Thursday, July 25, 2013

Your Child is Going to be a Baseball Player!

Your Child is Going to be a Baseball Player!
Owner and Pediatric Physical Therapist, AZOPT Kids Place

As a parent of a newborn, inevitably you have heard someone tell you “wow, your baby’s grip is so strong; I bet he will be a baseball player.”  While true, in all likelihood your baby’s grip is strong, it does not necessarily mean your child will grow up to be a baseball player.  The reason your baby has a strong grip when you place your finger in their hands is due to the Palmar Grasp Reflex. 

The Palmar Grasp Reflex occurs at birth until approximately 6 months of age.  You can elicit this response by placing your finger into a newborn’s hand from the pinky finger side.  Your child should immediately grasp their hand around your finger.  Even with a slight tug, your baby will most likely not release.  This reflex is important to teach children how to grab objects and use their hands in a functional purpose. 

At approximately 6 months of age, the grasping is no longer reflexive, but an automatic process of grasping objects and subsequently choosing to release these objects.  When this happens, the Palmar Grasp has been integrated.  Many babies develop the ability to grasp and release prior to six months.  These babies still require the use of the Palmar Grasp Reflex with activities like pulling to sit, standing, and bouncing on a parent’s legs with the support of a finger. 

Parents should watch for their baby’s ability to demonstrate open hand postures during awake or sleep times during the first few months.  Additionally, parents should look for their baby to release objects when grabbed after six months.  The inability to complete the above tasks can point to signs of neurological issues.  Please contact your physician or contact me at Kids Place if you are concerned with the overall development of your child.

So yes, your baby may grow up to be a Major League Baseball star, but it has nothing to do with newborn grip. 


Monday, July 22, 2013

Fight Obesity with AZOPT

Fight Obesity with AZOPT

Obesity is an epidemic in the United States.  Adults and children who are obese tend to have an increase in doctors’ visits with complaints of:

  • Joint pain
  • Headaches
  • Foot pain
  • Low back pain
  • Greater risk for sleep apnea
  • Constant fatigue
  • Depression
  • Unwillingness to perform physical activity
At AZOPT, obese and overweight patients will receive:

  • Musculoskeletal evaluation of pain associated with joints, back, feet, and headaches
  • Posture assessment
  • Strength and endurance testing in a Pain-FREE zone
  • Activities through manual therapy, stretching, and strengthening
  • Exercise modifications that help meet fitness goals
  • Individualized home exercise program
  • Introduction to other community activities
Why AZOPT?

People who are obese do not become this way overnight.  It takes months or years of sedentary activity and poor eating habits to cause the obesity problems.  The transition to a healthy lifestyle is VERY difficult.  People who are overweight have honest issues with joint pain, fatigue, headaches, and consistent tiredness.  They are in constant pain when they move, so they simply don't move, creating an even more sedentary lifestyle and increase weight.  AZOPT can help break this cycle.  

AZOPT therapists will:
  • Address the pain through manual therapy and therapeutic exercise
  • Allow for safe and effective exercises to help the patient feel good when they move
  • Adapt and progress the exercise program as these various pains are addressed
  • Provide professional guidance while monitoring the exercise program
Through physical therapy, patients will develop the proper foundation for movement in a positive environment through safe and effective leadership.  

For more information or to schedule an appointment, call AZOPT at (623) 242-6908.

Using Physical Therapy to Help Relieve Pain and Ailments Following a Pregnancy


Using Physical Therapy to Help Relieve Pain and Ailments Following a Pregnancy:
How my Own Personal Experiences Guide my Perspective
By Pamela G.Guevarra, PT, DPT

My husband and I waited patiently for years to have a baby.  When our doctor told us we were pregnant with twins, like most families of multiples, we were surprised, yet felt extremely blessed.  However, I had a difficult pregnancy.  A herniated disc in my cervical (neck) spine, which existed prior to my pregnancy, worsened.  The pain I felt in my ribs from the extreme amount of pressure is something I cannot soon forget.  I had carpal tunnel syndrome that started on one wrist and eventually both.  Not to mention the pain in my lower back, which actually increased after my pregnancy, creating a radiating numbness on my right thigh, lower leg, and foot.

