Mar 23 23

How Physical Therapy Can Help Sciatica & Lower Back Pain

by Jon Brannan
Happy black physical therapist assists seniors during exercise class in park.

Anyone who’s ever had sciatica knows how debilitating it can be. You may believe that crawling in bed and resting for a few days is the best treatment, but that can be counterproductive. One of the most effective ways to relieve your back and leg pain is physical therapy that includes gentle exercise, like stretching.

A physical therapist can guide you through exercises that will keep sciatica and lower back pain at bay. Movement may seem counterintuitive when you’re in excruciating pain but physical therapy is usually the best treatment for sciatica.

What is sciatica?

The sciatic nerve is the longest and widest single nerve in your body. It begins with five nerves in the lower back that join to form one nerve that branches through the pelvic bone. From there, it travels down the back of each buttock and thigh to the back of the knee, ending in the heel area of each leg. The sciatic nerve provides motor function to the abductor muscles in the hips, the muscles in the front of your lower leg and calf, and some muscles in your foot. [1] 

When the sciatic nerve becomes inflamed and painful, it’s referred to as sciatica. Sciatica is a type of lower back pain, but not all lower back pain is sciatica. The cause of inflammation is usually pressure on the nerve from a bulging disc, overgrowth of bone, pregnancy, muscle spasms, degenerative diseases like spinal stenosis, or an injury. The inflamed nerve causes pain and sometimes numbness and tingling anywhere along its path. In severe cases, a person with sciatica can also experience leg weakness and bowel or bladder changes.

Symptoms of sciatica

Sciatica usually appears on only one side of the body, anywhere along the nerve’s path. Most commonly, pain is felt in the low back, buttock, back of the thigh or calf. The pain may appear as a mild ache, sharp or burning, or like a jolt or electric shock. Numbness, tingling or muscle weakness can accompany sciatica, including pain in one part of the leg and numbness in another.

What causes sciatica?

Pain occurs when the sciatic nerve becomes “pinched” or compressed at one point or multiple points. The nerve compression can be caused by:

  • Bone spurs in the lumbar area of your spine
  • A herniated or bulging disc
  • A tumor
  • Damage to the sciatic nerve from diabetes
  • Age-related changes in the spine
  • Stress on the spine due to obesity
  • A job that requires twisting the back, carrying heavy loads, standing for long periods in awkward positions, physical stress on the spine or driving or sitting for long periods
  • A sedentary lifestyle – inactive people are more likely to develop sciatica than active people

How physical therapy treats sciatica

With sciatica, resting can be counterproductive. Stretching and strengthening the nerves, muscles, and joints causing the pain, as well as education on posture and positioning, may help to decrease pressure on the nerve and thereby reduce pain. That’s why physical therapy can be of great benefit in relieving sciatica.

If you’re suffering from sciatica, Penn Therapy & Fitness physical therapists will design a rehabilitation program to alleviate your pain. They’ll focus on strengthening your spine and core, as well as muscles in the lower back, abdomen, buttocks and hip to improve the flexibility of the muscles and nerves and restore pain-free movement.

“Patient participation is important. Physical therapists need to ensure that the patient understands what we are trying to address and how it can help.”

Michele Little, PT, DPT, Penn Therapy & Fitness West Norriton/Trooper

Your sciatica rehabilitation program may include:

  • Backward bending (extension) and forward bending (flexion) exercises to promote movement of the spine.
  • Manual therapy techniques to reduce nerve compression
  • Exercises to strengthen the abdomen, lower back, spine, hips or legs and supporting muscles or tendons. This may include isometric or isotonic exercises.
  • “Nerve glides” (nerve stretching exercises) to increase movement and reduce symptoms
  • Joint mobilization or manipulation
  • Gait training to correct walking patterns that may contribute to sciatica
  • Hands-on movement of the leg, hips and back to facilitate movement of the muscles and joints contributing to the pain.
  • Posture and lifestyle modifications
  • Home exercise program
  • Massage

If you’re experiencing sciatica, make an appointment with Penn Therapy & Fitness for an evaluation. Visit our back and spine pain treatment page or call 877-969-7342.


[1] Physiopedia, Sciatica

Jan 6 23

The Impact of Outpatient Therapy after Stroke

by Jon Brannan
Woman therapist providing stroke rehabilitation to older man.

