Tag Archives: strengthening

Low Back Pain (LBP) Top 5 Exercises to Reduce Back Pain

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

How to Reduce Low Back Pain
Over time, we develop arthritic changes in our back due to normal wear and tear. Below are a list of exercises that can help reduce lower back pain. These exercises will help you, in time, return you to your normal activities and improve your quality of life.

Top 5 Exercises to Reduce Back Pain

1. LOWER TRUNK ROTATION
Lie on your back with your knees bent.
Keep your feet and knees together and lightly rotate your spine.
Stop the stretch when you feel your hips coming off of the table. Only rotate to approximately 45 degrees and rotate back and forth like a windshield wiper.
Repeat for 2 minutes.
Low back pain

2. ABDOMINAL BRACING
Lie on your back with your knees bent. Slightly elevate your hips but not high enough to where it comes off of the table. Simultaneously, squeeze your abdominal muscles down towards the table. Continue to breathe.

Hold this for 10 seconds and rest for 10 seconds. Repeat for 2 minutes.

Low back pain
Low back pain

3. SINGLE KNEE TO CHEST
Bring one knee to your chest.

Hold for 5-10 seconds. Repeat alternating legs to your chest for a time of 2 minutes.
Low back pain

4. FIGURE 4 STRETCH
Cross on ankle over to the opposite knee and press down on the resting leg. You should feel the stretch in your hip.

Hold this stretch for 30 seconds if you can tolerate it. Repeat for 3 repetitions, then switch legs.
Low back pain

5. PIRIFORMIS STRETCH

Cross one ankle over to the opposite knee. Pull the resting knee across your body and up towards your chest. (You should aim for your opposite shoulder as a reference). This stretch should be felt over the crossed leg buttock.

Hold for 30 seconds if you can tolerate it. Repeat for 3 repetitions on each leg.
Low back pain

Written by Laura Cifre, OTR/L, PT, DPT, Director at Green Oaks Physical Therapy – Irving, Texas.
To learn more about Green Oaks Physical Therapy click here.

shin splints

7 Ways Physical Therapists Treat Shin Splints

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

shin splints

Here are 7 ways a physical therapist can help treat pain and symptoms associated with shin splints:

Pain Reduction: The RICE principle is the first step to recovery (rest, ice, compression, and elevation). Manual therapy and Kinesiotaping may also be used to speed up recovery and reduce swelling.

Gait and Footwear Analysis: An analysis of how a person walks and runs in an important part of treatment. The wrong mechanism of walking can transmit a great deal of force through the shin to the knee and hip. In such situations, physical therapists will correct gait patterns and recommend footwear with shock absorbing capacity.

Muscle Stretches and Strengthening: The tibial and peroneal muscles are attached to the shin and must be stretched adequately before any form of exercise. Physical therapy includes various stretches of the goot that will help stretch and warm up these muscles. Strengthening damaged muscles can also help.

 Activity Modification:  Physical therapists may suggest alternative activities to minimize stress on the shinbones. These can include swimming and cycling.

Increase Range of Motion (ROM): Exercises for the hip, knee, ankle and foot improve blood circulation, reduce inflammation and relieve pain. A home exercise program may also be implemented.

Arch Support:  The absence or collapse of a normal foot arch can lead to shin splints. Physical therapists will recommend appropriate orthotics that can be custom made for the patient and provide the appropriate amount of arch support.

Return to Sport: If you are an athlete, your therapist may tailor exercises that are specific to strengthening the areas needed to perform your sport. Modified use of your muscles may also be discussed and implemented. Return to your sport may be gradual to prevent re-injury.

To learn more about shin splints please visit our PT & Me injury center on this website by clicking here.

National Athletic Training Month

March is National Athletic Training Month

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

March is National Athletic Training Month

Why We ATC?

