Move without pain.
1.71 billion people worldwide live with a musculoskeletal condition — most go unmanaged.
- Cieza et al 2021Start here.
Our team is trusted by professional organizations nationwide.
Build For Performance. Designed To Scale
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Individualized blueprints that optimize how you move and accelerate recovery — built on evidence and data.
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Injury-informed, track-specific reconditioning protocols built around you and your schedule.
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Interactive, domain-specific educational platforms built for post-surgical patients to bridge the gap between clinical discharge and full sports, fitness, or even breast cancer recovery.
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For companies investing in their most valuable asset — their people
Screenings, digital wellness programs, and team support — tied to measurable outcomes. Build a workforce that moves with less pain and fatigue.
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For employers, payers & organizations focused on outcomes
Care models where compensation is tied directly to your outcomes. Aligned with your progress, every step of the way.
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Monthly clinical tracking, rapid messaging, priority scheduling, and proactive physical adjustments managed directly by your FISIOPR team.
Explore our range of services designed to help you move forward with confidence, wherever you're headed next.
Here’s What The Experts Say
Direct access PT cuts total healthcare costs and delivers greater functional improvement than physician-first access.
Zero adverse events across 28 studies — direct access PT is safe, accurate, and preferred by patients over physician-first pathways.
Physiatrist-first spine care cuts costs by 46% and surgery rates by 59% vs. surgeon-first care — across 170,011 Medicare patients.
10,000+ patients saw 68% pain improvement through a 12-week digital MSK program — 73% completion rate.
Direct access PT reduces physician visits by 10–30% with equivalent clinical outcomes — confirmed across 90,000+ patients.
First-contact PT cuts imaging by 45% and medication prescriptions by 71% — confirmed across 10 RCTs and 2,081 patients.
A single physiatrist consultation before surgery referral reduces spine operations by 25% and surgical referrals by 48%.
Digital MSK care saves $2,370 per patient per year vs. in-person PT — driven by surgery avoidance and fewer office visits.
Pereira AP et al. Arch Phys Med Rehabil. 2026;107(4):665–675 ↗
Early PT reduces surgery risk by 55% and opioid use by 22% for low back pain — across 32,070 patients, saving $2,736 per case.
Direct access PT delivers better disability and quality-of-life outcomes at lower cost — across 18 studies reviewed.
Early PM&R-led functional restoration saves up to $170,000 per workers' comp claim — with an 88% return-to-work rate.
Digital MSK programs reduce surgery rates by 58% and low-value surgeries by 82% vs. in-person PT.
Direct access PT reduces physician visits by 10–30% with equivalent clinical outcomes — confirmed across 90,000+ patients.
Early PT reduces surgery risk by 55% and opioid use by 22% for low back pain — across 32,070 patients, saving $2,736 per case.
PM&R-led pain rehab drops opioid use from 58% to 15% — with lasting functional gains and improved quality of life.
Digital MSK programs save employers ~$2,900 per employee per year in recovered productivity — across 5,032 employees in 50 states.
Janela D et al. J Occup Environ Med. 2024;66(10):e493–e499 ↗
Choose Your Conditions Track
From injury prevention to full recovery, we delivers care that moves with you.
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We complete a full “red flag” screening at evaluation, before starting your program.
