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Controlling hemorrhage from dental treatment in bleeding disorder patients is one of the most serious procedures encountered by the dentist. Local hemostatic techniques combined with replacement therapy are the usual management. A polyurethane stent as an adjunct therapy is beneficial in controlling hemorrhage. The hemostatic stent provides pressure at the surgical site and adequate protection.
The techniques for resection of hepatic tumors have traditionally been based on lobar anatomy. The morbidity and mortality associated with hepatic resection have been most closely correlated with intraoperative blood loss. The results of 37 hepatic resections for secondary neoplasms were retrospectively reviewed. This group included 18 patients who underwent anatomic resections and 19 patients who underwent nonanatomic resections. The nonanatomic group experienced significantly less blood loss, shorter operating times, shorter hospital stays, and no significant difference in long-term survival. A positive relationship between blood loss and postoperative complications is demonstrated for the combined groups. These results support the use of nonanatomic resection whenever feasible for secondary hepatic tumors. We describe the technique for nonanatomic hepatic resection for metastatic lesions, with special emphasis on hemostatic techniques.
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In upper gastrointestinal bleeding, endoscopic management does reduce rates of rebleeding, surgery, and mortality. In active bleeding, however, early recurrence still occurs in around 20% despite successful initial hemostasis. Several new techniques or modifications of endoscopic hemostatic methods have been invented to improve the results. They include ligating devices, biological injection agents, argon plasma coagulation, and hemoclips. Hemoclips and injection therapy using fibrin glue do not cause relevant tissue damage and appear to have better results in terms of lower rebleeding rates. Fibrin glue seems to be effective only if injected repeatedly. Due to limited experience, no final conclusion can be made at this stage. Further clinical investigation is warranted.
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PURPOSE OF REVIEW: To review the current techniques and technologies being used for hemostatic control during laparoscopic partial nephrectomy. RECENT FINDINGS: Laparoscopic nephron-sparing surgery has become more common for the treatment of renal masses. With increasing experience, the indications for nephron sparing are increasing. Despite the increased use of these techniques in high-volume centers, however, more widespread application has been limited because of the need for advanced laparoscopic skills including the laparoscopic control of intraoperative renal bleeding. As a result, many techniques have been developed to achieve hemostasis, including conventional suture repair, tissue sealants, radiofrequency ablation, lasers, water dissection, and microwave tissue coagulation. SUMMARY: Laparoscopic partial nephrectomy is a technically challenging procedure. Many promising techniques are being developed currently, most geared toward improved hemostasis and collecting system repair. These techniques and products have made, and will continue to make, the procedure less demanding and more universally accepted.
The methods of hemostasis used for liver injuries were evaluated prospectively in 637 patients treated at Detroit General Hospital during a 5-year period. Variables evaluated included severity of injury, presence or absence of bleeding, and methods of hemostasis, The liver injury was either not bleeding or was controlled by temporary pack compression during laparotomy in 325 patients: none of these patients, including the 284 in whom no hemostatic procedure was used, rebled postoperatively. Active bleeding at laparotomy was directly related to the severity of liver injury, and required some hemostatic procedure in 312 patients. The methods of hemostasis were liver sutures (244 patients), nonanatomic resection (30 patients), anatomic resection (21 patients), hepatic artery ligation (nine patients), hepatotomy with intraparenchymal vascular control (five patients), and temporary internal pack with later re-operation (three patients). Rebleeding occurred in eight of the 243 patients who survived (seven after liver sutures and one after nonanatomic resection) and four required re-operation for control of bleeding. Sixty-nine patients with active bleeding died. Death on the table in 38 patients was related primarily to uncontrolled bleeding from liver and major vessel injury. Postoperative rebleeding from the liver occurred in 14 of 31 patients who died after surgery: following initial control by liver sutures (seven patients); anatomic resection (four patients); and hepatic artery ligation (three patients). There was no apparent relationship between any hemostatic procedure and the subsequent appearance of the hepatic ischemia or parahepatic abscess. Based on this experience, the merits and detriments of individual hemostatic procedures are presented.
