Saturday, June 28, 2014

Role of Physiotherapy in Diabetes

Physiotherapy is an ancient science, which involves physical treatment techniques, such as massage, and the use of electrotherapeutic and mechanical agents – rather than drug therapy – for the management of a condition.

Physiotherapists play an important role in helping people to overcome disability and pain related to orthopedic, musculoskeletal, neurological and rheumatologic illnesses.
Any person with diabetes whose aching legs have experienced relief after a massage, or whose painful feet have been relaxed after a soak in cool water will testify to the importance of physiotherapy in relieving their symptoms.


Preventing diabetes-

The Diabetes Prevention Project demonstrated that lifestyle modification, including intensive exercise, is more effective in preventing diabetes than pharmacological therapy, and highlighted the role of trained professionals in motivating people to follow lifestyle interventions. Similar results have been reported by the Malmö Study, the Da Qing Study, the Finnish Diabetes Prevention Study and the Wenying Study. Physiotherapists are able to help people, to plan an individualized exercise programme in order to maintain good blood glucose control and achieve optimal weight. Furthermore, physiotherapy leads to metabolic improvements even in the absence of weight loss, reducing the frequency of cardiovascular events and improving life expectancy. Effective exercise counseling ensures both cardio respiratory and musculoskeletal fitness. This helps people with diabetes improve their quality of life, and contributes to overall control of blood glucose. The use of alternative therapies, such as yoga, can contribute to the achievement of optimal cardio-respiratory health.

Physiotherapists can help people to maintain good blood glucose control and achieve optimal weight. Physiotherapists, with their knowledge of physiology and anatomy, can suggest specific exercises for people with coexisting complications, cautioning against certain movements that might be detrimental to their health. For example, an isotonic exercise like jogging will benefit a person with high blood pressure and diabetes, but the repeated foot trauma associated with jogging may harm someone with peripheral sensory neuropathy or Charcot foot.


Beyond exercise counseling-


Most people with diabetes suffer from musculoskeletal complications, which might include frozen shoulder, back pain or osteoarthritis. Many people with poorly managed type 1 diabetes develop a syndrome of limited joint mobility. Diabetic amyotrophy is a type of neuropathy that involves muscle wasting and weakening, especially in the thighs. Carpal tunnel syndrome and sciatica are other neurological conditions that are commonly suffered by people with diabetes. In all these conditions, physiotherapy plays a pivotal role in returning people to normal levels of health and wellbeing. The physiotherapist uses a combination of active and passive exercises, and mechanical and electrical aids to
improve musculoskeletal and neurological functions.


Pain relief-

Physiotherapy offers various effective non-pharmacological approaches for pain relief. Transcutaneous electrical nerve stimulation (TENS) involves electrical nerve stimulation through the skin, sending a painless current to specific nerves. The mild electrical current generates heat that serves to relieve stiffness, improve mobility, and relieve pain.
Interferential therapy (IFT) uses the strong physiological effects of low frequency electrical stimulation of nerves.

TENS and IFT are considered gold-standard therapies for the relief of neuropathic pain, and have proven benefits in the management of painful diabetic neuropathy, edema (build-up of fluid in tissue) and resistant foot ulcers. TENS has been shown to be most effective against burning and stabbing pain, but comparatively less efficient for the relief of painfully sensitive skin and restless legs syndrome. Other modalities, such as ultrasonic therapy and hot wax, are useful for specific conditions in both people with diabetes and people without the condition. In spite of the benefits – safety, lack of drug interactions, efficacy, cost – associated with these methods, few centers’ have adopted TENS/IFT as primary treatments for painful neuropathy. Perhaps this underscores the need to create specialized diabetes physiotherapy units, staffed by qualified physiotherapists specializing in the care of
people with diabetes.

Physiotherapy can play an important role in preventing and managing foot problems.

Improving feet-

Physiotherapy centers’ can play an important role in preventing and managing foot problems. Teaching the importance of correct gait and posture, along with the basic principles of off-loading when required, can prevent or stabilize a number of foot complications. In people with tropic ulcers, for example, which are typical in people with diabetes-related foot problems, the effective use of crutches or foot splints can ensure off-loading and early healing. In people who are unfortunate enough to undergo an amputation, the physiotherapist helps with post-operative pain relief, rehabilitation, limitation of disability, and the optimum use of prostheses. Similar rehabilitative measures, exercises and therapeutic aids are available for people who are recovering from heart attack, stroke, peripheral
vascular surgery, or other traumas or surgical interventions.

