» MFAT procedures consistently reach 8 billion cell yields, representing 30–40% higher concentration than standard clinic outputs.
» BMAC processing produces 30–40% higher stem and progenitor cell yields compared to typical national benchmarks.
» 13MD and Regenerative Medicine Institute of Michigan utilizes combination regenerative protocols (PRP, PPP, PLM, BMAC, MFAT) for enhanced tissue healing durability.
» Over 3,000 monthly musculoskeletal billable services across multiple locations support robust clinical experience.
» All procedures are performed under ASC- level sterility with fluoroscopic and/or ultrasound guidance
Patient Profile: 48-year-old male labor worker with multilevel degenerative disc disease (L3–L5). Previous treatment recommendations outside the Regenerative Medicine Institute of Michigan included a sequence of spinal injections and potential lumbar fusion.
» MRI reviewed by multidisciplinary MRI Review Team.
» Combined regenerative plan including MFAT (8B yield), BMAC, and PRP/PLM.
» Hydrodissection procedure to release nerve entrapment.
» Integrated post-procedure strengthening and neurological retraining.
» Improved segmental stability and reduced inflammation.
» Avoided surgical pathway and maintained functional employment.
» Returned to functional baseline through integrated care model
Patient Profile: 67-year-old patient presenting with both hip arthritis and progressive knee osteoarthritis, previously recommended for staged surgical interventions.
» MFAT harvested at 8B cell yield and distributed across both joints.
» PRP and PLM applied for additional anti-inflammatory and regenerative signaling.
» Gait analysis and neuromuscular retraining performed by movement specialists.
» Multi-joint functional improvement without surgery.
» Avoided proposed multistage orthopedic surgical plan.
» Sustained improvement anticipated due to whole-joint regenerative strategy.
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