Dr. Kenneth Aaron Shaw D.O.?
Update this Profile
Dr. Kenneth Aaron Shaw D.O., Orthopedist (Pediatric)
We verify the medical license of each FindaTopDoc Verified Doctor to ensure that their license is active and they are in good medical standing.

Dr. Kenneth Aaron Shaw D.O.

Orthopedist (Pediatric) | Pediatric Orthopaedic Surgery

2222 WELBORN ST DALLAS TX, 75219

About

Dr. Kenneth Shaw is a pediatric orthopaedic surgeon practicing in DALLAS, TX. Dr. Shaw specializes in the diagnosis, treatment and rehabilitation of injuries, diseases and disorders of the bodys musculoskeletal system in children. As a pediatric orthopaedic surgeon, Dr. Shaw tends to childrens bones, ligaments, muscles, joints, nerves and tendons. Pediatric orthopaedic surgeons can treat newborns to teenagers. Some conditions Dr. Shaw treats include gait abnormalities like limping, limp and spine deformities, broken bones and bone and joint infections.

Provider Details

MaleEnglish

Dr. Kenneth Aaron Shaw D.O.'s Practice location

2222 WELBORN ST -
DALLAS, TX 75219
Get Direction
New patients: 214-559-8430

Dr. Kenneth Aaron Shaw D.O.'s reviews

(0)
Write Review

Recommended Articles

  • Scoliosis Symptoms and Causes

    Scoliosis often occurs in kids below the age of puberty. Some of the most common signs of scoliosis happen to be the following:...

  • What Is Progeria?

    Progeria or Hutchinson-Gilford progeria syndrome (HGPS), is a rare genetic condition characterized by a rapidly aging appearance in children. Newborns and infants born with this condition typically look healthy and normal, but may physically display characteristic facial features, such as prominent...

  • Muscular Dystrophy in Children

    Muscular dystrophy or MD is a genetic disorder that stops the body from producing enough proteins to develop the muscles and keep them healthy. This fault in the genetic structure slowly weakens the body as the person ages. It is really heartbreaking to hear a parent say, “My child has muscular...

  • Muscular Dystrophy: Telling a Child the Truth About His/Her Condition

    Muscular dystrophy is a category of muscle diseases that cause progressive weakness and loss of muscle mass.  Muscular dystrophy (MD) is either inherited or can be due to a genetic mutation. Kids with MD usually follow a normal pattern of growth development in the first few years of their lives,...

  • Reasons for Knee Replacement Surgery

    Knee replacement surgery is a surgical procedure that involves the removal of parts of your natural knee joint and replacing them with artificial parts known as prostheses. Knee replacement is a very common procedure used to repair your knee joint.Many conditions can make your doctor decide to...

  • How Effective is Knee Replacement Surgery?

    How Effective is Knee Replacement Surgery?This surgery is normally recommended for elderly people who suffer from severe pain due to osteoarthritis. It is suggested for people if the pain and stiffness in their joints affects their mobility and daily activities. One has to understand both the...

Nearby Providers

Nearest Hospitals

TEXAS SCOTTISH RITE HOSPITAL FOR CHILDRENl

2222 WELBORN STREET DALLAS TX 75219

Head northeast on Welborn Street 99 ft
You have arrived at your destination, on the right

BAYLOR MEDICAL CENTER AT UPTOWNl

2727 EAST LEMMON AVENUE BUILDING I DALLAS TX 75204

Head northeast on Welborn Street 649 ft
Turn left onto Maple Avenue 453 ft
Turn right onto Oak Lawn Avenue 3895 ft
Turn right onto Lemmon Avenue 4559 ft
Make a slight left 148 ft
Go straight onto Lemmon Avenue East 64 ft
You have arrived at your destination, on the left

UT SOUTHWESTERN UNIVERSITY HOSPITAL-ZALE LIPSHYl

5151 HARRY HINES BLVD DALLAS TX 75390

Head northeast on Welborn Street 237 ft
Turn left onto Scottish Rite Way 498 ft
Turn left onto Oak Lawn Avenue 695 ft
Take the ramp on the right 332 ft
Turn right onto Harry Hines Boulevard 1.2 mi
Turn left onto Medical District Drive 370 ft
Turn right onto Amelia Court 108 ft
Continue slightly right onto Amelia Court 499 ft
You have arrived at your destination, on the right