We think outside the box. If you have been told you “have to live” with your pain, or that your only option is surgery, we usually have an alternative for you.
At our practice, you will be seen by a physician, every time. You will never have to see a physician assistant or nurse practitioner. You will have time to tell your story, and your body will tell us the rest through a detailed physical exam. We will personally order and carry out all your procedures. With this personalized service, and the personalized therapy that is Regenexx, you have the highest chance of the best results.
Areas treatedCervical Spine, Elbow, Foot & Ankle, Hand & Wrist, Hip, Knee, Lumbar Spine, Other Conditions, Shoulder, Thoracic Spine
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Regenexx founder Christopher Centeno, MD says of Dr. Attaman: “Jason Attaman is an advanced interventional spine provider who is also trained extensively in interventional orthopedics and joined the Regenexx network. We were very proud to add him to our network as Jason is one of the best interventional physicians in the U.S.“
Dr. Attaman was elected by other physicians as a Seattle Met “Top Doc” in Pain Medicine for 2015, 2016, 2017, 2018, 2019, 2020.
Dr. Attaman was elected as a Seattle Magazine “Top Doc” in Pain Medicine for 2019.
He is the only Pain Medicine doctor to receive the Top Doc award from both magazines in 2019.
Dr. Attaman is the first physician in Washington fully trained in and offering all forms of Regenexx treatments. He is qualified to perform injections in every part of the body, including the spine. He was one of the very first physicians in Washington to offer image-guided regenerative injection into the spine starting over a decade ago. He was first treated with regenerative medicine himself as a medical student 20 years ago and has been involved with regenerative medicine procedures like prolotherapy, platelet rich plasma, and bone marrow derived stem cell procedures since that time.
Dr. Attaman is board certified and Anesthesiology-fellowship trained in the medical subspecialty of Pain Medicine and Interventional Pain Management. He is also residency trained and board certified in the specialty of Physical Medicine and Rehabilitation. He is also certified at the highest level by the Interventional Orthopedic Foundation (IOF) for regenerative injection techniques in all parts of the body. He is one of only a few with such extensive qualifications in the state of Washington.
Click here to learn more about Dr. Attaman’s board certifications with the American Board of Medical Specialties.
He is expert at diagnosing and treating every form of pain, ranging from tennis elbow to cancer pain. He uses pain reducing injections and procedures such as Regenexx to combat difficult to treat pain conditions. He will guide his treatments to help reduce or eliminate your need for pain medications, avoid surgery, improve your function, and get you back to your life.
In addition, he has had extensive training in integrative and “alternative” medicine. He has trained extensively with some of the most prominent alternative medicine physicians, including Dr. Joseph Mercola (naturopathic medicine), Dr. Dietrich Klinghardt (neural therapy), and late Dr. Thomas Dorman (prolotherapy). Dr. Attaman’s goal as your physician is to offer you the best of both conventional and alternative medicine for a truly integrative approach to your pain issues.
Clinical Assistant Professor, Pacific Northwest University of Health Sciences
- Swedish Hospital, Seattle
- Overlake Hospital, Bellevue
- Multicare Hospital, Auburn
- Overlake Surgery Center, Bellevue
ORTHOBIOLOGIC PROCEDURE COMPETENCY
Fully certified by the International Orthopedics Foundation (IOF) to perform all forms of Regenexx treatments using the following techniques:
Knee: Intra-articular with ultrasound (supra-patellar pouch), Intra-articular with fluoroscopy, patellar tendon with ultrasound, quadriceps tendon with ultrasound, lateral compartment through patella-femoral joint with ultrasound, lateral compartment through patella-femoral joint with fluoroscopy, medial collateral ligament, meniscus, and coronal ligaments with ultrasound, lateral collateral ligament to fib head, meniscus, popliteus, biceps femoris with ultrasound, distal iliotibial band insertion with ultrasound, Baker’s cyst drainage with ultrasound, posterior medial corner structures (meniscus, pes anserine tendons, meniscus hamstrings insertions) with ultrasound, medial-lateral retinaculum and POL (posterior oblique ligament) with ultrasound, anterior cruciate ligament with ultrasound, anterior cruciate ligament with fluoroscopy, posterior cruciate ligament with ultrasound, posterior cruciate ligament with fluoroscopy, medial and lateral femoral condyle bone access, medial and lateral tibial bone access.
Hip: intra-articular with fluoroscopy, intra-articular with ultrasound, labrum and hip capsular ligaments (iliofemoral, pubofemoral, ischiofemoral) with ultrasound, anterior superior and posterior facets of greater trochanter with ultrasound, proximal iliotibial band with ultrasound, posterior-lateral iliac crest muscle origins with ultrasound, anterior superior iliac spine and associated muscle origins with ultrasound, adductor group tendons with ultrasound, hamstrings origin with ultrasound, femoral nerve block, femoral bone access with fluoroscopy, acetabulum bone access with fluoroscopy, hip intra-articular hydrodilation, ligamentum teres under fluoroscopy.
Shoulder: intra-articular with ultrasound, intra-articular with fluoroscopy, sub-deltoid with ultrasound, acromioclavicular joint intra-articular with ultrasound, acromioclavicular joint intra-articular with fluoroscopy, supraspinatus, infraspinatus/teres, subscapularis, biceps tendon, coracoacromio/coracoclavicular ligaments and superior glenohumeral ligament , acromioclavicular joint intra-articular, middle glenohumeral ligament/inferior glenohumeral ligament/posterior capsule with labrum, suprascapular nerve block, shoulder intra-articular hydrodilatation, humerus bone augmentation / intraosseous, superior labrum with ultrasound and fluoroscopy, Interscalene supraclavicular nerve block with ultrasound.
