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24-003

Cryopreserved hair follicles for disease and cell replacement
Source : Import from center

clinicaltrials.gov reference: NCT06764719
Hair follicles
stem cells
pluripotent
cell differentiation
Source :Import from center
cryopreservation
follicles
disease
modeling
therapies
cells
scalp
inflammation
autoimmune
diabetes
steroids
immunosuppressants
Keywords generated by artificial intelligence
Recruiment open
Last modification : 2025/10/01
Study type

Observational


Target population

Medical condition (targeted specialty)

Data not available

Participants profils

Age limits
minimum: 18 years old maximum: 80 years old
Participants gender(s)

ALL

Source : Import from center

Selection criterias

Inclusion criteria

Inclusion Criteria:

* Gender: Male or Female.
* Age: ≥18 and ≤80 years.
* Language proficiency: Able to read and understand English.
* Informed consent: Willing to provide written, informed consent to participate in all study activities.

Exclusion Criteria:

* Scalp/Hair Disorders: Subjects diagnosed with active scalp infections or inflammatory skin conditions.
* Systemic Conditions: Subjects with chronic illnesses, such as autoimmune diseases or diabetes, that may impact scalp health or wound healing.
* Medications: Subjects on immunosuppressants, steroids, or other medications associated with hair loss.

Source : Import from center

Proposed Therapy or Intervention

Cohorts
Name Medical condition Treatment Recruitment status
Hair Follicle Donors Healthy individuals, aged 18-80, who will have hair follicles collected Data not available
  • Unknown
  • Hair Follicle Donors
    Recruitment status
    unknown
    Current data since : October 01, 2025 20:00

    Study description

    Study summary

    To explore the application of cells expanded from plucked hair follicles after collection, transport, and cryopreservation, in disease modeling and cell-based therapies.

    Source : Import from center

    Hair Follicles collected and transported in Acorn's proprietary transport media can serve has therapeutic starting materials for future cell-based therapeutics. This study is to characterize primary cell outgrowth, functional stem cell generation and induced pluripotent stem cell line(s) from primary outgrowth(s) as well as evaluate and characterize differentiation of stem cell lines into functional cell types required for various disease states and cell-based application(s).

    Source : Import from center

    Locations

    Participating centers


    Last modification : October 01, 2025
    Current data since : 19 Mar 01:55
    Data source : clinicaltrials.gov
    clinicaltrials.gov reference: NCT06764719