Healing a Full-Thickness Rotator Cuff Tear Without Surgery
John L Ferrell, Alanna Dodson, Joshua Martin · Future Medicine · 2023
70-Year-Old Patient Avoids Surgery for Complete Tendon Tear
A woman in her seventies had suffered eight months of shoulder pain and weakness. The pain rated as high as ten out of ten and limited her daily activities. Physical therapy, rest, and anti-inflammatory medications had not helped. An MRI scan revealed a full-thickness tear of her supraspinatus tendon—one of four muscles forming the rotator cuff. This type of tear extends completely through the tendon, which traditionally requires either surgery or living with ongoing pain.
Patient Chooses Lipogems® Over Traditional Options
After reviewing her imaging results and discussing all treatment options, the patient decided against surgery. She elected to receive the Lipogems® procedure, which uses micro-fragmented adipose tissue (specially processed fat) from her own body. Fat tissue contains mesenchymal stem cells—regenerative cells that can support the body's natural healing process. The thick consistency of processed fat also helps it stay in place within the tear, acting as a scaffold for tissue repair.
Minimally Invasive Procedure Targets Multiple Structures
The treatment took place in a single session:
Fat was harvested from the patient's hip area using a gentle, low-pressure technique
The tissue was processed to remove inflammatory oils while preserving stem cells and supportive structures
Using ultrasound guidance, physicians injected the processed fat directly into the torn supraspinatus tendon
Additional injections treated related shoulder problems, including biceps tendon inflammation and a partial tear of another rotator cuff muscle
Ultrasound Shows Progressive Tendon Healing
Follow-up imaging documented gradual improvement in the torn tendon over time. Ultrasound examinations revealed that the adipose tissue remained precisely where it was injected, filling the gap in the tear. The patient experienced meaningful reductions in pain and improvements in shoulder function. Both ultrasound and MRI confirmed progressive healing of the supraspinatus tendon following the procedure.
Case Supports Non-Surgical Option for Severe Tears
This case is significant because full-thickness rotator cuff tears have historically offered limited choices. Surgical repair carries risks, and studies show re-tear rates ranging from roughly ten to ninety percent after surgery. Older patients and those with larger tears face higher chances of re-tear. The Lipogems® procedure offers several potential advantages:
Uses your own tissue, eliminating rejection risk
Minimally invasive with no surgical incisions
Stem cells support natural tissue regeneration
Fat matrix provides structure while healing occurs
What This Means for Your Treatment Decision
This published case demonstrates that micro-fragmented adipose tissue can successfully treat even complete rotator cuff tears—not just partial tears. The 70-year-old patient achieved documented pain relief and functional improvement, with imaging confirming tendon healing. While this represents one patient's experience rather than a large clinical trial, it adds to growing evidence supporting Lipogems® for serious musculoskeletal injuries.
If you have a full-thickness rotator cuff tear, this case suggests that a non-surgical regenerative approach may be worth discussing with your physician. The procedure may be particularly relevant if you wish to avoid surgery, have conditions that increase surgical risk, or want to try a less invasive option first.
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Source: Ferrell et al., Future Medicine, 2023.
Original Publication
Microfragmented adipose tissue in the treatment of a full-thickness supraspinatus tear: a case report
John L Ferrell, Alanna Dodson, Joshua Martin · Future Medicine · 2023
A 70-year-old female presented with an 8-month history of right anterior shoulder pain and weakness, unresolved with conservative management including physical therapy, activity modifications, and NSAIDs. Physical examination revealed significant weakness and limited range of motion. Diagnostic imaging, including ultrasound and MRI, confirmed a full-thickness supraspinatus tear (1.0 × 0.8 cm) along with additional shoulder pathology including biceps tenosynovitis, subscapularis tendinosis, and partial-thickness infraspinatus tear. The patient elected to undergo microfragmented adipose tissue (MFAT) procedure as a nonsurgical alternative to traditional surgical repair. Autologous adipose tissue was harvested from the hips, mechanically processed to isolate mesenchymal stem cells while maintaining structural integrity, and injected under ultrasound guidance into the rotator cuff tear and adjacent injured structures. Follow-up evaluation demonstrated progressive improvements in pain and function, with serial ultrasound and MRI documenting healing of the supraspinatus tendon. This case demonstrates the potential efficacy of MFAT as a minimally invasive treatment option for non-retracted, full-thickness rotator cuff tears. The procedure leverages the regenerative capabilities of adipose-derived mesenchymal stem cells, their trophic signaling properties, and the structural matrix provided by processed adipose tissue to facilitate tendon repair, offering a viable alternative for patients seeking to avoid or delay surgical intervention.