CERVICAL & THORACIC
Cervical radiculopathy
Cervical disc herniation
Cervical spondylosis / DDD
Cervical facet-mediated pain
Cervicogenic headache
Cervical myelopathy co-management
Thoracic outlet syndrome
LUMBAR & SACROILIAC
Lumbar radiculopathy / sciatica
Lumbar disc herniation
Spinal stenosis
Degenerative disc disease
Facet-mediated low back pain
Spondylolysis & spondylolisthesis
Sacroiliac joint dysfunction
Vertebral compression fracture
Persistent pain after spine surgery
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Rotator cuff tendinopathy & tears
Subacromial pain syndrome
SLAP tears & labral pathology
Anterior, posterior & multidirectional instability
Adhesive capsulitis
AC joint sprain & osteoarthritis
Biceps tendinopathy
Scapular Pain
Glenohumeral Osteoarthritis
Pectoralis major rupture
Latissimus dorsi rupture
Overhead athlete GIRD
Internal Impingement
External Impingement
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UCL sprain & valgus insufficiency
Tommy John Surgery
Valgus extension overload
Lateral & medial epicondylalgia
Distal biceps rupture
Distal tricep rupture
Cubital tunnel syndrome
OCD of the capitellum
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ACL, PCL, MCL, LCL & posterolateral corner
Meniscal tears including root & ramp
Patellofemoral pain syndrome
Patellar instability
Patellar & quadriceps tendinopathy
Chondral & osteochondral defects
Knee osteoarthritis
Iliotibial band syndrome
Extensor mechanism rupture
Arthrofibrosis & motion loss
Quadriceps inhibition after surgery
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Lateral ankle sprain & chronic instability
Medial ankle sprain & chronic instability
High ankle (syndesmotic) sprain
Achilles tendinopathy
Achilles rupture — operative & non-operative
Plantar fasciopathy
Compartment Syndrome
Posterior tibial tendon dysfunction
Peroneal tendinopathy & subluxation
Bone stress injuries
Osteochondral lesions of the talus
Lisfranc injury
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Femoroacetabular impingement
Acetabular labral tears
Hip Osteoarthritis
Gluteal tendinopathy / GTPS
Proximal hamstring tendinopathy
Adductor-related groin pain & athletic pubalgia
Femoral neck bone stress injury
Snapping hip
Deep gluteal syndrome
Pediatric Hip Conditions
SCFE
Transient Synovitis
Legg-Calvé-Perthes disease
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UPPER QUARTER
Brachial plexus traction injury
Long thoracic nerve palsy & scapular winging
Spinal accessory nerve injury
Axillary nerve injury
Suprascapular neuropathy
Radial nerve palsy & wrist drop
Ulnar & median neuropathy
LOWER QUARTER
Femoral neuropathy
Meralgia paresthetica
Sciatic neuropathy
Peroneal neuropathy & foot drop
Tarsal tunnel syndrome
Saphenous & infrapatellar branch injury
SYSTEMIC
Chemotherapy-induced peripheral neuropathy
Diabetic peripheral neuropathy
Complex regional pain syndrome
ICU-acquired weakness
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Achilles, patellar & gluteal tendinopathy
Proximal hamstring tendinopathy
Rotator cuff tendinopathy
Lateral & medial elbow tendinopathy
Bone stress injury risk stratification
Muscle strain & return-to-sprint progression
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Presentations We Manage
History of falls or near falls
Age related balance decline and sarcopenia
Gait instability and reduced walking speed
Lower extremity weakness contributing to instability
Fear of falling and activity avoidance
Balance deficits following ankle, knee or hip injury
Proprioceptive loss from peripheral neuropathy
Post-fracture loss of confidence and mobility
Post-surgical deconditioning and reduced functional reserve
Difficulty with stairs, curbs and uneven surfaces
Reduced sit to stand and floor transfer ability
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Bone responds to load and progressive resistance and impact loading, appropriately prescribed and monitored, are first line management for low bone density, alongside medical care where indicated.
Some of our patients have:
Osteopenia and osteoporosis
Post-fragility fracture of the hip, wrist or spine
Vertebral compression fracture
Postmenopausal bone loss
Bone stress injuries at high risk and low risk sites
Corticosteroid associated bone loss
Aromatase inhibitor related bone loss and arthralgia
Relative Energy Deficiency in Sport (RED-S)
Fracture risk reduction in older adults
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Cancer related fatigue is real, and supervised movement is the best evidence based intervention you need.
Care is delivered clinically by a Doctor of Physical Therapy in coordination with your oncology team, with oncology emergency screening built into every session.
