Question 1

Why do patients visit Dr. Shaik Shakeela   (Physiotherapist)?

Accepted Answer

Patients frequently visit Dr. Shaik Shakeela (Physiotherapist) for Aesthetic Dermatology Consultation, Skin Disease, Individual. To see more reasons visit the doctor's profile on Practo.

Question 2

What is Dr. Shaik Shakeela   (Physiotherapist)'s education qualification?

Accepted Answer

Dr. Shaik Shakeela   (Physiotherapist) has the following qualifications - BPTh/BPT.

Question 3

What does Dr. Shaik Shakeela   (Physiotherapist) specialises in ?

Accepted Answer

Dr. Shaik Shakeela (Physiotherapist) specialises as Physiotherapist.

Question 4

How many years of experience does Dr. Shaik Shakeela   (Physiotherapist) have?

Accepted Answer

Dr. Shaik Shakeela (Physiotherapist) has an overall experience of 4 years. View where has Dr. Shaik Shakeela (Physiotherapist) practiced in the past.

Question 5

Who is Dr. Shaik Shakeela   (Physiotherapist)?

Accepted Answer

Dr. Shaik Shakeela is a Physiotherapist and has an experience of 4 years in this field. She completed BPTh/BPT from Sandhya Institute Of Physiotherapy Rehabilitation in 2021. Some of the services provided by the doctor are: Aesthetic Dermatology Consultation,Skin Disease and Individual etc.. View more details about the doctor on Practo.

Question 6

Who are Physiotherapists?

Accepted Answer

A Physiotherapist is a health care professional who helps patients maintain, maximize or restore their muscle strength, mechanical body functions, and overall quality of life. They help regain movement and physical functions after the loss of physical ability due to illness, injury, or aging.

Question 7

What qualifications do Physiotherapists have?

Accepted Answer

A 4-year degree [BPT], recognized by the General Association is the basic requirement for an individual to become a Physiotherapist. Additionally, the following are the specialties or extra qualifications required to be a Physiotherapist:- BSc - Physiotherapy- Diploma in Physiotherapy- Masters Of Physiotherapy- MSPT (Master of Physical Therapy)- MPTh/MPT - Cardiovascular & Pulmonary Physiotherapy- Doctor Of Physical Therapy (DPT)- MSc. - Physiotherapy- MSc - Clinical Physiotherapy- BPTh

Question 8

What conditions do Physiotherapists treat?

Accepted Answer

Some of the most common conditions that Physiotherapists treat are:- Back pain and sciatica- Muscle weakness tears- Neck pain- Tendonitis and tendon tears- Disc-related conditions- General fatigue and deconditioning- Shoulder impingement- Frozen shoulder- Repetitive strain injuries- Headache- Bursitis- Arthritis and osteoarthritis- Spondylitis, spondylosis, spondylolisthesis- Post joint surgery to repair meniscus, tendons, ligaments- Post joint replacement- Joint dislocation or joint instability- Vehicle accident injuries- Muscle weakness and muscle tears- Balance issues- Sprains and strains

Question 9

How are Physiotherapists different from Orthopedic Surgeons?

Accepted Answer

Physiotherapists help patients build muscle strength and endurance, regain their range of motion, improve their coordination, decrease pain, swelling, and inflammation of joints, and allow the patients to enhance their quality of life. An Orthopedic surgeon will diagnose and provide treatment when the muscles are injured to an extent where the injured areas can be put back together only with orthopedic surgery. For serious fractures, surgery is required to set the bones together and allow proper healing.

Question 10

How are Physiotherapists different from chiropractors?

Accepted Answer

Physiotherapists help patients build muscle strength and endurance, regain their range of motion, improve their coordination, decrease pain, swelling, and inflammation of joints, and allow the patients to enhance their quality of life. Chiropractors treat mechanical disorders of the musculoskeletal system through the manual adjustment or manipulation of the spinal vertebrae. Chiropractic treatment is primarily used as an alternative pain relief for muscles, bones, joints, and connective tissues such as tendons, ligaments, and cartilage.