Wider benefits-

Physiotherapeutic interventions, usually delivered on a one-to-one basis are patient-centered, in line with the contemporary approach that all providers of chronic medical care, including endocrinologists, try to provide to people in their care. The time spent with the physiotherapist during the course of treatment can strengthen patient provider bonding and enhance communication.
As the number of people with diabetes continues to rise, and as the existing diabetes population ages, the need for efficient physiotherapy services will continue to grow. Including specialized physiotherapists as equal members of the diabetes care team will help us to utilize their services effectively in order to improve the health and well-being of all people with diabetes.

Friday, June 6, 2014

Asst. Prof. Jobs in Physiotherapy dept.- Guru Nanak Dev University

Organisation- Guru Nanak Dev University

Department- Sports Medicine & Physiotherapy

Post- Asst. Professor

No. of Posts- 2 (Two)

Walk in Interview date- 26/6/2014

For contact and oter more details visit-
http://www.gndu.ac.in/gndu2014/DetailedAdv.pdf

Disclaimer-
This post is purely for helping other Physiotherapists. This site doesn't take any responsibility about the jobs. One should do proper inquiry before joining.

Thursday, June 5, 2014

Treatment of Osteitis Pubis

Osteitis Pubis is a condition that many consider rare, however, it is probably more common than you may think. The incidence of groin pain, in some sports, is as high as 13% (Ekstrand and Ringbord, 2001). Thus, it is highly likely that as a sports physiotherapist you will encounter may athletes with a diagnosis of osteitis pubis. Therefore, as is frequently stated on this site, you need to be aware of the current research and evidence based practice, even in a world with limited research

OVERVIEW
Osteitis pubis is defined as a painful inflammatory process involving the pubic symphysis and surrounding structures including the pubic rami, cartilage, musculotendinous and ligamentous pelvic structures (Batt et al, 1995). It is suggested that this is caused by repetitive stresses of the pubic symphysis during strenuous physical activity, most commonly secondary to reduced hip range of motion (LeBlanc and LeBlanc, 2003).

TREATMENT
The following discussion regarding treatment decisions is guided by the systematic review by Choi et al (2011). Whilst they searched for the best available evidence, they were unable to identify any RCTs regarding treatment decisions for osteitis pubis. Therefore, the following recommendations are based on clinical experience and case studies/series. Hint, hint… not a lot of rock solid evidence going around.

CONSERVATIVE MANAGEMENT
This generally involves the three mainstays of an inflammatory musculoskeletal condition: relative rest, NSAIDs, and physiotherapy!
Physiotherapy treatment, as always, should be based on the individual athlete and their assessment findings. Thus, as stated above, you should assess for biomechanical and functional impairments and treat accordingly. The components of a successful conservative rehabilitation program included (Wollin and Lovell, 2006):

*.Manual techniques to restore full range of motion in the lumbar, sacral and hip joints. This included soft tissue, MET, mobilisation and manipulative techniques
.*.Core Control Exercises (TrA and Pelvic Floor Training)
*.Adductor Strengthening (Progression of gentle isometric through to loaded isotonic strengthening)
*.Gluteal Strengthening
*.PNF patterns
*.Stationary Bike
*.Return to running program
*.Graduated and progressive return to play

Whilst this is by no means a recipe for your patients, it should serve as an indicator of the components of a successful rehabilitation program. In this small case series (n=4) all players returned to play at a mean timeof 13 weeks.The results of this study mirrored the overall findings of Choi et al (2011) who found that the mean return toplay for all patients undergoing conservative management was 9.55 weeks.

INJECTIONAL THERAPY
The studies examined two types of injectional therapy corticosteroid or prolotherapy.

*.Corticosteroid Injections: Overall 58.6% of patients RTP in 8 weeks, whilst there was no response in approximately 20% of patients.
*.Prolotherapy Injections: Topol et al (2005) examined prolotherapy injections in patients with chronic groin pain and found much more promising than the corticosteroid injections! 91.7% of the athletes RTP in 9 weeks, and there was a 8.3% no response rate.