Cancer related fatigue (CRF)
Deconditioning during and after treatment
Prehabilitation before cancer surgery
Post-mastectomy and reconstruction shoulder mobility
Axillary web syndrome (cording)
Chemotherapy induced peripheral neuropathy and fall risk
Aromatase inhibitor related arthralgia
Radiation associated fibrosis affecting mobility
Safe loading with bone metastases, with oncology clearance
Survivorship return to work and activity
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Return to sport is a decision made on data and clinical experience.
Baseball Athlete Program: throwing assessment, arm care and return to throw progression
Barbell Athlete Program: squat, deadlift and press mechanics under load
Runner Athlete Program: gait analysis, load management and return to run progression
Golf Athlete Program: mobility screening and swing related injury.
Return to sport & work clearance testing battery
How It Works
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Your first visit is a full evaluation: history intake, movement screen, and objective testing of range of motion, strength, and joint mechanics, plus the orthopedic and neuromuscular tests relevant to your injury.
Then we’ll walk you through the findings and discuss your plan of care, together.
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From those findings, your Doctor of Physical Therapy will build an individualized plan of care with clear progression criteria for each phase.
Interventions are dosed deliberately (load, volume, tempo) and paired with a home program so the work continues between visits.
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Progression is criteria-based, NOT timeline-based.
Before you progress to a maintenance plan, you're formally reassessed and you only move to a lower frequency once you've met the criteria to maintain your progress.
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Every program is designed by a Doctor of Physical Therapy.
You get the same clinician, start to finish.
Your evaluation, your progressions, and your reassessments are all handled by the same person.
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Once you've hit your goals, you choose how much support you keep.
Some people take their home program and go; others prefer to keep a standing check-in so small issues get caught early.
Early guideline-adherent PT for low back pain is associated with 60% lower total LBP-related costs — across 753,450 patients in the Military Health System.
PT-first care reduces opioid prescriptions by 89.4%, advanced imaging by 27.9%, and ER visits by 38.3% — eliminating the highest-waste services from the care pathway.
Early PT is cost-effective at $32,058 per QALY — well below the standard willingness-to-pay threshold — with better quality of life at 1 year.
Higher inpatient rehabilitation is associated with up to 90% higher odds of community discharge after joint replacement — a key quality metric in bundled payment models.
Preoperative PT reduces post-acute care utilization by 29% after total joint replacement — saving $871 per episode in skilled nursing and rehab costs.
PT in the emergency department reduces imaging by 25%, opioid administration by 47%, and ED length of stay by 35% — delivering immediate value at the point of entry.
Direct-access PT in the ED produces lower pain, better function, and fewer return visits at 1 and 3 months — with less opioid and prescription medication use.
Early PT after an ER visit cuts surgery risk by 53%, long-term opioid use by 55%, and total costs by 56% — the highest-value intervention at the post-ED transition point.
PT-led orthopedic triage achieves equivalent diagnostic accuracy, higher surgery conversion rates (55–91% vs. 22–38%), shorter wait times, and lower costs than surgeon-led triage.
Samsson KS et al. BMC Musculoskelet Disord. 2020;21(1):673 ↗
Guideline-adherent PT — active over passive treatments — is associated with decreased healthcare utilization and overall cost savings for patients with low back pain.
Physical therapy is cost-effective or cost-saving in 9 of 19 comparisons — with improved health outcomes in almost all studies across MSK, neurological, and cardiopulmonary conditions.
Supervised exercise PT for hip/knee OA is cost-effective and cost-saving at 2 years — with a net benefit of NZ$6,312 from a societal perspective.
Abbott JH et al. Osteoarthritis Cartilage. 2019;27(3):424–434 ↗
PT vs. glucocorticoid injection for knee OA is cost-effective at greater than 95% probability — supporting PT as the higher-value first-line treatment.
A core set of 6 patient-reported outcome-based quality indicators for PT in LBP has been validated — enabling value-based benchmarking across 219 practices.
Post-acute care costs after total hip arthroplasty declined by 41% nationally ($5,903 → $3,485) following Medicare bundled payment programs incentivizing PT-led rehabilitation pathways.