After a stroke, patients can have a wide range of challenges, including paralysis on one or both sides of their body, abnormal posture, behavioral disorders, a reduced capacity or inability to communicate (aphasia), cognitive deficits, chronic pain, and/or depression. These symptoms may linger or even appear weeks after a stroke. Most patient being with inpatient therapy and then continue their recovery through outpatient therapy. Every stroke recovery is unique, so how much outpatient therapy is needed depends on your unique symptoms and their severity.

Outpatient therapy is typically provided in a rehabilitation clinic or community setting and is a valuable part of stroke recovery. It can help you regain function and independence, improve your quality of life, reduce the risk of further complications or disability and reduce the likelihood of a second stroke.

Why outpatient therapy has a critical impact on recovery

When outpatient therapy is tailored to a stroke survivor’s specific needs and goals, the patient can significantly improve their mobility, balance, and functional ability. This has a positive impact on quality of life and may also help to reduce the risk of falls, fractures and a second stroke. Most patients need a combination of physical, occupational and speech therapy. Your team may also include a physiatrist, psychologist, social worker or nutritionist.

Outpatient physical therapy

Physical therapy (PT) benefits individuals who experience weakness, paralysis or other mobility issues due to a stroke. PT uses exercises and stretches to improve mobility, balance, strength, range of motion and coordination. It may also include the use of assistive devices or adaptive equipment, such as walkers or canes.

Outpatient occupational therapy

Occupational therapy’s goal is to address and regain independence through participation in meaningful activities of daily living (ADL) and instrumental activities of daily living (IADLs). These include bathing, dressing, grooming, eating, cooking, household management tasks, community re-integration, etc. Additionally, occupational therapy creates a client-centered treatment plan that supports a patient’s goal of resuming meaningful roles of spouse, parent and/or caregiver. Regaining independence may include addressing strength and motion in the affected arm to further support resuming roles and habits in their lives.

Outpatient speech therapy

If a stroke affects an area of the brain responsible for language, a stroke survivor may have trouble speaking, listening, understanding language or swallowing. In speech therapy (ST), you may learn exercises to improve the clarity of your speech, language comprehension, expression and swallowing. ST may also include training to use assistive devices, such as communication boards or computer software.


Find information on stroke rehabilitation at Penn Medicine Rehabilitation and Penn Therapy & Fitness or call 877-969-7342.

Comments Off on The Impact of Outpatient Therapy after Stroke
Dec 19 22

Regaining Bladder Control After Spinal Cord Injury

by Jon Brannan
Portrait of African businessman with disability sitting in wheelchair and smiling at camera during his work at office

In the United States, there are nearly 18,000 new cases of spinal cord injury (SCI) each year, and roughly 250,000 patients living with SCI.[1] [2] In addition to impairing motor functions like walking, sitting and standing, SCI can also cause problems with the nerves that control your organs and those that communicate sensation.

Depending on the location of your injury, bladder control may be among the challenges after your injury. When the nerves that control your bladder don’t work the way they should, the condition is called neurogenic bladder.

About 80 percent of patients with SCI experience some form of neurogenic bladder and regaining bladder control consistently ranks as their top quality of life priority. [2][3]. Aside from incontinence, a lack of bladder control can also lead to kidney problems, urinary tract infections, bladder and kidney stones, and a poor quality of life.[2]

Why does an SCI affect bladder control?

The nerves that control your bladder originate from an area at the base of your spinal cord called the sacral micturition. These nerves signal the brain when the bladder needs to be emptied. They also control the sphincter, a muscle at the base of your bladder that acts like a valve – it tightens to keep urine from leaving your bladder when you don’t want it to. When you urinate, your brain signals the sphincter to relax and for muscles to squeeze your bladder, helping to vacate your urine.

If you have a spinal cord injury, communication between your brain and this area of your spine (sacral spine) is totally or partially blocked, since in most cases your injury site will be above this point. With a SCI, only areas above the injury site function as they did prior to the injury.

What is neurogenic bladder?

When your bladder and brain are communicating correctly, the muscles and nerves of the bladder work together to hold and release urine on command. When this communication is blocked by an SCI, the bladder muscles may remain permanently relaxed. You will have no sensation that your bladder needs to be emptied, and incontinence – an inability to control urination – is the result. Conversely, the muscles may be tight, and you may not be able to empty your bladder without the help of a catheter. Both of these are symptoms of neurogenic bladder.

Symptoms of neurogenic bladder

  • Frequent urinary tract infections (UTI)
  • Kidney stones
  • Inability to control urination (incontinence)
  • Small volume when urinating
  • Frequent feeling of needing to urinate immediately
  • Loss of sensation that your bladder is full
  • Dribbling urine

These symptoms may be indicators of other conditions as well. Please consult with your health-care provider.