ATHLETIC TRAINERS are highly qualified, multi-skilled health care professionals who collaborate with physicians to provide preventative services, emergency care, clinical diagnosis, therapeutic intervention, and rehabilitation of injuries and medical conditions. They can work in a variety of settings, including high schools, middle schools, universities, professional sports teams, hospitals, clinics, performing arts, club sports teams, and more. Athletics trainers decrease the liability on coaches, ensure a quicker and safer return to play, and reduce the risk of injuries for athletes of all ages. To learn more about the great things our ATC’s do — search for one of our PT & Me athletic training locations by clicking here!

Game & Practice Coverage:

• Early injury detection and intervention
• Quick referral process to local specialists if required
• Concussion safety injury screenings:
• Evaluation of injury
• Recommendation on immediate care
• Quicker return to play

March is National Athletic Training Month

WHAT IS NATIONAL ATHLETIC TRAINING MONTH?
March is National Athletic Training Month, a time to celebrate the positive impact athletic trainers have on work, life and sport. National Athletic Training Month is sponsored by the National Athletic Trainers’ Association (NATA), the professional members association for certified athletic trainers and others who support the athletic training profession. NATA represents more than 45,000 members worldwide.

ATC SPORTS STATS
All statistics taken from www.atyourownrisk.org

90% of student athletes report some sort of sports-related injury in their athletic careers.
54% of student athletes report they have played while injured.
12% report they have sustained concussions and head injuries from their time on the field.
163,670 middle or high school athletes were reported being seen in the emergency room for a concussion.
300 sports-related deaths of youth anything to prevent injuries.
37% of public high schools employ a full-time athletic trainer.
54% of athletes said they have played while injured.

PT News

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

This Month in PT News. Featuring articles from PTandMe partnering clinics!

1. How to Deal with Chronic Joint and Muscle Pain
Written by the Therapy Team at Cornerstone Physical Therapy – Gahanna, OH

All of us have experienced pain and discomfort in the muscles and joints at some point, especially with age. In most cases, the use of over the counter medications, hot/cold packs and rest help resolve the problem. Read more

2. Pain at the Mall
Written by the Therapy Team at the Jackson Clinics – Northern Virginia

As the outside temperatures drop, people contemplating undertaking an exercise program often consider walking at the mall. Benefits include a controlled climate, an absence of traffic, security and easily available restrooms and water. Read more

3. Quality of Care in Rehab
Written by the Ian M. Campbell, DPT at Intermountain Physical Therapy – Boise, ID

What does quality care mean in rehabilitation? One can drive through their city and likely notice multiple physical therapy (PT) clinics. Some may be privately owned and operated, others run by local hospitals. Read more

lumbar physical therapy

The Phases of Cervical, Thoracic and Lumbar Physical Therapy

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

A great cervical, thoracic and lumbar physical therapy program is very important for patients who have experienced surgery. Rehabilitation will be modified based on body region and type of surgery.

Pre-Operative Phase
Prior to surgery, your physical therapist will perform a comprehensive evaluation to assess your mobility, strength, coordination, and function in order to create a customized home exercise program to perform in preparation for your surgical procedure. This program will be important for you to perform until you have surgery to help improve your recovery after surgery.

NON-FUSION PHYSICAL ACTIVITY PROGRAM

Phase 1 Post-Operative (0 – 4 Weeks Post-Op)
During this phase, you will undergo light activities, like walking. During this time, it is imperative that you perform the home exercise program your physical therapist taught you to improve muscle function, and help improve healing. During this time, you may exhibit pain and soreness due to the surgery. This is a normal part of the healing process.

  • Immediately following your surgery, you will be allowed to perform very light, gentle, activities of daily living around your home. However, do not lift more than 10 pounds (a milk jug), and go slowly when bending or twisting.
  • Walking is important to perform consistently as well. Move around your house, ensuring that the area is free of any obstacles which can cause you to fall. Walking around the block should be the limit to what you do in the first 2 weeks. This duration can be increased but should stay under one quarter of a mile for the first 4 weeks.

  • Healing is most important during this phase and post-surgical pain and soreness is normal.

