Active clinical trials for "Femoral Neuropathy"

This randomized controlled trial aims to investigate the efficacy of High-Intensity Laser Therapy (HILT) in the management of Meralgia Paresthetica (MP), a peripheral neuropathy causing pain, numbness, and tingling in the thigh region. Participants with MP will be randomly allocated to either the HILT or sham HILT (control) group. The study will evaluate the effects of HILT on pain intensity, functional outcomes, and quality of life. Findings from this trial will provide insights into the potential benefits of HILT as a non-invasive and safe treatment option for patients with MP.

Meralgia paresthetica is an entrapment neuropathy of the lateral femoral cutaneous nerve. Its main manifestation is neuropathic pain on the lateral aspect of the thigh. Neural prolotherapy has shown improvement and relieve of neuropathic pain. The aim of the current study was to assess the efficacy of neural prolotherapy (subcutaneous perineural injection of dextrose 5% solution) on reliving pain and improvement of function and quality of life in patients with meralgia paresthetica.

Meralgia paresthetica (MP) is an entrapment mononeuropathy of the lateral femoral cutaneous nerve (LFCN), where conservative treatment options are not always sufficient. The aim of this study was to evaluate the efficacy of ultrasound (US) guided lateral femoral cutaneous nerve injection in the management of meralgia paresthetica by comparing with transcutaneous electrical nerve stimulation (TENS) therapy and sham transcutaneous electrical nerve stimulation therapy.

To investigate the effect of muscle energy technique on Femoral meralgia paraesthesia in a postpartum female. BACKGROUND: meralgia paraesthesia is one of the serious disorders in the postpartum female which results in pain and less physical activities. ………HYPOTHESES: This study hypothesized that: muscle energy technique will have a significant effect on Femoral meralgia paraesthesia in postpartum female

To investigate the effect of Neurodynamics Nerve flossing on femoral neuropathy in patients with haemophilia Background: heamophilia is one of the serious chronic disorders in children and adolescents which results in less physical activities and restlessness hours than their peer. HYPOTHESES: This study will hypnotize that: Neurodynamics Nerve flossing will have a significant effect on femoral neuropathy in patients with haemophilia RESEARCH QUESTION: will the Neurodynamics Nerve flossing has an effect on femoral neuropathy in patients with haemophilia?

Pelvic pain syndromes have a high prevalence of up to 8% in the general population and up to 50% following pelvic trauma and pelvic surgery. While medical management is the initial therapeutic step, it is often ineffective with surgical decompression and resection of the putative nerves being the ultima ratio. Cryoablation can induce long-lasting nerve conduction blocks with resultant pain relief for several months. The objective of this study is to evaluate the effectiveness of magnetic resonance (MR) neurography-guided cryoanalgesia for the treatment of pelvic and associated pain syndromes.

Background The sensation on the outside of portion of our thighs is provided by a nerve called the lateral femoral cutaneous nerve (LFCN). The investigators can inject freezing around the nerve to reduce the feeling around the thigh (i.e. anesthesia). Anesthesia, or freezing, of the lateral femoral cutaneous nerve can reduce pain for patients having A) hip and knee surgery [1,2], B) removal of a skin graft [3], and C) wound care. In addition, damage to the LFCN (i.e. Meralgia Paresthetica) has been associated with body armour and gun belt use in military and police personnel [4]. Although generally a benign condition, compression or injury to this nerve can be painful and require treatment. In addition, the actual variability in sensory distribution for this nerve has not been elucidated in a topographical fashion and will be measured in this study. Finding the most efficient and effective method for anesthesia of the LFCN can improve and positively impact the quality of pain control for patients. Ultrasound has improved the accuracy and efficiency of various other regional anesthesia techniques, and could also impact the safety. Therefore the investigators hypothesize that ultrasound guided lateral femoral cutaneous nerve block using the subinguinal technique will be statistically more efficacious and efficient when compare to neurostimulation based blockade.

Femoral neuropathy after anterior cruciate ligament reconstruction with femoral nerve block may be as high as 24% at 6 postoperative weeks when evaluated prospectively and systematically through a clinical neurological and an electroneuromyography (ENMG). It is still unclear whether this neuropathy is the result of the surgery, especially the Tourniquet, or the block nerve. The goal of this study is to define the etiology of this postoperative neuropathy.

Nerve blocks are an effective way to control pain after surgery. There are two major nerves that provide sensation to the knee: the femoral nerve provides sensation to the front of the knee and sciatic nerve provides sensation to the back of the knee. The femoral nerve has two branches. To locate the nerve, we use a machine called (Nerve stimulator) which is attached to the needle used for nerve block. Use of a nerve stimulator is standard practice for this procedure. Ultrasound is being increasingly used to locate nerves but is not used universally. We will use the nerve stimulator and ultrasound to locate the femoral nerve but patients will randomly be selected to enter a group looking at the stimulation of one or the other branches of the femoral nerve. The two branches when stimulated produce different muscle contractions in the thigh. We do not know from research which is the optimal contraction to position the needle to get the best block. After the knee replacement patients will still have the same analgesic medication available as patients would have received if they were not in the study.