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Fight age-related disease.
Restore your youth.

Store your stem cells once for a lifetime of possible treatments and therapies.

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HarnessHarnessthethepowerpowerofofyouryourownownbiology-forbiology-forincreasedincreasedhealthyhealthylifespan.lifespan.

Preserve Your Best Cells for Your Best Years.

Our stem cells decrease in potency as we age. When you store and cryo-preserve your cells with Forever Labs, you are able to use them later in life to support repair, mobility, and long-term health whenever you need it.

Build a Healthier Future With Your Own Cells.

Regenerative medicine is accelerating. By storing your stem cells now, you are creating a personal resource that can strengthen recovery, resilience, and longevity as new therapies emerge.

Designed for comfort and convenience.

How it all works

Register

/01

Choose a healthcare provider from our nationwide clinical network

Register

Schedule

/02

Schedule your stem cell procedure at a time that works best for you

Shipping

/03

Tissue samples are carefully shipped to our ISO-certified lab for processing and viability testing

Testing

/04

Once cells have been tested ForeverLabs will share a photo of your expanded cells, which we refer to as your 'Cellfie'.

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Built for longevity

Loved by our clients

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Taryn Southern

Preserving my stem cells felt like an investment in my future as science advances. It gave me peace of mind knowing I was capturing potential advancements in longevity and recovery research while my stem cells were still young!

Taryn Southern

Banked in 2018

“The sign-up and collection process was remarkably easy. I was able to complete everything online and the actual procedure was simple. I'm optimistic about the future applications of my stored stem cells and feel confident I made the right decision for my long-term health.”

Tony Peccatiello

Tony Peccatiello

Banked in 2020

“I decided to bank my stem cells and offer this service as a benefit to my employees. The positive impact on office morale has been incredible, and it becomes a valuable tool for attracting and retaining top talent. Everyone appreciates having access to this cutting-edge health benefit.”

John Bogdasarian

John Bogdasarian

Banked in 2020

“My experience with Forever Labs was outstanding. The collection process was quick and efficient, and the team made everything comfortable and straightforward. I am satisfied with the entire process and confident about the potential health benefits of having my stem cells preserved.”

Marc Laucks

Tony Peccatiello

Banked in 2020

Loved by our providers

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Dr. Ronna Parsa

Every day, I witness the incredible potential of regenerative medicine. Not just to treat orthopedic injuries, but to restore quality of life. I'm committed to helping people stay active and return to what they love. Longevity isn't only about adding years to life; it's about adding life to years.

Dr. Ronna Parsa

Banked 2018

Regenerative medicine is not about chasing youth or denying age — it's about restoring the dialogue between the body and its own intelligence. My job is not to fight nature, but to remind it of what it already knows: how to heal, rebuild, and rise stronger than before.

Dr. Irizarry-Román

Dr. Irizarry-Román

Partnered physician since 2018

I have always viewed (adipose-derived) stem cell banking as a priceless insurance policy for potential future life-saving treatments. Now that these multipotent stem cells can be cultured and therefore drawn upon regularly and repeatedly for health maintenance and possible rejuvenative purposes, the value of stem cell banking has increased exponentially. I recommend stem cell banking to all of my patients undergoing liposuction procedures.

Dr. David Rapaport, MD

Dr. David Rapaport, MD

Forever Labs Partner since 2018

The field of musculoskeletal medicine is in a great position to take advantage of the advances in orthobiologic treatments. Forever Labs has been in the forefront in forward thinking with potential applications of this technology. I truly believe that orthobiologics will be the standard of care for musculoskeletal conditions in the near future.

