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The natural history of diabetic femoral neuropathy.

Diabetic femoral neuropathy is an uncommon, unpleasant and sometimes disabling condition, on account of both pain and muscular atrophy, whose long-term prognosis has not previously been documented. We have reviewed a group of 27 patients up to 14 years (median 62 months) after diagnosis; 18 of these were re-examined after an average of nearly 4 years (median 45 months). The condition was more common in non-insulin-dependent diabetics (88 per cent), in men (59 per cent) and in older patients (median age at diagnosis 64 years). The neuropathy was bilateral (10 cases) or unilateral (17 cases); five patients with unilateral neuropathy developed femoral neuropathy on the opposite side, usually within a few weeks of the first episode. Recovery was apparent after 3 months and usually complete by 18 months; only two of the 27 patients had severe relapses. No patients remained disabled, although there were minor residual symptoms and signs in half of the patients (2 cm reduction in thigh circumference and diminished reflexes). The outlook for femoral neuropathy, even in its most severe form, is therefore very good: residual features are demonstrable but do not cause symptoms, and relapses after the first few weeks are very rare.

Adult↗

Postoperative femoral neuropathy.

Postoperative femoral neuropathy is more common than it is generally appreciated. It can occur by a number of different mechanisms after a wide variety of operations as a result of either direct or indirect injury. Most instances occur after abdominopelvic operations and are associated with the placement of self-retaining retractors. A large body of evidence suggests that, in these patients, nerve compression by the lateral blades of the retractor is the cause. There is, however, evidence that the intrapelvic portion of the nerve is particularly susceptible to ischemia. Usually, there is a mild sensorimotor disturbance and the diagnosis is easily made by accurate physical examination during the early postoperative period. A diminished or absent knee jerk is the most reliable clinical sign. Recovery is the rule; it occurs usually from a few weeks to months. During this time, physiotherapy may be beneficial. Occasionally the lesion may be severe or prolonged, or both. In these instances, EMG studies are justified, not only to allay the fears of patients and physicians, but to evaluate the progress of the lesion over time. With the exception of certain unusual instances, this potentially debilitating postoperative complication can be avoided by careful placement of self-retaining retractors.

Femoral Nerve↗

Femoral neuropathy after pelvic surgery.

Femoral neuropathy is an uncommon complication following pelvic surgery. We report on 2 cases of femoral nerve injury after pelvic surgery: 1 patient received radical cystectomy due to invasive transitional cell carcinoma of the urinary bladder, and the other patient had a transurethral resection of the bladder and received exploration and biopsy of a tumor mass over the right sacroiliac joint area. Pathogenesis and prevention of the complication of femoral neuropathy are discussed in the following report.

Aged↗

Femoral neuropathy following renal transplantation.

Femoral neuropathy is an uncommon complication that can occur subsequent to a number of abdominal and/or pelvic procedures. The neuropathy is usually evident immediately after the operation, but there may be some delay in diagnosis of the clinical problem. The neuropathy generally resolves completely after a period of time, but in some instances there may be a residual deficit. Four cases of femoral neuropathy are described which developed after operation for renal transplantation.

Adult↗

Postpartum femoral neuropathy: relic of an earlier era?

Femoral neuropathy after childbirth is rarely encountered today, although around 1900 an incidence of up to 4.7% was found. A case of postpartum unilateral femoral neuropathy in a 29-year-old primigravida is described. The patient's labor was complicated by poor progression, a prolonged second stage (three hours), and midforceps delivery. The patient received both epidural anesthesia (requiring catheter manipulation) and spinal anesthesia. Total time in the dorsal lithotomy position was four hours; total duration of labor was 27 hours. After delivery, the patient experienced buckling at the right knee and numbness down the leg anteriorly. The electromyogram at one month was consistent with an acute femoral neuropathy. Information about other cases of postpartum lower extremity neuropathy was obtained by a retrospective review of all deliveries at a large maternity hospital between 1971 and 1987. Of 143,019 live births, there were three other cases of postpartum knee extensor weakness (2.8/100,000), five cases of postpartum footdrop (3.5/100,000), and two cases of meralgia paresthetica (1.4/100,000). Although the precise mechanism of injury remains unclear, the declining incidence of femoral neuropathy may reflect decreased duration of labor with modern obstetric practices, particularly more frequent Cesarean delivery.

