Active clinical trials for "Back Pain"

The goal of this pilot randomized controlled trial is to compare the effects of aquatic therapy versus standard care on paraspinal and gluteal morphology and function in individuals with chronic low back pain.The main questions it aims to answer are: What are the effects of aquatic therapy versus standard care on a) paraspinal and gluteal muscle size, composition (e.g., fatty infiltration) and b) lumbar and gluteal muscle strength in individuals with chronic LBP? Is aquatic therapy more effective than standard care to improve pain, function and psychological factors (e.g., kinesiophobia, catastrophizing, anxiety, and depression)? Is using a digital application "play the pain" feasible to monitor pain levels and the activities that participants used to cope with pain? Participants will be assigned to either the aquatic therapy group or standard care group where they will undergo a 10-week intervention including two 60-minute session per week.

The main objective of this randomized controlled trial is to investigate the efficacy of a 6-week therapeutic exercise program, performed with virtual reality (VR) manipulating visual proprioceptive information during all lumbar movements in the different therapeutic exercises (experimental group), on pain and disability, kinesiophobia, range of motion (ROM), catastrophizing, quality of life, and physical fitness in patients with chronic non-specific low back pain compared to the same therapeutic exercise program without VR (control group).

The transverse abdominis (TrA) is the deepest muscle layer of lateral and anterior abdominal wall and also known as a significant component of core stability. Abdominal draw-in maneuver (ADIM) is the main for the strengthening of the deep muscle, however, sufficient activation of TrA by ADIM is limited. Blood flow restriction (BFR) training is a technique combined with low intensity exercise that produces similar results to high intensity training. Therefore, the purpose of this study is to explore whether BFR-assisted ADIM can become a new auxiliary way to train TrA, and whether it can better activate their TrA in patients with low back pain. Low back pain (LBP) is a major health problem with huge economic and social costs. Core muscle weakness is a risk factor for LBP. Past studies have also pointed out that the biggest cause affecting the quality of life and activities of modern people is lower back pain. In modern life, low back pain can be said to be a very common disease. According to past research, there is a 50% to 70% chance that people may have lower back pain in their lifetime, and non-specific low back pain accounts for the majority (90%), the reason why the influence of non-specific low back pain is so great is not only physically but also psychologically. When people perform many functions of daily life, people need the help of the waist. But once the wrong way of effort or posture will lead to more pressure on the spine, leading to greater pain, a strong sense of discomfort will haunt them for a long time. Therefore, the activation and control of TrA is very important because of the relationship between the lateral direction of TrA, so when TrA contracts, it will result in a decrease in waist circumference, an increase in thoracolumbar fascia tension and an increase in intra-abdominal pressure, so it is regarded as the most important stable muscle in the core.In addition, TrA is a special presence in the core muscle group, it can independently contract and like the presence of waist protection to stabilize our spine, but because it is located in the deepest layer, coupled with less muscle activity, it is difficult to effectively activate correctly, so if TrA is not activated or contracted correctly, it may cause non-specific lower back pain.

The purpose of this study is to evaluate the effectiveness and safety of the use of Aurora Spine ZIP™ MIS Interspinous Fusion System and bone graft material in fusion in patients with chronic low back pain that present with degenerative disc disease with concurrent neurogenic claudication.

Non-specific low back pain (LBP) is a very prevalent health condition and is highly associated with disability worldwide. There is evidence that patients with non-specific LBP may have impairments in the control of postural muscles. In this way, motor control exercises (MCE) may be an interesting alternative in the treatment of patients with non-specific LBP. In addition, the association of MCE and photobiomodulation therapy (PBMT) may potentiate its benefits, since PBMT has ergogenic effects. Therefore, the aim of this study is to evaluate the ergogenic effects of PBMT, using low-level laser therapy, when associated with MCE in patients with chronic non-specific low back pain.