SURGICAL MANAGEMENT
As you may expect surgical management should only be considered as a last resort. Dependant on the choice of surgery, which is widely variable in clinical practice, it can be a season ending operation. Therefore, it is not a decision to make lightly. The case series literature describes three surgical techniques (Choi et al, 2011).

These are discussed below:
1.Curettage of Pubic Symphysis: 72% RTP at an average of 5.6 months
2.Arthrodesis of the Pubic Symphysis: 87% RTP at an average of 6.6 months, with a 25% complication rate.
3.Polypropylene Mesh Placement into the Preperitoneal Retropubic Space: 92.3% RTP at an average of7.2 weeks.

HOME MESSAGES
*.There is a dearth of quality research to guide treatment decisions for osteitis pubis.
*.Conservative management should always be the first line of treatment for osteitis pubis.
*.Optimal management is individualised and always looks “beyond the groin”!
*.Prolotherapy could be used if physiotherapy fails (but it hurts!).
*.Surgery is a last resort only

Source-
http://www.thesportsphysiotherapist.com/osteitis-pubis-treatment-decisions-in-a-world-with-limited-research/

Tuesday, June 3, 2014

Physiotherapist Jobs in Bangalore

Organisation: Mobility India

Qualification: BPT

Vacancies: 4 positions

Experience: Fresher

Address:
Mobility India,
J.P. Nagar,
2nd Phase,
Bangalore.

Contact Email id: hrd@mobility-india.org

Disclaimer-
This post is purely for helping other Physiotherapists. This site doesn't take any responsibility about the jobs. One should do proper inquiry before joining.

Occupational Therapist Job in Bangalore

Organisation Name- Mobility India

Qualification- BOT

Experience- Fresh

Salary- 12000 per month + other benefits like insurance, ESI, PF etc.

Address-
Mobility India,
J.P. Nagar,
2nd Phase,
Bangalore.

Contact Email id- hrd@mobility-india.org

Disclaimer-
This post is purely for helping other professionals. This site doesn't take any responsibility about the jobs. One should do proper inquiry before joining/applying.

Lumbar Canal Stenosis and Associated Deformities

Degenerative lumbar spinal stenosis results from pathological degeneration of the facet joints, disc herniation, hypertrophy and buckling of the ligamentum flavum, and spondylolisthesis. Degenerative changes in the three-joint complex (the intervertebral disc and two facet joints) explain the fluctuation in symptoms with alterations in posture, load, and duration of load. Lumbar intervertebral disc degeneration represents a cascade of events involving disc herniation, bulging of the disc and ligamentum flavum into the canal, and resulting chronic facet arthrosis, sclerosis, and osteophytic growth. Hypertrophy of the ligamentum flavum is also an important element in the development of spinal stenosis. Lumbar spinal encroachment induces ligamentum flavum hypertrophy, which further aggravates stenosis. Disease of the nerve roots and cord, however, does not typically result directly from compression of the nerves. Rather, the resulting stenosis causes decreased flow of cerebrospinal fluid, which represents approximately 60% of the nutritional supply to the cauda equina, and increased venous pressure. In such a scenario, any concurrent spinal deformities may critically compromise the nerve roots and cord, as well as exacerbate neurological symptoms of lumbar stenosis.

Spondylolisthesis can be caused by congenital, developmental, traumatic, neoplastic, or degenerative conditions. In degenerative spondylolisthesis, the most common type observed with lumbar stenosis, anterior/posterior displacement of a VB results from facet joint erosion and attenuation of the muscular, capsular, and ligamentous structures. Fourfold more common in females than in males, degenerative spondylolisthesis occurs most frequently at the L4-5 and L5-S1 levels.Disc degeneration causes spondylolisthesis with resulting segmental hypermobility, compounded by arthritis in sagittal facet joints.

There are many other spinal deformities associated with the LCS. For the detailed article visit-

http://www.medscape.com/viewarticle/448310_2

Monday, June 2, 2014

Why Do Some Runners Overuse Rectus Femoris?

The answer with detailed reasons can be found at-

http://www.kinetic-revolution.com/qa-why-do-runners-overuse-rectus-femoris/


By- James Dunne, a Sports Rehab. Specialist & Running Coach.