Phase 2 Post-Operative (4 – 6 Weeks Post-Op)
During this phase, you will start physical therapy. Physical therapy during this phase will involve exercises to improve your mobility, strength, and stability. Due to an increase in activity during this time, it is normal to exhibit increased muscle soreness with physical therapy. The soreness will resolve as your muscles get stronger.

  • Formal physical therapy as prescribed by your surgeon will start.
  • Physical therapy will include a comprehensive evaluation to determine the appropriate treatment to improve mobility, strength, stability, and coordination.
  • It is normal to experience muscle soreness during this time with your program. Each person’s body has a different activity threshold that needs to be reached to make physical improvements and muscular soreness is a healthy, safe response to working in this threshold.
  • As your activity threshold level improves, the soreness will resolve.

Phase 3 Post-Operative (7 – 10 Weeks Post-Op)
During this phase, physical therapy will focus on dynamic exercises and activities emphasizing multiple planes of motion. During this time, you can expect more complicated exercises to challenge your coordination and stamina for reaching your goals.

  • During this phase, physical therapy will increase intensity in regards to your appropriate activity threshold.
  • Exercises and activities will become more challenging, more dynamic, and will involve multiple planes of motion to simulate and retrain muscles to complete your daily or recreational activities.
  • Your custom physical therapy program will include specific activities and exercises to prepare you for return to your functional goals.

Information provided by PT and Me physical therapy partner, Rehab Associates of Central Virginia. R.A.C.V. has 13 locations throughout central Virginia. More information about Rehab Associates of Central Virginia can be found on their website at www.racva.com.

total knee replacement

Physical Therapy Following a Total Knee Replacement

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

There are over 600,000 total knee replacements done each year in the U.S. As the workforce ages and as obesity levels continue to rise, this number is expected to increase.

Candidates for a knee replacement include patients experiencing difficulty doing simple daily activities, including walking or going down steps, and where conventional treatments are no longer helping. Common causes that lead to a replacement include pain with simple ADL’s (activities of daily living), pain at rest, chronic swelling, inflammation not improving with medication, knee deformity, knee stiffness, or trauma to the joint. When you are scheduled for a total knee replacement, ask to see your physical therapist for a pre¬surgical exercise and stretching program. This will help your knee recover its range of motion and strength.

Surgery consists of resurfacing the knee’s damaged and worn joint surfaces with artificial parts made of metal or plastic. Most patients are in the hospital for an average of 3¬5 days. And more than 90 percent of people report significant decrease in pain and improvement in ability to perform ADL’s within one month after surgery. Currently, many knee replacements are lasting 20 years or more with appropriate activity modification. One of the most important factors in success after a total knee replacement is follow up with physical therapy and a lifelong exercise program. Physical therapy typically starts during the hospital stay with the goals being to get the individual up and walking decreasing swelling in the knee and increasing knee ROM (range of motion). Upon hospital discharge, patients either go home and receive home physical therapy for one to two weeks, or to an extended care facility to continue their therapy.

Typically, patients need outpatient physical therapy after therapy at home, which usually begins two to four weeks after surgery. Outpatient physical therapy is recommended for three times a week for up to three months. Therapy goals initially are to reduce swelling and pain, and improve knee range of motion in both directions. To achieve these goals, treatment may consist of soft tissue massage to increase circulation and decrease swelling, stretching to improve flexibility, patellar mobilization, range of motion exercises, and modalities such as ice and electrical stimulation to help decrease pain and swelling. Physical therapy will progress to lower extremity strengthening exercises, balance activities, and fine tuning the gait pattern. Various activities and techniques will be used to improve strength, balance, and gait. As patients reach the end of their course of physical therapy, a personalized home exercise program is developed with the focus on independence with all ADL’s and returning to activities such as walking, swimming, dancing, golf, and biking. It is important for patients to stay active and maintain strength, flexibility, and endurance.

childhood obesity

Treating Childhood Obesity With Activity

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit


When talk focuses on childhood obesity in the United States, words like “critical” and “epidemic” are often used. The tried-and-true prescription of more exercise and better nutrition still holds true, but overweight children face unique challenges when it comes to weight loss.