Adult↗

Postpartum femoral neuropathy.

Two cases of postpartum femoral neuropathy occurred. The literature on this subject is reviewed, and possible etiologic mechanisms are discussed. Complete functional recovery is typical of the excellent prognosis of puerperal femoral neuropathy. The importance of recognizing this complication is to predict a favorable prognosis and thus eliminate anxiety for both patient and physician.

Adult↗

Psoas weakness and femoral neuropathy: neglected signs of retroperitoneal hemorrhage from ruptured aneurysm.

Femoral neuropathy may occur with aortic aneurysm more commonly than reports in the literature indicate. The combination of an aortic aneurysm and femoral neuropathy indicates rupture. The presence of abdominal pain and neuropathy should suggest ruptured aneurysm and exclude other commonly considered diagnoses. Preoperative recognition of femoral neuropathy provides the opportunity for intraoperative nerve decompression and assures the surgeon that the operation itself was not causative. The literature is reviewed, and the preoperative occurrence of femoral neuropathy in two patients with ruptured aortic aneurysms is described.

Aged↗

Problems of etiology in femoral neuropathies.

29 cases of femoral mononeuropathy are reported. While the clinical features of the femoral neuropathy are easily identified, the etiology is often hard to establish. The cases reported tend to fall into three general categories: 1) cases without major diagnostic difficulties (e.g. diabetic neuropathy); 2) those in which the definite diagnosis results from combined evidence of laboratory and instrumental data (degenerative changes in the lumbar spine, compressions, entrapments, etc.); 3) those in which the negative result of the investigations prevents a positive diagnosis and hence a presumptive etiology (spondylosis, inflammatory process, ischemia of the nerve) may be formulated. Attention is drawn to the favorable course of the condition in the patients of this group.

Aged↗

Femoral neuropathy following cardiac catheterization for balloon mitral valvotomy.

Femoral neuropathy is a very rare complication of cardiac catheterization. We report an adult female who developed femoral neuropathy after undergoing cardiac catheterization through femoral vein for balloon mitral valvotomy. Neuropathy was confirmed by electromyography and nerve conduction studies and the patient showed spontaneous recovery over a course of 6 months. Use of prolonged digital pressure for post-procedural hemostasis is implicated as possible etiology. Such complications can be prevented by minimising the procedural time, avoiding injury to the vessels and maintaining optimal posture of patient's thigh by limiting abduction and external rotation of hip.

Adult↗

Incidence of acute femoral neuropathy following renal transplantation.

BACKGROUND: Case reports exist of femoral neuropathy following renal transplantation (RTSP) with possible pathophysiology, including direct compression and nerve ischemia. However, the occurrence of acute femoral neuropathy (AFN) following RTSP has not been studied prospectively. OBJECTIVE: To determine the occurrence of AFN following RTSP. METHODS: We prospectively studied the occurrence of AFN following RTSP from June 1, 1998, to October 31, 1999. A total of 184 RTSPs were performed during this period. All the patients had end-stage renal failure and had effective hemodialysis before RTSP. All patients with AFN underwent neurologic examination, nerve conduction and electromyographic studies (5 to 7 days after the onset of symptoms), and magnetic resonance imaging or computed tomography of pelvis and lumbosacral spine within 24 hours of onset of symptoms. RESULTS: Four (2.2%) of 184 patients developed AFN (ipsilateral to the RTSP surgery) postoperatively between 24 (3 patients) and 48 hours. All the patients achieved good renal function after RTSP. All the patients had excellent recovery of motor function in 4 to 9 months. CONCLUSION: We believe that AFN following RTSP is an uncommon (2.2%) complication from which patients have an excellent chance of recovery.

Acute Disease↗

Femoral neuropathy in renal transplantation.

Acute femoral neuropathy after renal transplantation is an uncommon and rarely recognized complication. Recovery of the nerve is usual. Although rare, five cases have come to our attention in the past twenty years. A detailed clinical and electrophysiological analysis with a six month follow-up is presented. A review of sixteen other reported cases is also provided. The possible pathophysiology including direct compression and nerve ischemia, is discussed. We believe that nerve ischemia, possibly caused by a steal phenomenon, occurs in all cases following the anastomosis of the graft renal artery to the internal iliac artery, with a superimposed component of compression in some cases. The severity of ischemia probably determines the degree of recovery.

