous flaps. These flaps showed instability during pinching and grasping. However, larger flaps and longer veins can be harvested from the forearm region. This type of flap is therefore considered useful for covering dorsal defects of the finger or large and multiple skin defects.

Use of a monitor muscle flap in buried free forearm flap transfer.

The free forearm flap is a reliable and versatile tool in head and neck reconstruction. However, the patency of the mlcrovascular anastomosis is difficult to monitor when the flap is buried in the reconstruction of the esophagus or orbital floor. We used a portion of forearm muscle on a branch of the radial artery and wein as a monitor flap. After the free forearm flap transfer, the monitor muscle flap was placed extemally through a small skin incision. Flap viability was assessed by observing the color of the bleeding elicited from the muscle flap. Monitor muscle flaps are raised easily during elevation of the forearm flap. This technique was used successfully in 5 patients. This monitoring method provides a simple and rellable assessment of viability when direct monitoring of the forearm flap is not possible.

Free temporal fascial flap for coverage and extensor tendon reconstruction

An improved method for reconstructing injured tendons of the dorsum of the hand is presented. We transferred a two-layered temporal fascial flap to the hand and inserted the rolled, deep temporal fascia between the stump of the extensor tendons. This procedure can improve extensor tendon function with minimal scarring in spite of the limitation of available tissue.

Degloving transfacial approach with Le Fort I and nasomaxillary osteotomies: alternative transfacial approach.

OBJECTIVE We present surgical results obtained with the use of an alternative transfacial approach to the central cranial base. METHODS A degloving transfacial approach, which is a combination of the midface degloving procedure, the Le Fort I osteotomy with a pediculated cartilaginous septum, and a nasomaxillary osteotomy, was used in 13 procedures for 8 patients. The lower clivus and upper cervical spine were approached via a submucosal route, without opening of the oropharyngeal mucosa. The wall of the nasopharynx was closed with the mucosa of the bony septum. Several patients had previously undergone other surgical procedures and received radiotherapy. RESULTS The follow-up periods ranged from 4 months to 6.4 years. The same procedure was repeated three times for one patient, with intervals of 5.5 and 1.5 months, and twice for three patients, with intervals of 8.2, 6.3, and 1.3 years. A maxillary antrotomy or bifrontal craniotomy with removal of the orbital bar was combined with this technique. No significant or insurmountable technical problems were encountered, even among patients who had undergone previous surgery or radiotherapy. CONCLUSION Our technique is relatively simple, with good cosmetic results, and affords sufficient access to the central cranial base from the frontal base down to the upper cervical spine, especially for epidural lesions located in the midline between the carotid arteries. It offers much lower risks of damage to vital neurovascular structures, as well as of meningeal or pharyngeal infectious problems, wound dehiscence, and cerebrospinal fluid leakage. This procedure can be repeated without any increase in difficulty.

Blepharoplasty with aponeurotic fixation corrects asymmetry of the eyebrows caused by paralysis of the unilateral frontalis muscle in Orientals

Paralysis of the frontalis muscle causes ipsilateral brow ptosis and contralateral hypermotility of the non-paralytic frontalis muscle in Oriental patients. In this paper, we describe an effective way of correcting such asymmetry by using blepharoplasty with aponeurotic fixation, and three case reports were presented. This procedure makes it possible to reduce the hypermotility of the non-paralytic frontalis muscle, and symmetry of the brows can be achieved easily with minimal brow lift. All three patients had symmetrical brows six months postoperatively. Although we think that brow ptosis may recur eventually, if symmetry is obtained as a result of minimal brow lift, we think that our method can delay recurrence.

Continuous Intraarterial Infusion of Prostaglandin E1 and Heparin to Extend and Improve the Survival of Pedicled Musculocutaneous Flaps Through Unusual Routes: A Clinical Preliminary Report

Sixteen pedicled musculocutaneous flaps (pectoralis major, 3; latissimus dorsi, 4; and transverse rectus abdominis musculocutaneous [TRAM], 9) received continuous intraarterial infusion of prostaglandin E1 (5 μ/k of flap per day) and heparin (100 to 200 U/cannula per day) for 14 days postoperatively to extend the flap or improve survival in a high-risk patient. Therapy was successful in 15 patients. To preserve the main arterial inflow to the flap, the infusion was administered via the lateral thoracic artery in the pectoralis major and a branch to the serratus anterior muscle in latissimus dorsi flaps in retrograde fashion, respectively, and was via both the ipsilateral deep epigastric artery and the contralateral superficial epigastric artery in TRAM flaps. This technique permits the use of a pedicled flap in some patients who would otherwise require a free flap.