Morbidity in superficial thrombophlebitis and its potential surgical prevention.

Thrombophlebitis is a common condition which can lead to deep venous thrombosis (DVT) and subsequent pulmonary embolism (PE). Thrombophlebitis can reach the deep venous system via the long or short saphenous vein or via perforating veins. Between the 1st of January 1999 and the 31st of December 2000 a total of 17 cases of superficial (or ascending) thrombophlebitis closer than 5 cm to the deep venous system were surgically treated in our clinic. 14 times the long saphenous vein was affected and 3 times the short-saphenous vein. The age of the nine females and seven males ranged from 31 to 77 (mean of 54.6) years. Duplex ultrasound was performed in all patients. In the case of a deep venous thrombosis (four cases) a computer tomography scan (CT) of the pelvis and abdomen was performed to define the extension of DVT. In all 17 (100%) cases a high ligation (crossectomy) and in four (23.5%) cases a venous thrombectomy was performed. In all of these four cases the DVT was limited to the common femoral vein. In all seventeen procedures including venous thrombectomy there was no mortality and no relevant morbidity. Mean hospitalization time was 3.1 days for crossectomy with thrombectomy, and 1.8 days for crossectomy alone. Follow-up has been so far uneventful (mean follow-up time being 12 months in the case of a DVT). In the literature there is no clear concept of how to treat, conservatively or operatively, ascending thrombophlebitis. The surgical procedure can be performed under local anesthesia, and it is safe and efficient.

A randomized controlled trial to determine the effect of humidified carbon dioxide (CO2) insufflation on postoperative pain following thoracoscopic procedures.

BACKGROUND: It has previously been shown that the insufflation of humidified gas during laparoscopy results in less postoperative pain than is observed following the use of dry gas. Experimental evidence also suggests that dry gas insufflation during thoracoscopy results in greater structural injury to the pleura than occurs with the use of humidified gas. The present study was designed to determine the effect of humidified gas insufflation on postoperative pain following thoracoscopic procedures. METHODS: Forty consecutive patients were prospectively randomized. Twenty patients were insufflated with humidified carbon dioxide (CO(2)), and 20 control patients received standard dry CO(2). RESULTS: The patients' analogue pain score was significantly lower following humidified gas insufflation compared to dry gas insufflation when assessed at 6 h postoperatively, as well as on the 1st, 2nd, 3rd, and 14th postoperative days. The postoperative morphine consumption was lower in the humidified group than it was in the control group. The incidence of respiratory complications was identical for both groups. CONCLUSION: The use of humidified gas appears to reduce postoperative pain but not the rate of respiratory complications.

Proximalized lateral tunnel for the bypass to the dorsalis pedis artery -- a safe way to go.

BACKGROUND: Wound complications associated with bypass grafting to the dorsalis pedis artery are frequent, and threaten the viability of the bypass and the limb. METHODS: The long saphenous vein can be tunneled from its bed down the lateral side of the anterior margin of the tibia for subsequent anastomosis with the dorsalis pedis artery. CONCLUSION: The proximalized lateral tunnel for the bypass to the dorsalis pedis artery has the advantage of protecting the bypass graft from exposure if the patient develops wound breakdown.

Pain after laparoscopy.

BACKGROUND: In the context of the much-heralded advantages of laparoscopic surgery, it can be easy to overlook postlaparoscopy pain as a serious problem, yet as many as 80% of patients will require opioid analgesia. It generally is accepted that pain after laparoscopy is multifactorial, and the surgeon is in a unique position to influence many of the putative causes by relatively minor changes in technique. METHODS: This article reviews the relevant literature concerning the topic of pain after laparoscopy. RESULTS: The following factors, in varying degrees, have been implicated in postlaparoscopy pain: distension-induced neuropraxia of the phrenic nerves, acid intraperitoneal milieu during the operation, residual intra-abdominal gas after laparoscopy, humidity of the insufflated gas, volume of the insufflated gas, wound size, presence of drains, anesthetic drugs and their postoperation effects, and sociocultural and individual factors. CONCLUSIONS: On the basis of the factors implicated in postlaparoscopy pain, the following recommendations can be made in an attempt to reduce such pain: emphathically consider each patients' unique sociocultural and individual pain experience; inject port sites with local anesthesia at the start of the operation; keep intra-abdominal pressure during pneumoperitoneum below 15 mmHg, avoiding pressure peaks and prolonged insufflation; use humidified gas at body temperature if available; use nonsteroidal anti-inflammatory drugs at the time of induction; attempt to evacuate all intraperitoneal gas at the end of the operation; and use drains only when required, rather than as a routine.