Ankle: Ankle tibiotalar joint with ultrasound & fluoroscopy, lateral ankle ligaments (anterior talofibular ligament, calcaneofibular, posterior talofibular ligament) with ultrasound, high lateral ankle ligaments with ultrasound, peroneal tendons (longus and brevis), anterior/posterior tibialis tendon, achilles tendon, tibial nerve block, tibial nerve hydrodissection with ultrasound, deltoid ligament with ultrasound, subtalar joint injection with ultrasound, subtalar joint injection with fluoroscopy, talus bone injection with fluoroscopy, calcaneus bone injection with fluoroscopy.
Foot: metatarsalphalangeal joints with ultrasound, metatarsalphalangeal joints with fluoroscopy, plantar fascia with ultrasound, plantar fascia with fluoroscopy, flexor hallucis longus with ultrasound, flexor digitorum longus with ultrasound, digital nerve block with ultrasound, dorsal capsular ligaments of metatarsalphalangeal joints with ultrasound, extensor hallucis longus with ultrasound, extensor digitorum longus with ultrasound, plantar capsular ligaments with ultrasound, plantar plate with ultrasound, sesamoid with ultrasound, talo-navicular under ultrasound, talo-navicular under fluoroscopy, calaneo-cuboid under ultrasound, calaneo-cuboid under fluoroscopy.
Elbow: elbow joints with ultrasound and fluoroscopy (radiohumeral and humeroulnar), medial and lateral epicondyle with ultrasound, ulnar collateral ligament with ultrasound, radial collateral ligament/lateral collateral ligament with ultrasound, radial annular ligament, biceps insertion, triceps tendon insertion, ulnar nerve hydrodissection with ultrasound.
Hand/Wrist: intercarpal with ultrasound , intercarpal with fluoroscopy, digit intra-articular (metacarpophalangeal joint, proximal interphalangeal joint, distal interphalangeal joint) with ultrasound, Digit intra-articular (metacarpophalangeal joint, proximal interphalangeal joint, distal interphalangeal joint) with fluoroscopy, carpometacarpal intra-articular with ultrasound, carpometacarpal intra-articular with fluoroscopy, carpometacarpal capsular ligaments with Ultrasound, radial, median, ulnar nerve blocks with ultrasound, digit capsular ligaments with ultrasound, flexor tendons with ultrasound, extensor pollicis brevis and abductor pollicis longus tendons with ultrasound, scapholunate ligament with ultrasound, 360 degree wrist ligaments with ultrasound, median, ulnar, radial nerve hydrodissection with ultrasound, flexor tendon sheath hydrodilatation with ultrasound, triangular fibrocartilage (TFCC) complex, RUC/DUC ligaments with ultrasound, radial collateral ligament with ultrasound.
Spine: C2-C7 facets under fluoroscopy, C2-C7 facets under ultrasound, Cervical supraspinous/interspinous ligaments under ultrasound, Cervical epidurals (interlaminar or transforaminal) under fluoroscopy, greater and lesser occipital nerves under ultrasound, thoracic intra-articular facets under fluoroscopy, thoracic costovertebral facets under fluoroscopy, thoracic costovertebral facets under ultrasound, intercostal nerves under fluoroscopy, intercostal nerves under ultrasound, thoracic supraspinous/interspinous ligaments under ultrasound, lumbar facets under fluoroscopy, lumbar facets under ultrasound, lumbar supraspinous/interspinous ligaments under ultrasound, Lumbar iliolumbar ligaments under fluoroscopy, lumbar epidurals (interlaminar or transforaminal) under fluoroscopy, caudal epidural under fluoroscopy, caudal epidural under ultrasound, sacroiliac joint under fluoroscopy, sacroiliac joint ligaments under fluoroscopy, intervertebral disc injection.
Dr. Cameron Cartier grew up in Bellevue, Washington, and has returned home to be closer to family and friends. He recently completed fellowship training with the pioneers of Regenexx at the Centeno-Schultz Clinic in Broomfield, Colorado. He is board-certified in both anesthesiology and interventional pain medicine. Dr. Cartier began his studies at Brigham Young University in Provo, Utah, where he acquired a bachelor’s degree in neuroscience. After completing his degree, Dr. Cartier attended A.T. Still University in Kirksville, Missouri. He then completed his anesthesiology residency at Riverside University Health System in southern California, and his first fellowship in pain medicine at the University of Vermont. Dr. Cartier served as an active-duty physician with the United States Air Force in Alaska and Afghanistan. Dr. Cartier is very excited to be home and share his knowledge and skills to best serve the community by combining cutting-edge technology with the holistic healing mechanisms of Regenexx to improve the quality of life for his patients. In his free time, Dr. Cartier enjoys spending time with family, staying active with hiking, skiing, swimming, and of course, rooting for his home-town teams.
- Clinical Assistant Professor, Pacific Northwest University of Health Sciences
- Bachelor’s: Neuroscience, Brigham Young University
- Doctor of Osteopathy: A.T. Still University
- Residency: Anesthesiology, Riverside University Health System
Moreno Valley, CA
- Fellowship: Pain Medicine, University of Vermont
- Fellowship: Interventional Orthopedics, Centeno-Schultz Clinic
- Anesthesiology, American Osteopathic Board of Anesthesiology
- Pain Medicine, American Osteopathic Board of Anesthesiology
View Doctor's CV
Consider Regenerative Treatment at Ortho Regenerative and Avoid the Painful Recovery and Downtime Following Surgery
Regenexx® regenerative orthopedic treatments are helping individuals avoid surgery and get back to their daily active lifestyles. These non-surgical treatments are designed to assist the body's natural healing mechanisms by activating and increasing the local cells that are responsible for repairing damaged tissue.