This project will be a Randomized clinical trial conducted to determine effects of Mulligan technique versus McKenzie extension exercise with manual traction in patients with chronic unilateral radicular low back pain. Sample will be collected through non-probability convenient sampling, following eligibility criteria from Rehab Care and Jinnah Hospital Lahore. Eligibility criteria will be both gender and age range 28-50 years, clinically diagnosed patient with Lumbar radiculopathy after exclusion of the patients with Fracture, Trauma, Inflammatory disorder, acute disc bulge, Lumbar instability. Participants will be randomly allocated in two groups via sealed envelope method, baseline assessment will be done, Group A participants will be given baseline treatment along with Mulligan techniques, Group B participants will be given baseline treatment along with McKenzie protocol. Pre and post intervention assessment will be done via, Numeric pain rating scale(NPRS), Oswestry Disability Scale (ODI) and lumber Range of Motion, 2 sessions per week will be given for 4 weeks, data will be analyzed by using SPSS version 29.

Superior cluneal nerve entrapment (SCN) is a painful symptomatic condition related to compression by the thoracolumbar and gluteal bands of nerve outcrop, above the iliac crest. This syndrome is not considered in the classical differential diagnosis of lumbosacral spine disorders and is almost unknown in Italy. It is a neuropathic pain, acute, subacute, or chronic, evoked by mechanical stress at the level of the sensory territory corresponding to the superior cluneal nerve, easily found anatomically and evoked at a trigger point on the posterior iliac crest approximately 70mm from the midline and 45mm from the posterior superior iliac spine. SCN entrapment syndrome represents a not so infrequent syndrome. It is easily framed and treatment is effective in most cases. Therefore, diagnosis and treatment of this syndrome represents an excellent option in all those patients with low back pain that cannot be otherwise framed and resolved.

Low back pain (LBP) is a common clinical symptom prompting patients to seek medical care. 80% of adults experience LBP during their lifetime. The causes of CNLBP are still not fully elucidated and there is currently no gold standard treatment for CNLBP. The mainstay of conservative treatment for CNLBP includes pharmacological interventions, weight loss and physiotherapy. More recently, Tuina, a component of Traditional Chinese Medicine, has been used to treat CNLBP as well. Tuina is mainly applied to the meridians or acupoints by manipulation techniques such as pushing, grasping, pressing and rubbing of the soft tissues or muscles of the body. It is reported to improve circulation and the qi in the body. However, recent systematic reviews on the efficacy of Tuina in the management of CNLBP were not able to definitively conclude the effectiveness of Tuina due to the poor methodological quality of the studies. Therefore, this study is a single blind, randomized controlled trial (RCT), which aims to determine the efficacy and safety of Tuina in the management of CNLBP. Similar studies are also conducted in China (First Affiliated Hospital of Jinan University) and USA (Mayo Clinic). Patients from SGH Orthopaedic clinics with CNLBP, will be recruited for this RCT, and will be randomly divided into 3 intervention groups: Physiotherapy intervention group as the control group, Tuina intervention group, and combined intervention (Tuina + Physiotherapy) group. The intervention will last for 2 months, and follow up assessments will be conducted at the 5th month. Outcome measures include Visual Analog Scale (VAS), Spinal range of motion, Oswestry Disability Index (ODI), TCM Syndrome scale and quality of life 36 item short form survey, (SF-36).

Lumbopelvic pain refers to self-reported pain in areas of lower region, anterior and posterior pelvic tilt or combination of these. Physical therapy interventions used are breathing exercises with and without core stability exercises. Tool used were Pain Pressure Algometer and Oswestry Disability Index.

Nonspesific low back pain (NLBP), which negatively affects functionality, activity participation, and financial situation, is now one of the leading causes of disability in the world. In NLBP, pain causes kinesiophobia known as fear of movement and limitation of activity. Contrary to what is known, this cycle aggravates pain. With this result, it is suggested that the exercise to be done will improve the perception of benefit in the person and eliminate the fear of movement, and that it will cure the disease. In this context, the aim of the study is to examine the effect of exercise on the perception of exercise and fear of movement in patients with NLBP.