Dr. John Santa Ana

Dr. John Santa Ana

Forever Labs Partner since 2018

ALZ / AlzheimersAdipose Derived Mesenchymal Stromal CellsAgingAnal IncontinenceAntidiabetic Drug DevelopmentAsherman SyndromeAutoimmune DisordersAutologous Cell TherapyAutologous Hematopoietic Cell TransplantationAutologous Stem CellsBetulinic AcidBioavailabilityBloodBone MarrowBsep TransporterCancer Stem CellsCardiac RegenerationCd34 Hematopoietic Stem CellsALZ / AlzheimersAdipose Derived Mesenchymal Stromal CellsAgingAnal IncontinenceAntidiabetic Drug DevelopmentAsherman SyndromeAutoimmune DisordersAutologous Cell TherapyAutologous Hematopoietic Cell TransplantationAutologous Stem CellsBetulinic AcidBioavailabilityBloodBone MarrowBsep TransporterCancer Stem CellsCardiac RegenerationCd34 Hematopoietic Stem CellsALZ / AlzheimersAdipose Derived Mesenchymal Stromal CellsAgingAnal IncontinenceAntidiabetic Drug DevelopmentAsherman SyndromeAutoimmune DisordersAutologous Cell TherapyAutologous Hematopoietic Cell TransplantationAutologous Stem CellsBetulinic AcidBioavailabilityBloodBone MarrowBsep TransporterCancer Stem CellsCardiac RegenerationCd34 Hematopoietic Stem CellsALZ / AlzheimersAdipose Derived Mesenchymal Stromal CellsAgingAnal IncontinenceAntidiabetic Drug DevelopmentAsherman SyndromeAutoimmune DisordersAutologous Cell TherapyAutologous Hematopoietic Cell TransplantationAutologous Stem CellsBetulinic AcidBioavailabilityBloodBone MarrowBsep TransporterCancer Stem CellsCardiac RegenerationCd34 Hematopoietic Stem CellsALZ / AlzheimersAdipose Derived Mesenchymal Stromal CellsAgingAnal IncontinenceAntidiabetic Drug DevelopmentAsherman SyndromeAutoimmune DisordersAutologous Cell TherapyAutologous Hematopoietic Cell TransplantationAutologous Stem CellsBetulinic AcidBioavailabilityBloodBone MarrowBsep TransporterCancer Stem CellsCardiac RegenerationCd34 Hematopoietic Stem Cells
Cellular SenescenceChemical DerivatizationChildren's HealthChimeric ModelsCholinesteraseCircular RnasClinical TrialsCorneal EpitheliumCrisper Cas9 Gene EditingCryopreservationCyp2c9 GenotypeDiabetesDiabetes / Foot UlcerDirect To Brain DeliveryDrug Induced Liver InjuryEndometrial AtrophyEpigenetic MemoryEpilepsyCellular SenescenceChemical DerivatizationChildren's HealthChimeric ModelsCholinesteraseCircular RnasClinical TrialsCorneal EpitheliumCrisper Cas9 Gene EditingCryopreservationCyp2c9 GenotypeDiabetesDiabetes / Foot UlcerDirect To Brain DeliveryDrug Induced Liver InjuryEndometrial AtrophyEpigenetic MemoryEpilepsyCellular SenescenceChemical DerivatizationChildren's HealthChimeric ModelsCholinesteraseCircular RnasClinical TrialsCorneal EpitheliumCrisper Cas9 Gene EditingCryopreservationCyp2c9 GenotypeDiabetesDiabetes / Foot UlcerDirect To Brain DeliveryDrug Induced Liver InjuryEndometrial AtrophyEpigenetic MemoryEpilepsyCellular SenescenceChemical DerivatizationChildren's HealthChimeric ModelsCholinesteraseCircular RnasClinical TrialsCorneal EpitheliumCrisper Cas9 Gene EditingCryopreservationCyp2c9 GenotypeDiabetesDiabetes / Foot UlcerDirect To Brain DeliveryDrug Induced Liver InjuryEndometrial AtrophyEpigenetic MemoryEpilepsyCellular SenescenceChemical DerivatizationChildren's HealthChimeric ModelsCholinesteraseCircular RnasClinical TrialsCorneal EpitheliumCrisper Cas9 Gene EditingCryopreservationCyp2c9 GenotypeDiabetesDiabetes / Foot UlcerDirect To Brain DeliveryDrug Induced Liver InjuryEndometrial AtrophyEpigenetic MemoryEpilepsy
Erythroid DifferentiationExosomesGeneralHair FollicleHair LossHeart DiseaseHematopoietic Stem CellsHigh Risk CytogeneticsIBD / Crohn's / ColitisImmunosuppressionInduced Pluripotent Stem Cells (iPSCs)Insulin Like Growth Factor 1 ReceptorIntegrin Alpha6 Cd49fIntra Ovarian TransplantationLaminin 511Limbal Stem Cell DeficiencyLupusMSErythroid DifferentiationExosomesGeneralHair FollicleHair LossHeart DiseaseHematopoietic Stem CellsHigh Risk CytogeneticsIBD / Crohn's / ColitisImmunosuppressionInduced Pluripotent Stem Cells (iPSCs)Insulin Like Growth Factor 1 ReceptorIntegrin Alpha6 Cd49fIntra Ovarian TransplantationLaminin 511Limbal Stem Cell DeficiencyLupusMSErythroid DifferentiationExosomesGeneralHair FollicleHair LossHeart DiseaseHematopoietic Stem