Now accepting a limited number of new Valerian patients each quarter · River Oaks, Houston
Reserve Your AssessmentAlmost none will tell you which kind.
Where the cells came from, how they were cultured, and what was verified before they arrived — those decisions are made long before anything reaches a Valerian patient. This page explains all of them.
The most common misunderstanding about stem cells is that they arrive somewhere damaged and become the missing tissue. That is not the mechanism. Mesenchymal stem cells work primarily by signalling — releasing growth factors, cytokines, and exosomes that instruct the cells already present to reduce inflammation, increase blood supply, and repair.
The cells Valere uses come from the Wharton's jelly of umbilical cord tissue, donated after a healthy first pregnancy. This matters for a specific reason: cells collected at birth have not spent decades replicating. They sit far from the point where a cell stops dividing well, and they carry none of the environmental and oxidative history that adult tissue accumulates.
They are also immune-privileged — expressing low levels of the surface markers that trigger rejection — which is why a single screened donor can supply a standardized preparation rather than requiring anything to be harvested from you. The characteristics of this cell source are reviewed at PubMed (PMID 31281372).
Mesenchymal Stem Cell (MSC)
An adult stem cell type that supports connective tissue — bone, cartilage, muscle, fat. Its clinical value comes less from becoming tissue and more from what it secretes.
Wharton's Jelly
The gelatinous tissue inside the umbilical cord. It is among the richest available sources of MSCs, and collecting it requires nothing invasive of anyone.
Exosomes
Tiny vesicles released by cells carrying proteins and genetic instructions. They are the messengers through which much of the signalling actually travels.
Allogeneic
Sourced from a screened donor rather than from you. No harvest procedure, no sedation, and no dependence on the condition of your own tissue.
Because the mechanism is signalling rather than replacement, the same cell source is applied across very different concerns. Each of these has its own program page explaining how it is delivered and what the assessment involves.
Knee, shoulder, hip, and spine — delivered under real-time imaging, with the inflammatory and hormonal environment around the joint corrected first.
Joint Renewal & Mobility →Exosome-driven protocols delivered through microneedling to the dermal layer, where collagen and elastin are actually produced.
Skin Vitality →Microneedling is the only medium that carries exosomes into the scalp at depth. Hormonal contributors are assessed in the same panel.
Hair Rejuvenation →Vascular and neural tissue signalling, evaluated alongside hormonal status rather than separately from it.
Men's Sexual Wellness →Mucosal tissue and vascular responsiveness, addressed with perimenopausal hormonal changes considered in the same picture.
Women's Sexual Wellness →Delivered intravenously where the objective is whole-body rather than a single site — recovery, inflammatory load, and cellular energy.
IV Therapy & Cellular Infusion →Cellular preparations described here are investigational and are not approved by the FDA for the diagnosis, treatment, cure, or prevention of any disease or condition. Availability is limited to qualified candidates as determined by physician evaluation. Individual results vary.
None of them involve the cells turning into new tissue. All of them involve changing the conditions the existing tissue is working under.
The cells release growth factors, cytokines, and exosomes into the surrounding tissue. This secreted output — the secretome — is where most of the effect is understood to originate, not from the cells themselves persisting.
Wharton's jelly MSCs influence local immune activity, dampening the inflammatory signalling that keeps tissue in a defensive state rather than a repairing one. Chronic inflammation is often what stalls recovery.
Blood supply, matrix conditions, and the behaviour of resident repair cells all shift. The tissue does the rebuilding. The cells change what the tissue is capable of while it does.
A cell's remaining capacity to divide, its consistency from lot to lot, and the exposures it carries are set by where it came from and how it was grown. You cannot assess any of that from the outside of a vial. What you can do is ask where it came from — and expect an answer.
Where Cells Can Come From
| Bone Marrow | Adipose | Umbilical Cord Tissue | |
|---|---|---|---|
| Collection | Aspiration from the iliac crest, typically under sedation | Liposuction procedure | Nothing harvested from you |
| Donor age | Your age — declines as you do | Your age — declines as you do | Biologically young at collection |
| Accumulated exposure | Carries a lifetime of environmental and oxidative load | Carries a lifetime of environmental and oxidative load | Minimal — perinatal tissue |
| Consistency | Varies by donor and harvest site | Varies by donor and harvest site | Standardized and lot-verified |
| Immune profile | Autologous — your own | Autologous — your own | Immune-privileged source |
Characteristics reflect typical source biology and manufacturing. These are not claims of comparative clinical results. Performance is lot-specific and context-dependent.
How They Were Grown
In conventional culture, cells spread across a flat plastic surface and take a shape they never hold inside a body. Grown in three dimensions they form spheroids — clustered aggregates that mirror how cells actually sit in living tissue, in contact with each other on every side.
That structural difference changes what the culture produces. Published work examining spheroid culture and its effect on mesenchymal cells and their exosomes is available at PubMed (PMID 35696942). The cells Valere uses are cultured in 3D, through a xeno-free process with no animal-derived serum.
How Many Times They Have Divided
A population doubling is one round of the culture replicating itself. The count matters because replication is cumulative — telomeres shorten, cellular stress accumulates, and the culture moves closer to the point where cells stop dividing well.
A culture harvested at a low doubling count has more of that runway left and less accumulated replicative stress. Valere sources at a low population doubling count for exactly that reason.
Senescence thresholds vary by donor, tissue, culture medium, and oxygen conditions. This is a scientific rationale for sourcing preference, not a claim about any specific competing lot or a claim of comparative clinical outcomes.
How a Single Donor Qualifies
Umbilical cord tissue is accepted only after a multi-stage screen, so every downstream lot begins from a known and qualified origin.