Why Has Childhood Obesity Increased and What Are the Effects?
The statistics are disturbing. Not only are the overall obesity rates increasing, the heaviest kids are heavier than they were 30 years ago. Why is this happening? Experts who have studied childhood obesity attribute it to a change in lifestyle. The active lifestyle of the past—walking to school, playing outside, and engaging in after-school activities—has been replaced by a sedentary lifestyle of watching TV, playing video games, and using electronic devices like phones, computers, and tablets. Eating habits have changed noticeably, with convenience foods that are higher in fat and calories replacing fruits and vegetables.

The consequences of obesity are significant. A child who is obese may develop high blood pressure, high cholesterol, and type 2 diabetes. These conditions can increase the risk of cardiovascular disease such as a heart attack and stroke. In addition, older teens who are obese may have an increased risk of death during adulthood.

Obesity can also affect emotional health. A child who is obese may have emotional problems in school, and struggle with low self-esteem and depression.

What Is One of the Best Solutions?
Exercise is one of the main tools to fight childhood obesity. The US Department of Health and Human Services encourages children of all ages to be physically active. If your child is overweight, obese, or even of normal weight, recommendations to improve your child’s health include:

  • Encouraging your young child (aged 1-4 years old) to actively play daily in a safe environment
  • Encouraging your older child (aged 5 years and up) to participate in moderate to vigorous activity every day—Your child should aim for at least one hour per day of moderate to vigorous activity. At least 3 days out of the week should be vigorous activity.

Since children often engage in shorter bursts of activity throughout the day, it is okay to count these times as exercise.

Examples of different types of physical activity include:

Moderate-intensity: Brisk walking, hiking, skateboarding, baseball, rollerblading, and bike riding
Vigorous-intensity: Jumping rope, running, and playing sports like basketball, hockey or tennis

The main difference between moderate- and vigorous-intensity exercises is the demand on the body. Vigorous activities force the body to work harder. The heart beats faster and breathing becomes more rapid, but energy is used up faster.

  • Rollerblading
  • Learning karate
  • Playing organized sports (field hockey, soccer, football)
  • Swimming
  • Gymnastics
  • Strength training with weights
  • Rock climbing
  • Cross-country skiing

Before your child jumps into a new fitness routine, it is important that you work with your child’s doctor. Being obese can put a strain on muscles and bones, possibly causing back pain and foot or ankle problems. The doctor can assess your child’s overall health and recommend safe exercises.

What Else Can Be Done to Encourage Activity?
Another important piece to the puzzle is to focus on screen time. Screen time refers to how many hours per day your child spends in front of a screen—whether it be watching TV, playing video games, or using electronic devices. These are sedentary activities that contribute to obesity. The NHLBI recommends that screen time should be limited to less than 2 hours per day, which leaves more time for exercise. You can further encourage your child to be active by planning family outings, like going on a hike, riding bikes, or playing flag football. That way, the whole family can become healthier together.

by Patricia Kellicker, BSN and Rebecca J. Stahl, MA

RESOURCES:
American Council on Exercise
http://www.acefitness.org

Shape Up America
http://www.shapeupus.org

CANADIAN RESOURCES:
Health Canada
http://www.hc-sc.gc.ca

Healthy Alberta
http://www.healthyalberta.com

REFERENCES:
Aerobic, muscle, and bone-strengthening: What counts? Centers for Disease Control and Prevention website. Available at: http://www.cdc.gov/physicalactivity/basics/children/what_counts.htm. Updated June 5, 2015. Accessed March 2, 2016.

Chapter 3: Active children and adolescents. US Department of Health and Human Services website. Available at: http://www.health.gov/paguidelines/guidelines/chapter3.aspx. Accessed March 2, 2016.

How much physical activity do children need? Centers for Disease Control and Prevention website. Available at: http://www.cdc.gov/physicalactivity/basics/children/index.htm. Updated June 4, 2015. Accessed March 2, 2016.

