Acorn Biolabs BioBanking & Secretome Therapy
The Future of Regenerative Aesthetics Begins Here
SHADe Aesthetic Derm is proud to become the first practice in Washington State to offer Acorn Biolabs BioBanking and Secretome regenerative treatments. Led by Sherisse Hill, NP, this groundbreaking technology introduces a new frontier in aesthetic medicine and longevity-focused wellness by preserving your healthiest, most regenerative cells today for future use in hair restoration, skin rejuvenation, and advanced regenerative therapies.
Acorn Biolabs’ proprietary Acorn YOU™ platform uses a non-invasive hair follicle collection process to preserve high-quality autologous cells at their biological peak. These cells can later be used to create powerful Secretome-based regenerative treatments designed to support cellular repair, collagen stimulation, hair restoration, and future regenerative medicine applications.
Patients throughout Issaquah, Bellevue, Mercer Island, Sammamish, Kirkland, Redmond, and the greater Seattle area now have access to one of the most innovative regenerative aesthetic technologies available today.
What Is Acorn Biolabs BioBanking?
Acorn Biolabs BioBanking is an advanced regenerative medicine platform focused on preserving your own youthful cells for future therapeutic and aesthetic use.
Using a simple collection of healthy hair follicles, Acorn Biolabs isolates and cryopreserves regenerative cells rich in growth factors, cytokines, peptides, extracellular vesicles, and regenerative signaling molecules. These preserved cells may later be used to develop personalized Secretome treatments designed to support:
- Hair restoration and hair rejuvenation
- Facial rejuvenation
- Skin quality and collagen production
- Scalp revitalization
- Cellular repair and recovery
- Future regenerative and longevity therapies
Unlike traditional PRF, Acorn Secretome technology is designed to deliver a broader regenerative signaling profile using your own preserved biological material.
What Is Secretome Therapy?
The Secretome refers to the collection of regenerative proteins, peptides, growth factors, cytokines, and extracellular signaling molecules naturally released by your cells.
Acorn Biolabs utilizes advanced laboratory processing to harness these regenerative components and develop highly personalized treatments that may support tissue regeneration, aesthetic rejuvenation, collagen stimulation, and hair restoration.
Because the technology uses your own cells, Secretome therapy represents an individualized and biologically aligned approach to regenerative aesthetics.
Acorn Biolabs for Hair Restoration
One of the most exciting applications of Acorn Secretome technology is regenerative hair restoration.
The preserved regenerative cells may later support treatments designed to improve scalp health, strengthen follicles, enhance hair density, and optimize the environment for healthier hair growth.
For patients concerned about hair thinning, genetic hair loss, stress-related shedding, or age-related hair changes, BioBanking offers the opportunity to preserve stronger, healthier cells before progression occurs.
Acorn Biolabs for Facial Rejuvenation
Secretome-based regenerative aesthetics may also support skin rejuvenation treatments focused on improving:
- Skin texture
- Elasticity
- Fine lines and wrinkles
- Collagen stimulation
- Overall skin vitality
- Recovery after aesthetic procedures
This regenerative approach aligns perfectly with SHADe Aesthetic Derm’s philosophy of functional beauty and advanced aesthetic medicine.
How the Acorn BioBanking Process Works
Consultation
Patients begin with a personalized consultation at SHADe Aesthetic Derm to discuss regenerative goals, candidacy, and future applications of BioBanking technology.
Hair Follicle Collection
A small number of healthy hair follicles are collected in a quick, minimally invasive process performed comfortably in-office.
Cell Preservation
The follicles are processed and cryopreserved using Acorn Biolabs’ proprietary technology to maintain long-term regenerative potential.
Future Treatment Applications
When desired, the preserved biological material may later be utilized to develop personalized Secretome regenerative therapies.
Benefits of BioBanking
Patients throughout Bellevue and the greater Seattle area are increasingly interested in regenerative medicine because it offers:
- Personalized regenerative treatments
- Non-surgical rejuvenation options
- Advanced hair restoration support
- Long-term biological preservation
- Future-ready aesthetic technology
- Natural regenerative enhancement using your own cells
- Proactive longevity-focused wellness
- Preservation of healthier, younger cells
Why Younger Cells Matter
The quality and regenerative potential of our cells naturally decline with age, environmental stressors, inflammation, and oxidative damage. By preserving healthier cells earlier in life, patients may create more opportunities for advanced future regenerative therapies.
BioBanking allows patients to take a proactive approach to aesthetic aging and regenerative wellness by preserving their biological potential today.
Am I a Candidate for BioBanking?
Many healthy adults interested in regenerative medicine, longevity, proactive aging prevention, hair restoration, or advanced aesthetic wellness may be candidates for Acorn BioBanking.
Ideal candidates may include:
- Patients experiencing early hair thinning
- Individuals focused on anti-aging and longevity
- Patients interested in regenerative aesthetics
- Men and women seeking proactive wellness strategies
- Patients wanting future personalized regenerative therapies
Schedule Your BioBanking Consultation
Sherisse Hill, NP, and SHADe Aesthetic Derm are proud to be the first and currently the only provider in Washington State offering Acorn Biolabs BioBanking and Secretome therapies.
Patients throughout Issaquah, Bellevue, and the greater Seattle area now have access to one of the most advanced regenerative aesthetic technologies available today. This exclusive treatment platform aligns with SHADe’s sophisticated, science-driven approach to regenerative wellness, long-term aesthetic optimization, and personalized patient care.
If you are interested in preserving your healthiest cells today for future regenerative therapies, contact SHADe Aesthetic Derm to schedule your consultation and learn more about Acorn Biolabs BioBanking and Secretome therapy.
Real Patient Testimonials
Acorn Biolabs & BioBanking FAQs
What is Acorn Biolabs?
Acorn Biolabs is an advanced regenerative medicine platform focused on BioBanking and Secretome therapy. It allows healthy regenerative cells collected from hair follicles to be preserved for future personalized therapeutic and aesthetic applications.
Is Acorn Biolabs available in Washington State?
Yes. SHADe Aesthetic Derm is the first practice in Washington State to offer Acorn Biolabs BioBanking and Secretome regenerative technology.
What is BioBanking?
BioBanking is the process of preserving regenerative biological material for potential future therapeutic and aesthetic use. With Acorn Biolabs, healthy cells are collected from hair follicles and cryopreserved so they may be used later for personalized regenerative therapies.
Why would someone consider BioBanking?
Cellular quality and regenerative potential naturally decline over time due to aging, environmental stressors, inflammation, and oxidative damage. BioBanking allows patients to preserve healthier cells earlier in life, which may create future opportunities for personalized regenerative treatments.
What is Secretome therapy?
Secretome therapy uses regenerative signaling molecules released by cells, including growth factors, cytokines, peptides, and extracellular vesicles. These signaling molecules help support cellular communication, tissue repair, collagen production, and regenerative processes.
How do I know which regenerative treatment is right for me?
The best way to determine the right treatment is through a personalized consultation with Sherisse Hill, NP. Your plan may depend on your goals, age, skin quality, hair concerns, wellness priorities, and interest in future regenerative therapies.