PURPOSE: We describe extracapsular prostatectomy performed by applying lateral capsular transfixing sutures after adenoma enucleation and minimum operative hemorrhage. MATERIALS AND METHODS: A total of 117 patients with prostatic hypertrophy underwent surgery. After adenomectomy transfixing sutures were placed at the 3 and 9 o'clock positions clockwise around the prostatic capsule (hila). Five variables were used to quantify intraoperative and postoperative hemorrhage. RESULTS: Average intraoperative blood loss was 175 cc and average minimal decrease in hematocrit was 3.9%. Most patients had postoperative bleeding through the urethral and suprapubic catheters. CONCLUSIONS: Extracapsular prostatectomy with the application of lateral capsular transfixing sutures causes minimum operative hemorrhage.
Transradial cardiac catheterization is an increasingly popular technique mainly because of the low vascular complication rate. We report a case of arm deep vein thrombosis that may be related to a common puncture site hemostasis technique. This complication supports the use of specific unilateral compression hemostatic systems following transradial procedures.
BACKGROUND: The introduction of any surgical procedure brings with it new technical challenges. The use of laparoscopy offers patients a reduction in pain and better cosmesis. However, over time, new technical challenges associated with laparoscopic surgery are becoming more evident. In particular, the closure of the small trocar site fascial incisions is often awkward and time consuming. The aim of this article is to introduce a closing procedure that facilitates the safe approximation of the abdominal fascia in these wounds. METHOD: One hemostat is used to visualize the fascia of one side of the wound and separate the fascia from the underlying abdominal viscera. Another hemostat retracts the opposite side of the wound. The suture needle is passed through the fascia and between the open tips of the hemostat. The tips of the second hemostat grasp the driven needle and carry it out of the wound. CONCLUSION: The use of two hemostats to close these wounds not only facilitates the closure but is also probably safer than the standard technique.
INTRODUCTION: To report our experience with a refined technique for hemostasis that obviates the need for vascular control and closure of the collecting system in partial nephrectomy. TECHNICAL CONSIDERATIONS: Four to five sutures, 2 cm apart, are placed 0.5 cm from the anticipated parenchymal incision border, using a specially designed, blunt-tip, straight needle with folded 2-0 Vicryl thread. The needle is removed, leaving the Vicryl thread with the loop on one side of the kidney and two free ends on the other side. A 1.0-cm-wide Vicryl mesh strip is passed circumferentially through the loops and between the free ends on each side, tension is applied on the strip during knotting of the free ends of the thread, and the tissue is incised. No additional hemostatic sutures are necessary. No attempt is made to identify and close the open collecting system. Vascular clamping and surface cooling are avoided. Sixty-one patients have undergone this technique since 1987: initially, for complicated nephrolithiasis (n = 15), localized purulent kidney disease (n = 4), trauma (n = 3), congenital anomalies (n = 2), and resection of horseshoe kidney (n = 6) and, recently, for peripherally located renal tumor (n = 31). Upper pole resection was performed in 11 patients, lower pole resection in 45, and middle segment resection in 5. The blood loss was minimal, with only 1 patient developing gross hematuria that resolved after conservative treatment. No other complications occurred. CONCLUSIONS: A simple and easily performed hemostatic method suitable for peripherally located and, particularly, polar renal tumors is described. The Vicryl mesh strip prevents tears of the parenchymal sutures and ensures good hemostasis without closing the collecting system separately.
When internal mammary artery is used for myocardial revascularization, a not uncommon occurrence is intraoperative bleeding from the internal mammary artery to coronary artery anastomosis. The conventional method of hemostasis of placing additional sutures across the suture line may produce anastomotic stenosis or may aggravate the bleeding by producing tears, especially as these additional sutures are placed on a beating heart. We describe a simple technique by which hemostasis can be achieved without the risk of anastomotic stenosis or aggravation of the bleeding, as it avoids placing sutures over the anastomotic suture line.
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Explore the source record for details and available documents.
Explore the source record for details and available documents.
Explore the source record for details and available documents.
Explore the source record for details and available documents.