Krul M, van der Wouden JC, Schellevis FG, van Suijlekom-Smit LW, Koes BW. Musculoskeletal problems in overweight and obese children. Ann Fam Med. 2009;7(4):352-356.

NCHBI integrated guidelines for pediatric cardiovascular risk reduction. EBSCO DynaMed website. Available at: http://www.ebscohost.com/dynamed. Updated February 12, 2013. Accessed March 2, 2016.

Obesity in children and adolescents. EBSCO DynaMed website. Available at: http://www.ebscohost.com/dynamed. Updated February 10, 2016. Accessed March 2, 2016.

Last reviewed March 2016 by Michael Woods, MD Last Updated: 3/2/2016

EBSCO Information Services is fully accredited by URAC. URAC is an independent, nonprofit health care accrediting organization dedicated to promoting health care quality through accreditation, certification and commendation.

Achilles Tendinitis

Treatment Options for Achilles Tendinitis

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

The Achilles tendon is the largest tendon in the body. It connects your calf muscles to your heel bone and is used when you walk, run and jump.  Although the Achilles tendon can withstand great stresses from running and jumping, it is also prone to tendinitis, a condition associated with overuse and degeneration. Achilles Tendinitis causes pain along the back of the leg near the heel. If you suffer from Achilles Tendinitis – try these pain relief methods.

REST: Cut back your training by decreasing your mileage and intensity. Also avoid hills and speedwork. You may substitute running with swimming, running in water and biking to reduce the irritation.

ICE: Apply ice to the affected area for 10 to 20 minutes with at least one hour between applications. Do not apply ice directly to your skin – a pillowcase or dish towel works well as a protective barrier. Frozen peas or reusable gel packs are flexible and conform well to the injured area.

PROPER FOOTWEAR/ORTHOTICS: This situation can be corrected with arch supports or custom orthotics. Orthotics allow your foot to maintain correct position throughout the gait. Avoid walking barefoot and wearing flat shoes. If your pain is severe, your doctor may recommend a walking boot or to cast you for a short time. This gives the tendon a chance to rest before any therapy is begun.

NON-STEROIDAL ANTI-INFLAMMATORY MEDICATION: Drugs such as ibuprofen and naproxen reduce pain and swelling. They do not, however, reduce thickening.

PHYSICAL THERAPY: Achilles tendinitis can be painful, chronic condition if left untreated. Consult your physician to discuss physical therapy options. Licensed physical therapists coordinate with your physician to provide individualized care and treatment options for your specific needs.

CORTISONE INJECTIONS: Cortisone, a type of steroid, is a powerful anti-inflammatory medication. Cortisone injections into the Achilles tendon are rarely recommended because they can cause the tendon to rupture (tear).

strength training

Age Appropriate Strength and Performance Training

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

In recent years there has been discussion on training for our adolescent athletes and what is appropriate, whether it be how much, how soon, how specialized? Here are some answers to common strength training questions we hear:

When Can My Athlete Start Lifting Weights?
The NSCA’s position statement states pre-adolescence (7-8 y/o) is a safe age to begin resistance training with graduated modalities and loads. Basically, if the athlete is ready for organized sports, they are ready for some kind of resistance training.

Why Can’t I Just Buy a Blu-Ray Workout for My Adolescent to Train By?
No athlete is the same, and doing a cookie-cutter workout without properly screening for potential injury risk would be negligent. The risk is too great to potentially hurt an athlete by trying to perform exercises their bodies cannot physically handle.

What Should I Look for with Overtraining?
Ongoing decreased performance on field. Often injured or sick. Disengagement from sport and school. Mood swings. Physically tired all the time. Sleep issues. Overreactive emotional response to failure. Depression. Nutrition issues.

A strength training and conditioning specialist can screen each athlete’s movements in order to determine a baseline level of movement and strength. They then develop exercises and drills that will enhance the good movement qualities while addressing any bad motor patterns that may exist. Main components that are often noticed by trained professionals are mobility(flexibility) and stability (strength) issues.