How to regain bladder control after SCI

There is no single solution that will work for each patient, but there are a variety of approaches your healthcare team can suggest to help you regain bladder control.

  • Exercises and therapy to strengthen bladder control
  • Medications to improve bladder function
  • Antibiotics to reduce the risk of infection
  • Botox ® injections into the bladder muscle to reduce the frequency of contractions
  • Emptying the bladder at regular times with a catheter
  • Nerve stimulation therapy to stimulate or slow down bladder activity (Percutaneous tibial nerve stimulation and sacral neuromodulation, also known as PTNS and SNS.
  • Surgery to remove stones or blockages
  • A procedure that places a cuff round the neck of the bladder, which can be inflated to hold urine or deflated to release it

To learn more about the spinal cord injury rehabilitation program at Good Shepherd Penn Partners, please call 877-969-7342 or visit our spinal cord injury rehabilitation page.


[1] Spinal cord stimulation for the restoration of bladder function after spinal cord injury, Healthcare Technology etters, May 2020.

[2] Neurogenic bladder in spinal cord injury patients, National LIbrary Of Medicine, June 2015

[3] A Proof-of-Concept Study of Transcutaneous Magnetic Spinal Cord Stimulation for Neurogenic Bladder, Nature, August 2018

Comments Off on Regaining Bladder Control After Spinal Cord Injury
Dec 19 22

(VIDEO) Sophie Borrelli Regains Independence After Stroke with the Help of Penn Medicine Rehabilitation

by Jon Brannan

On July 15, 2022, the unthinkable happened: 18-year old Sophie Borrelli suffered a stroke. Care teams at the Hospital of the University of Pennsylvania, Penn Medicine Rehabilitation and Penn Therapy & Fitness worked together to help her recover.

Comments Off on (VIDEO) Sophie Borrelli Regains Independence After Stroke with the Help of Penn Medicine Rehabilitation
Nov 30 22

Inpatient Rehabilitation Unit of the Hospital of the University of Pennsylvania Adopts New Name

by Jon Brannan
Penn Medicine Rehabilitation logo

Penn Institute for Rehabilitation Medicine is Now Penn Medicine Rehabilitation

Since its founding in 2008, the Philadelphia-based Penn Institute for Rehabilitation Medicine (PIRM) has provided inpatient rehabilitation care to thousands of patients after serious injury or illness. On December 1, 2022, the inpatient unit of the Hospital of the University of Pennsylvania will have a new name – Penn Medicine Rehabilitation.

The 58-bed unit is located within Penn Medicine’s Rittenhouse building at 18th and Lombard Streets.  A team of specialized rehabilitation nurses, occupational, physical, speech and recreational therapists and neuropsychologists partner with Penn Medicine Physical Medicine and Rehabilitation physicians to care for patients recovering from conditions such as stroke, brain injury, cancer, spinal cord injury and orthopedic injuries. Services provided at the unit are managed by Good Shepherd Penn Partners (GSPP).

The name change emphasizes the important role the unit plays within Penn Medicine.

“Transitioning to Penn Medicine Rehabilitation will mean stronger name recognition and clarity for patients, their families and physicians who refer to the program,” says Jessica Cooper, Executive Director, GSPP.

“This name change communicates to patients that Penn Medicine Rehabilitation is an essential part of the continuum of care and their road to recovery,” says Cooper. “There is peace of mind knowing that the doctors who care for patients here are the very same physicians who work in Penn’s downtown hospitals.”

“Good Shepherd Penn Partners was founded to advance care for persons needing rehabilitation,” says Timothy Dillingham, MD, MS, Chair, Department of Physical Medicine and Rehabilitation, Penn Medicine.  “The department has served as a cornerstone for this partnership—providing medical leadership and subspecialty expertise for program development in collaboration with our care teams at Penn Medicine Rehabilitation. Building on the expertise contributed by both organizations, over the past 13 years, we became a premier center for rehabilitation care regionally and nationally.”

One thing won’t change, says Cooper, and that’s the excellent care patients receive.

“The new name is exciting, but it’s really a testament to the amazing work our clinicians and Penn Medicine physicians do to help people recover from life-changing injuries and illnesses,” says Cooper. “They truly make miracles happen every day.”

For more information about Penn Medicine Rehabilitation, click here.

Comments Off on Inpatient Rehabilitation Unit of the Hospital of the University of Pennsylvania Adopts New Name