While physical therapy treats a wide range of physical ailments and conditions for men and women of all ages, many women are not aware of the benefits of physical therapy following their pregnancy.  During a pregnancy, women and physicians often utilize physical therapy to help relieve ailments and symptoms.  However, most women experience residual, or even new, ailments or symptoms after their pregnancy, yet many never even seek professional assistance.

Following the delivery of my twins, I became very ill.  My primary care physician explained I had an infection, my entire body was inflamed, and I was not recovering fast enough following my C-section.  Yet I still had to care for my newborn, premature twins.  I was so ill that I was not allowed to exercise.  I was so weak that standing up took time.  Sleepless nights led to constant fatigue.  I felt and looked like a frail, old lady stooped over from severe weakness.  After two months, I started to feel better, but was still experience neck pain, a stiff thoracic spine (upper back), pain and stiffness in my lower back, and numbness in my right leg and foot.  It is not normal to have symptoms like lower back pain and leg numbness.

Common symptoms that women experience after giving birth include pain in their back, pelvis, neck, legs, and/or arms along with weakness, stiffness, and headaches.  These symptoms, as well as other musculoskeletal conditions, can be intensified during or after birth, and may last for months to a year after delivery.  During pregnancy, the body's ligaments (tissues that connect bones together) become lax from a hormone called relaxin, which is released to allow the body to adapt with the growth of the baby.  This hormone predisposes pregnant women to injuries or can aggravate already existing conditions.  In addition, other reasons why women have musculoskeletal problems after pregnancy include postural changes, symptoms before and/or during pregnancy, a complicated vaginal delivery, C-section, a complication or illness after delivery, and giving birth to multiples.

Throughout a pregnancy, women experience an altered posture to compensate for the baby bump.  Nine months of pregnancy is more than enough time to stress joints and cause women to continue this altered posture after pregnancy.  An altered posture places unnecessary force on the body’s joints causing increased pain and decreased comfort while caring for the child and performing daily activities.  Another cause of symptoms arises from a complicated vaginal delivery.  A lengthy labor adds stress on top of stress to the pelvic floor muscles, leading to pain in the pelvis and incontinence issues. 

Women who choose to have a C-section, or require one following a lengthy labor, may experience weakness in the abdominal and pelvic muscles causing trunk weakness and low back pain.  A C-Section is now the recommended delivery option for women pregnant with twins (triplets, etc.) because it is safer for the babies and the mother.  However, not all women/couples are aware that a C-section is a major abdominal surgery; risks that are not adequately discussed in a birthing class.  The negative result of a C-section can cause emotional changes to some mothers who feel their body has failed in addition to the weakness and pain.

Physical therapy can treat these musculoskeletal conditions and reduce any residual symptoms.  Unfortunately, very few women seek the assistance of a licensed physical therapist because they assume nothing will help or they ignore their symptoms.  Most moms place themselves second, third, or even last after the demands of their family, their job, and other responsibilities despite the pain that they experience.  However, for a woman to give 100% to the demands of her role as a homemaker, mother, and/or a full-time employee, a woman must take care of her body and remove any and all obstacles or ailments preventing her from physically functioning at 100%.

A licensed physical therapist will be able to evaluate and treat the symptoms by addressing the specific problems individually and setting future health goals.  Treatments may include pain relief with manual therapy and modalities like cold pack, hot pack, and electrical stimulation.  Physical therapy will work to strengthen specific muscle groups, improve stability in specific muscle groups, increase endurance levels to avoid fatigue, improve posture through manual therapy and exercises, and relieve joint stiffness with manual therapy and stretching. 

I am a physical therapist, but I definitely needed another physical therapist to help me get back in shape for my husband, my twins, and to be able to return to work.  I was treated for my neck, my lower back, and thoracic spine.  Manual therapy loosened my spine to correct my posture and relieve pain and stiffness.  A home-exercise program was designed to improve my strength (especially in my core) flexibility, and endurance level.  Despite my daily demands, I had to create the time to complete these exercises at home, not only for my family, but for myself.