For more on strength & conditioning or to inquire about training with the Center for Physical Rehabilitation at the Academy for Sports & Wellness, please visit: www.pt-cpr.com/academy

throwing injuries PTandMe

Guidelines to Prevent Throwing Injuries

like what you see? share...Share on FacebookTweet about this on TwitterShare on LinkedInShare on Google+Share on TumblrShare on Reddit

In this monthly series, we examine the proper ways to exercise and prevent throwing injuries in baseball. If you have any sudden significant increase in pain, swelling, or discoloration while performing or following exercise, discontinue immediately and contact your primary care provider.


WRIST EXTENSION
Start with the arm supported on a table and your wrist facing toward the ground. Hold the weight off the edge of the table and bring the back of your hand toward the ceiling.


WRIST FLEXION
Start with the arm supported on a table and your wrist facing toward the ceiling. Hold the weight off the edge of the table and bring your palm toward the ceiling.

ASMI GUIDELINES TO HELP PROTECT PITCHERS FROM SHOULDER & ELBOW THROWING INJURIES:

Don’t throw too much:
Daily, weekly and annual overuse is the greatest risk to a pitcher’s arm health. Numerous studies have shown that pitchers who throw more pitches per game and those who do not adequately rest between appearances are at an elevated risk of injury. While medical research does not identify optimal pitch counts, pitch count programs have been shown to reduce the risk of shoulder and elbow injury in Little League Baseball by as much as 50% (Little League, 2011). The most important thing is to set limits for a pitcher and stick with them throughout the season.

Don’t pitch through arm fatigue:
Individuals are 36 times more likely to develop shoulder and elbow injuries when routinely pitching with arm fatigue.

Don’t pitch more than 100 innings per year:
If an athlete throws over 100 innings they are 3.5 times more likely to be injured than those who did not exceed 100 innings pitched.

Don’t throw more than 8 months per year:
Athletes who throw > 8 months per year are 5 times as likely to suffer an injury requiring surgery of the elbow or shoulder. Pitchers should refrain from throwing for at least 2-3 months per year and avoid competitive pitching for at least 4 months per year.

Don’t pitch on consecutive days:
Pitchers who pitch on consecutive days have more than 2.5 times greater risk of experiencing arm pain.

Don’t play catcher following pitching:
If the player catches following pitching they are 2.7 times more likely to suffer a major arm injury.

Don’t play on multiple teams at the same time:
There is increased risk of injury due to the difficulty in monitoring pitch limits and rest time. If the player is on multiple teams, make meticulous efforts to keep track of the amount of pitches thrown to allow adequate rest.

Don’t forget the shoulder in strength and conditioning programs:
Numerous studies have shown that deficits in upper extremity strength and mobility are strongly correlated to serious arm injuries. Shoulder and forearm strengthening exercises can build strength, endurance and motor control which can prevent injury.

Be cautious with throwing curve balls and sliders:
While existing research has not consistently shown a strong connection between the curveball and injuries, Yang et al., found that amateur pitchers who threw curveballs were 1.6 times more likely to experience arm pain while pitching and Lyman et al, found that youth pitchers who throw sliders are 86% more likely to experience elbow pain.

Be cautious with the radar gun:
Radar guns do not directly cause harm to a pitcher, however, the gun may cause the pitcher to over throw beyond their normal comfort level. This could possibly create arm strain.

Following these guidelines may keep the throwing athlete safe from the debilitating shoulder and elbow throwing injuries seen on a regular basis in physical therapy clinics.

Pitching Guidelines Chart

This information was written by Advance Rehabilitation Physical Therapy, an outpatient physical therapy group with 24 locations in Georgia and Florida. Advance Rehabilitation is a physical therapy practice that focuses on providing the highest quality rehabilitation services. They specialize in physical therapy, sports medicine, industrial rehabilitation and athletic training. Their staff includes highly-trained professionals that serve as a bridge between injury and recovery to help patients get back to pre-injury status as quickly as possible. For more information click here.

See the entire Guidelines to Prevent Throwing Injuries series here:

   Prevent Throwing Injuries

   prevent throwing injuries

throwing injuries PTandMe