Grow (EV2 Peptide™) Medical and Safety Data
Evolv Grow (EV2 Peptide™)
Introduction
Evolv Grow was developed to deliver the biological benefits associated with GHK-Cu through a novel oral biomimetic platform.
Evolv Grow achieves this through EV2 Peptide™, a proprietary copper-peptide biomimetic technology designed to support key biological pathways associated with endogenous GHK-Cu activity.
At the center of EV2 Peptide™ is Cu Peptide Mimetic™, a proprietary biomimetic component developed to replicate important structural and biological characteristics associated with naturally occurring GHK-Cu signaling. Unlike conventional copper supplements, which provide copper as an isolated mineral, EV2 Peptide™ strategically combines marine collagen-derived peptides and bioactive copper to create a structured copper-peptide environment designed to support the formation, stability, and biological activity of Cu Peptide Mimetic™.
This page provides an overview on:
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Biological rationale: how EV2 Peptide™ was designed to mimic key features of endogenous GHK-Cu biology
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Technical architecture: the role of Cu Peptide Mimetic™, marine collagen-derived peptides, and bioactive copper within the EV2 Peptide™ platform
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Hair biology support: how EV2 Peptide™ was developed to support pathways involved in follicular health, density, thickness, and hair quality
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Product differentiation: the scientific distinction between Evolv Grow for her and Evolv Grow for him
Evolv Grow is a dietary supplement, not a drug. It was intentionally designed with biomimetic precision to support hair biology in a manner that is structurally natural, physiologically relevant, and suitable for daily use.
What Is EV2 Peptide™?
The platform was developed around Cu Peptide Mimetic™, a proprietary copper-peptide biomimetic designed to support biological processes associated with endogenous GHK-Cu signaling.
Formulation
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Cu Peptide Mimetic™
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Marine collagen-derived peptides
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Bioactive copper
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Proprietary oral delivery architecture
Together, these components create a biomimetic copper-peptide system designed to support systemic exposure to copper-peptide biology.
Mechanism
EV2 Peptide™ was designed to:
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Deliver bioactive copper within a biologically relevant peptide framework
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Support biological pathways associated with healthy hair growth and follicular function
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Support signaling environments associated with endogenous GHK-Cu activity
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Support structural proteins involved in hair thickness, strength, and overall hair quality
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Provide systemic support for hair biology through a convenient oral format
Collectively, these attributes position EV2 Peptide™ as a novel, scalable, and orally deliverable GHK-Cu biomimetic technology.
How Is EV2 Peptide™ Similar to, and Different from, GHK-Cu?
Similarities
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Utilizes copper-peptide biology
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Designed to support biological pathways associated with endogenous GHK-Cu activity
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Supports biological processes involved in follicular health and hair quality
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Delivers copper within a peptide biomimetic framework
Key Differences
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Regulatory class: Dietary supplement, not a pharmaceutical or injectable peptide.
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Composition: A proprietary biomimetic system combining Cu Peptide Mimetic™, marine collagen-derived peptides, and bioactive copper.
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Delivery: Orally administered rather than topically applied or injected.
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Distribution: Designed to support systemic exposure to copper-peptide biology rather than localized scalp exposure alone.
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Biological Strategy: Supports the body’s natural hair biology through biomimetic copper-peptide signaling, rather than overriding or overstimulating the body.
Evolv Grow Technical Function and Mechanism
The biological function of EV2 Peptide™ is defined by the coordinated interaction between Cu Peptide Mimetic™, marine collagen-derived peptides, and bioactive copper.
EV2 Peptide™ functional efficacy is defined by:
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Delivering bioactive copper within a structured peptide environment
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Supporting the formation and activity of Cu Peptide Mimetic™
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Supporting systemic distribution of copper-peptide biology
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Supporting pathways associated with follicular resilience and renewal
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Supporting biological processes involved in hair density, thickness, and reduced shedding
Marine collagen-derived peptides provide a structural peptide framework throughout the EV2 Peptide™ platform. Bioactive copper associates with this framework to create a biologically relevant copper-peptide environment that supports Cu Peptide Mimetic™, the central biomimetic component of EV2 Peptide™.
Through this coordinated architecture, EV2 Peptide™ was designed to mimic key biological characteristics associated with endogenous GHK-Cu signaling while remaining suitable for daily oral administration.
Collectively, these attributes position EV2 Peptide™ as a novel, scalable, and orally deliverable GHK-Cu biomimetic technology.
Why Marine Collagen and Bioactive Copper?
Marine collagen and bioactive copper are not included as standalone nutritional ingredients. Rather, they were selected because of their ability to support the structural and biological architecture of EV2 Peptide™.
Marine collagen-derived peptides provide the foundational peptide environment necessary for copper-peptide organization, while bioactive copper supplies the essential trace element associated with copper-peptide biology.
Together, these components create a biomimetic system designed to support the delivery and biological activity of Cu Peptide Mimetic™.
This integrated architecture differentiates EV2 Peptide™ from conventional collagen supplements, copper supplements, and topical copper peptide products.
12-Week Evaluation of EV2 Peptide™ vs. Placebo
A randomized, placebo-controlled study of 60 participants evaluating changes in hair growth, thickness, density, shedding, and overall hair quality.
Measurements were collected at baseline and every 14 days throughout the 12-week study by an independent third-party CRO.
Day 14 Interim Results vs Placebo
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+1.11 cm hair growth in 14 days‡
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39% greater hair growth vs placebo‡
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+0.40 cm hair thickness in 14 days‡
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4X greater improvement in hair thickness vs placebo‡
‡ Based on interim findings from a randomized, placebo-controlled 12-week study of EV2 Peptide™. Improvements observed as early as Day 14. Individual results may vary.
Evolv Grow for Her vs Evolv Grow for Him
Both Evolv Grow for her and Evolv Grow for him are built upon the same EV2 Peptide™ technology platform and contain the same Cu Peptide Mimetic™ foundation.
More than 95% of the formulation is identical between the two products. Both leverage the same marine collagen-derived peptide framework, bioactive copper system, and Cu Peptide Mimetic™ technology designed to support biological pathways associated with endogenous GHK-Cu activity.
The distinction lies in a single targeted ingredient selected to address the unique biological environments commonly associated with female and male hair thinning.
Evolv Grow for Her
The female formulation incorporates Pisum sativum (Pea Shoot Extract), a specialized botanical selected to complement the biological architecture of EV2 Peptide™.
Within the EV2 platform, Pea Shoot Extract supports pathways associated with the hair growth (anagen) phase, helping maintain follicles in an active growth state for longer. By supporting healthy hair cycling and reducing premature follicular transition into resting phases, Pea Shoot Extract works in conjunction with Cu Peptide Mimetic™, marine collagen-derived peptides, and bioactive copper to support greater hair density, fullness, and overall hair quality in women experiencing thinning.
Evolv Grow for Him
The male formulation incorporates Serenoa repens (Saw Palmetto Fruit Extract), a specialized botanical selected to complement the biological environment targeted by EV2 Peptide™.
Within the EV2 platform, Saw Palmetto supports pathways associated with androgen-sensitive hair biology, including the conversion of testosterone to dihydrotestosterone (DHT). By helping maintain a healthier follicular environment, Saw Palmetto works in conjunction with Cu Peptide Mimetic™, marine collagen-derived peptides, and bioactive copper to support follicular resilience and healthier growth patterns in men experiencing pattern hair loss.