While every woman’s symptoms and speed of recovery are different, a licensed physical therapist will be able to frequently modify the treatment plan based on goals and improvement.  Some women, especially those who have an infection or other complication(s) during and after delivery, may need to see their physician prior to seeing a physical therapist.  New mothers must take special care of their bodies after giving birth to help regain energy and strength.  The better a woman takes care of herself, the more she will be able to provide the best care for her child.

Questions or comments?  Leave Pamela a comment below or contact AZOPT at (623) 242-6908 to find out how you can benefit from physical therapy.  Pamela will respond directly to your questions/comments within 24 hours.


Wednesday, July 17, 2013

Play-Doh®: Fun and Functional

Play-Doh®:  Fun and Functional
Occupational Therapist and Kids Place Clinic Director

Play-Doh® is a great tool for helping your child develop hand skills.  The texture and resistance are great for building up the muscles in the hands.  However, when it is time to pull out the tub of Play-Doh®, hold off on using all of the cool tools and gadgets. 

Hasbro has made some awesome and exciting accessories to go with the rainbow of colors for Play-Doh®.  Most of these tools do not promote the development of hand skills.  These tools and Play-Doh® factories rely on pushing or pulling levers and holding basic tool handles.  While playing with these items is not terrible for development, to make the most of this awesome Doh put the tools away and let the child’s hands work.
 

Learning how to keep a hand flat and active while rolling out a snake works different muscle groups than giving it a big squeeze to leave grip marks.  Rolling a ball between your palms requires more control than rolling it on the table, but both encourage exposure to different textures.  Pinching the Doh to squish small balls between the thumb and first finger builds up grip strength and thumb skill.  Small items can be hid forcing small finger movements to hunt for objects, and making flat pancakes takes more hand strength than banging with a hammer. 


The tools made for Play-Doh® are fun, but the creative, tactile and fine motor coordination benefits are so much greater when the child simply uses their own hands.  If your child insists on using the toys, try playing without them for 10 minutes, then allow the toys.  Even 10 minutes of direct hand play with Play-Doh® will improve overall hand strength and coordination.

Thursday, July 11, 2013

Keeping Your Fluid Levels Up

Keeping Your Fluid Levels Up
By Ryann Roberts, DPT, CrossFit Level 1 Trainer


There’s nothing better than a cold glass of water after a workout, but don’t forget to fuel up on liquids before you hit the gym.  Athletes can lose a significant amount of fluid during physical activity; the more rigorous the routine, the more water they’ll need to replace – and who does not participate in rigorous exercise routines?

Approximately two-thirds of an average adult’s weight is made up of water.  Fluids are essential to proper body functioning, including temperature regulation, joint movement, and the transportation of oxygen throughout the body.  Dehydration, therefore, can elevate body temperatures, strain the cardiovascular system, and lead to heat injury.  Maintaining fluid levels is critical to any exercise routine.

The American College of Sports Medicine not only recommends adequate fluid replenishment, but also advises athletes to increase sodium intake after a strenuous workout.  While current medical advice calls for a reduced sodium diet, the temporary uptick in sodium is necessary to counteract the loss of electrolytes during physical exercise.

The next time you gear up for athletic activity, keep the following in mind:

Load up.  Drink 1 or 2 cups of water 30 minutes before starting exercise.

Maintain your levels.  Drink between ½ and 1 cup of water for every 15 minutes of exercise to replenish your fluids.

Weigh yourself.  Check your weight before and after exercise, and drink 2.5 cups of water for every pound lost during your workout.

Don’t rely on thirst. Water may be known as a “thirst quencher,” but if you’re thirsty, your body is already dehydrated.  Drink plenty of water after a workout, even if you’re not thirsty.  When your thirst is quenched, drink some more; you may not feel you need water, but your body does.

Use your body's natural indicators.  Urine can signal whether you’re adequately hydrated; look for a pale color, as opposed to a dark yellow, to know when your body has enough fluids.