CellsHigh Risk CytogeneticsIBD / Crohn's / ColitisImmunosuppressionInduced Pluripotent Stem Cells (iPSCs)Insulin Like Growth Factor 1 ReceptorIntegrin Alpha6 Cd49fIntra Ovarian TransplantationLaminin 511Limbal Stem Cell DeficiencyLupusMSErythroid DifferentiationExosomesGeneralHair FollicleHair LossHeart DiseaseHematopoietic Stem CellsHigh Risk CytogeneticsIBD / Crohn's / ColitisImmunosuppressionInduced Pluripotent Stem Cells (iPSCs)Insulin Like Growth Factor 1 ReceptorIntegrin Alpha6 Cd49fIntra Ovarian TransplantationLaminin 511Limbal Stem Cell DeficiencyLupusMSErythroid DifferentiationExosomesGeneralHair FollicleHair LossHeart DiseaseHematopoietic Stem CellsHigh Risk CytogeneticsIBD / Crohn's / ColitisImmunosuppressionInduced Pluripotent Stem Cells (iPSCs)Insulin Like Growth Factor 1 ReceptorIntegrin Alpha6 Cd49fIntra Ovarian TransplantationLaminin 511Limbal Stem Cell DeficiencyLupusMS
Men's HealthMesenchymal stem cellsMitochondria TargetingMultiple MyelomaMuse cellsNestin Expressing Stem CellsNeural Stem CellsNeuropathic PainNeuroprotectionOct4 SuppressionOrganoidsOrthopedicOsteoarthritisPain Management - BackParkinson DiseasePelvic FloorPentacyclic TriterpenesPerinatal Stem CellsMen's HealthMesenchymal stem cellsMitochondria TargetingMultiple MyelomaMuse cellsNestin Expressing Stem CellsNeural Stem CellsNeuropathic PainNeuroprotectionOct4 SuppressionOrganoidsOrthopedicOsteoarthritisPain Management - BackParkinson DiseasePelvic FloorPentacyclic TriterpenesPerinatal Stem CellsMen's HealthMesenchymal stem cellsMitochondria TargetingMultiple MyelomaMuse cellsNestin Expressing Stem CellsNeural Stem CellsNeuropathic PainNeuroprotectionOct4 SuppressionOrganoidsOrthopedicOsteoarthritisPain Management - BackParkinson DiseasePelvic FloorPentacyclic TriterpenesPerinatal Stem CellsMen's HealthMesenchymal stem cellsMitochondria TargetingMultiple MyelomaMuse cellsNestin Expressing Stem CellsNeural Stem CellsNeuropathic PainNeuroprotectionOct4 SuppressionOrganoidsOrthopedicOsteoarthritisPain Management - BackParkinson DiseasePelvic FloorPentacyclic TriterpenesPerinatal Stem CellsMen's HealthMesenchymal stem cellsMitochondria TargetingMultiple MyelomaMuse cellsNestin Expressing Stem CellsNeural Stem CellsNeuropathic PainNeuroprotectionOct4 SuppressionOrganoidsOrthopedicOsteoarthritisPain Management - BackParkinson DiseasePelvic FloorPentacyclic TriterpenesPerinatal Stem Cells
Peripheral Nerve RegenerationPolycystic Ovary Syndrome (PCOS)Premature Ovarian FailureRegulatory ComplianceRhumatoid ArthritisSalvary Gland FunctionSkin RejuvenationSpinal Cord InjuryStem Cell DifferentiationStem Cell MythsStress urinary incontinenceStrokeTherapeutic PropertiesTissue renewalVentricular DeliveryWnt SignalingWomen's HealthWound CarePeripheral Nerve RegenerationPolycystic Ovary Syndrome (PCOS)Premature Ovarian FailureRegulatory ComplianceRhumatoid ArthritisSalvary Gland FunctionSkin RejuvenationSpinal Cord InjuryStem Cell DifferentiationStem Cell MythsStress urinary incontinenceStrokeTherapeutic PropertiesTissue renewalVentricular DeliveryWnt SignalingWomen's HealthWound CarePeripheral Nerve RegenerationPolycystic Ovary Syndrome (PCOS)Premature Ovarian FailureRegulatory ComplianceRhumatoid ArthritisSalvary Gland FunctionSkin RejuvenationSpinal Cord InjuryStem Cell DifferentiationStem Cell MythsStress urinary incontinenceStrokeTherapeutic PropertiesTissue renewalVentricular DeliveryWnt SignalingWomen's HealthWound CarePeripheral Nerve RegenerationPolycystic Ovary Syndrome (PCOS)Premature Ovarian FailureRegulatory ComplianceRhumatoid ArthritisSalvary Gland FunctionSkin RejuvenationSpinal Cord InjuryStem Cell DifferentiationStem Cell MythsStress urinary incontinenceStrokeTherapeutic PropertiesTissue renewalVentricular DeliveryWnt SignalingWomen's HealthWound CarePeripheral Nerve RegenerationPolycystic Ovary Syndrome (PCOS)Premature Ovarian FailureRegulatory ComplianceRhumatoid ArthritisSalvary Gland FunctionSkin RejuvenationSpinal Cord InjuryStem Cell DifferentiationStem Cell MythsStress urinary incontinenceStrokeTherapeutic PropertiesTissue renewalVentricular DeliveryWnt SignalingWomen's HealthWound Care
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