Adolescent↗

Psoas haematoma and femoral neuropathy associated with enoxaparin therapy.

Haemorrhage into the iliopsoas muscle causing femoral neuropathy is an infrequent complication of haemophilia or anticoagulant therapy. The association of an iliopsoas haematoma with enoxaparin therapy is very rare. We describe a case of femoral neuropathy secondary to psoas haematoma in a patient who was on enoxaparin therapy for suspected non-Q wave myocardial infarction. There is no clear consensus for the treatment of these haematomas, with both surgical and conservative options advocated. In this case, our patient recovered fully following conservative management.

Adult↗

Femoral neuropathy due to common iliac artery occlusion.

A patient with an atherosclerotic common iliac artery occlusion had acute onset of femoral neuropathy, which resolved after revascularization. This case indicates that ischemia can cause femoral neuropathy and that ischemia may be the explanation for some previously unexplained postoperative femoral neuropathies.

Arterial Occlusive Diseases↗

Retroperitoneal hematoma associated with femoral neuropathy: a complication under antiplatelets therapy.

We report a case of retroperitoneal hematoma presenting as femoral nerve pulsy on antiplatelet therapy. The patient, a 78-year-old man who had undergone antiplatelet treatment using ticlopidine, was admitted to our hospital with complaints of sudden-onset low abdominal and back pain. Computed tomography showed an iso-density mass in the right retroperitoneum within the psoas muscle. We made a diagnosis of retroperitoneal hematoma compressing the femoral nerve and performed an operation to remove the hematoma in order to decompress the femoral neuropathy. Postoperatively, the patient rapidly recovered from the femoral neuropathy. In the particular case in which no antagonist against the ticlopidine is available, surgical decompression could produce a good outcome.

Aged↗

Iliopsoas hematoma with femoral neuropathy presenting a diagnostic dilemma after spinal decompression.

STUDY DESIGN: Case report of an iliopsoas hematoma with femoral neuropathy appearing 8 weeks after a posterior spinal decompression procedure. OBJECTIVES: To describe a potential complication and differential diagnosis for nerve root symptoms following spinal decompression. SUMMARY OF BACKGROUND DATA: Iliopsoas hematoma is usually a complication of anticoagulation, hemophilia, or trauma. It has not been described previously as a complication of posterior spinal decompression. Femoral neuropathy results from compression within the iliopsoas compartment. METHODS: A 53-year-old woman reported pain in the right side of her groin and an increasing fixed flexion deformity of the right hip 8 weeks after a posterior, midline, spinal decompression. A femoral neuropathy later developed. Magnetic resonance imaging and computed tomography were performed. RESULTS: Imaging studies demonstrated a diffusely enlarged iliopsoas. Exploration revealed a large hematoma, which was evacuated. The compartment was fully decompressed with resolution of the nerve root symptoms within 48 hours. CONCLUSIONS: Iliopsoas pathology is a rare cause of nerve root symptoms and presented diagnostic difficulties after an apparently successful spinal decompression.

Compartment Syndromes↗

Clinical and prognostic features in unilateral femoral neuropathies.

We have examined the clinical features of patients with femoral neuropathy and the factors that influence the prognosis. Of 80 consecutive patients referred for neurophysiological evaluations of proximal lower limb weakness, 32 fulfilled strict inclusion criteria and had adequate information, including estimates of axon loss (AxL) by stimulation of the bilateral femoral nerve. In 31, the Kaplan-Meier method was used to describe the time course of the outcome, while logistic regression was employed to determine the contributing factors. Excellent, satisfactory, and poor outcomes were seen in 10 (31%), 11 (34%), and 10 (31%) patients, respectively. Logistic regression analysis of seven factors demonstrated that the estimate of AxL was the only significant variable. The best prognostic factor was an estimate of AxL < or = 50%, with all patients fulfilling this criterion showing improvement with 1 year; fewer than half the patients with AxL > 50% should be expected to improve. This study clearly shows that, irrespective of the cause of femoral neuropathy, functional improvement is seen in 2 out of 3 patients within 2 years and that the estimate of AxL is the only factor influencing prognosis.

Adult↗