Beware over-consumption.  While dehydration is a danger, drinking too much water can also pose a risk.  Athletes who consume excessive amounts of fluid can suffer from water intoxication, which occurs when sodium levels are depleted.  Be on the lookout for these symptoms: dizziness, nausea, apathy, confusion.

Eat your fluids.  Consider other forms of liquid refreshment to keep hydrated throughout the day.  Fruit, vegetables, and tea provide fluids and nutritional benefits.  But immediately after exercise, stick to water or electrolyte-enhanced fluids – they pack the best replenishing punch.

Tuesday, July 9, 2013

ACL Reconstruction: Allograft vs. Autograft

ACL Reconstruction:  Allograft vs. Autograft

Recently, we posted a blog titled “Everyday People Rehabbing Major Knee Injuries with AZOPT.”  In this two part series, we focused on the rehab following a major tear in the ligaments of the knee.  In this scenario, AZOPT patient Josh had a surgical procedure known as an auto graft to repair the tears.  Many people wrote us wondering what exactly an autograft procedure is. 

First, just to refresh the memory, the ACL (anterior cruciate ligament) and PCL (posterior cruciate ligament) are inside the knee joint connecting the femur (thigh bone) to the tibia (large bone of the lower leg). The ACL and PCL form an “X” inside the knee that stabilizes the knee against front-to-back and back-to-front forces.  ACL tears occur approximately 200,000 times each year in America, of which nearly half require reconstruction.

There are two types of reconstructive surgeries to repair an ACL - allograft and autograft.  An allograft is a tendon used from something other than the individual patient, usually a cadaver.  An autograft is tendon used from the individual, usually the hamstring or patellar tendon.   What is the difference between the two types of reconstructive options, and is one better or worse than the other?  There are positives and negatives to each type of reconstructive surgery.

This year, The American Journal of Sports Medicine performed a meta-analysis, the best form of research, reviewing many articles on the subject written between 1999 and 2012[1].  According to the study, patients who received an autograft scored higher on a scale that rates common complaints of the knee.  Further, they report positive outcomes on a subjective report and positive results with a single leg hop test.  Comparatively, patients receiving an allograft report a positive return to pre-injury activity level along with a positive subjective report.  They also report positive results with a pivot shift and decreased anterior knee pain.  However, patients with an allograft procedure had a 3-fold increase in re-rupture rates compared to autografts.    

In March of 2011 I experienced a major ACL tear that required reconstruction.  I chose to have an allograft performed mainly due to the shortened length of recovery time.  With an allograft, there is a decreased recovery time due to smaller amounts of cutting other structures like the patellar and hamstring tendons.  While the recovery time is less with an allograft, after 12 months of rehabilitation both types of grafts result in equal knee range of motion, strength, and activity level if proper rehabilitation occurs.  To this day I am able to perform each and every activity the same as before my ACL reconstruction.  Occasionally, I experience only minimal pain after activity and mild aches during cooler weather. 

Rehabilitation is key to any ACL reconstruction.  Physical therapy is performed after an ACL reconstruction to enable the knee to recover in a timely manner.  Initial treatment following ACL reconstruction includes increasing range of motion both in flexion and extension, mild strengthening of knee and hip musculature, pain and swelling reduction using modalities, and soft tissue mobilization to increase tissue extensibility.   Crutches and a locked knee brace are typically used for the first 3 or 4 weeks.  As rehabilitation progresses, an increased amount of strengthening occurs.  It is important to strengthen the surrounding muscles to help support the ACL graft.

If you have ruptured your ACL and require a reconstruction, speak with your physician.  Generally, they will refer you to a surgeon for a consultation.  The surgeon will speak to you regarding the option for an allograft or an autograft.  Now that you know the difference between the two you can impress the surgeon with your knowledge.  Choose which type would be most beneficial for you in the long run.  When the operation is complete, call AZOPT to begin the rehabilitation process.  Good luck and happy recovery!

[1] American Journal of Sports Medicine. 2013 Apr 12. Bone-Patellar Tendon-Bone Autograft Versus Allograft in Outcomes of Anterior Cruciate Ligament Reconstruction: A Meta-analysis of 5182 Patients. Kraeutler MJ, Bravman JT, McCarty EC.