First pregnancy only
A single qualified donor per supply.
Maternal age 18–25
The window associated with strong cell count and viability.
Normal karyotype
Confirmed by karyotyping analysis.
Three-generation history
Family history reviewed for genetic red flags.
Full infectious screen
Maternal workup plus bacterial, fungal, and mycoplasma clearance.
Verify, Don't Assume
Every lot is measured before it ships, and the documentation travels with it.
Post-thaw viability
Trypan-blue verified at release.
Particle verification
Nanoparticle tracking on vesicle counts.
COA on every lot
Two independent labs, cross-checked.
Released against a documented panel — sterility with no growth, endotoxin by LAL, mycoplasma PCR negative, and instrument-reported identity and concentration.
Accreditation is issued by AATB — the Association for Advancing Tissue and Biologics. Current Good Tissue Practices are defined at 21 CFR Part 1271. Figures are lot-specific; the current certificate of analysis governs. cGTP compliance is a tissue-handling standard and is distinct from product approval.
A practice that only sells the injection has one decision to make. A practice that runs a program has four — and three of them happen before anything is delivered.
Nothing is recommended before your comprehensive panel is reviewed with you, and imaging where the target is structural. Your physician will tell you if you are not a good candidate. That conversation happens before cost is discussed.
Where the panel shows elevated inflammatory load or suboptimal hormonal status, those are addressed before or alongside delivery. Cells arriving into a hostile environment have less to work with. This is the step most practices skip.
For joint and structural targets, placement is confirmed under real-time imaging rather than estimated by anatomical landmark. For scalp and skin, microneedling carries the preparation to depth. The route follows the target.
Follow-up panels at six to eight weeks, structured loading where the target is a joint, and coaching between appointments. Nutrition, exercise, and supplement support are assessed as part of the same program rather than left to you.
Cellular work sits inside a sequence. What runs before it determines how much it can do, and what runs alongside it determines whether the result holds.
Peptide protocols are frequently used to lower inflammatory burden and improve the cellular environment ahead of delivery, so the preparation arrives somewhere capable of responding to it. Recovery and sleep architecture support continues alongside.
Explore peptides → Usually alongsideHormones govern tissue repair, body composition, and recovery capacity. Suboptimal levels quietly cap what any cellular intervention can produce, which is why hormonal status is assessed in the same panel rather than referred out.
Explore HRT & TRT → Where systemic load is highWhere the panel shows systemic inflammatory burden rather than a localized problem, processing the full circulating volume can precede cellular work — clearing the field before anything is introduced into it.
Explore EBOO → A different routeThe same cell source delivered intravenously rather than to a single site, where the objective is whole-body. NAD+ and micronutrient protocols frequently run in the same program to support cellular energy.
Explore IV therapy →Nutrition, exercise, coaching, hormone optimization, peptide support, and supplement support are assessed alongside every program here.
See how a program is built →The distinction most people have never had explained is between the laboratory and the protocol. The FDA registers and inspects the tissue establishments that process these products, and holds them to current Good Tissue Practices under 21 CFR Part 1271. What the FDA has not done is approve a specific cellular product for a specific therapeutic indication — which is why these are correctly described as investigational rather than approved. A physician applying an investigational product under their clinical judgment, sourced from a registered and accredited establishment, is operating within a well-established framework. Anyone telling you these are FDA-approved is wrong, and anyone telling you they are illegal is also wrong.
Wharton's jelly — the gelatinous tissue inside the umbilical cord — donated after a healthy first pregnancy with full maternal consent. Nothing is taken from a baby, and nothing is harvested from you. The donor is screened across five stages before any tissue is accepted: first pregnancy only, maternal age between eighteen and twenty-five, confirmed normal karyotype, a three-generation family history review, and a full infectious disease screen. Every lot that follows is released against a documented panel and carries a certificate of analysis verified by two independent laboratories.
You can, and some practices do — from bone marrow or from fat. The trade-off is that your own cells are exactly as old as you are, and they carry whatever environmental and oxidative history you have accumulated. Harvesting them also requires an additional procedure, typically aspiration under sedation or liposuction. Perinatal tissue sidesteps both issues: the cells are biologically young at collection, and there is nothing to take from you. It is also standardized and lot-verified, where an autologous harvest varies from person to person and from site to site.
In conventional culture, cells are grown flat against a plastic surface and spread out into a shape they never hold inside a body. In three-dimensional culture they form spheroids — clustered aggregates in contact with each other on every side, much closer to how cells sit in living tissue. Published research examining spheroid culture and its effect on mesenchymal cells and the exosomes they release is available at PubMed. This is a manufacturing and culture characteristic rather than a claim about comparative clinical outcomes — but it is a real difference between products, and one almost no practice will volunteer.
The category is similar. The verification often is not. What separates products in this space is provenance — the donor screen, the culture method, the release testing, and whether independent documentation travels with each lot. Those things are either documented or they are not, and you are entitled to ask. At Valere, the cellular products come from AATB-accredited, FDA-registered establishments operating under current Good Tissue Practices, with a certificate of analysis cross-checked by two independent laboratories. If a practice cannot tell you where their cells came from and how they were verified, that answer is itself informative.
The honest answer is that the evidence is developing and it is mixed. In knee osteoarthritis, meta-analyses of randomized trials have reported improvement in pain and function scores, while other analyses have found results closer to placebo and recent work has examined how much of the effect is contextual. That literature is at PubMed. The immunomodulatory characteristics of this cell source are separately documented at PubMed. What your physician will do at assessment is tell you where your specific picture sits relative to that evidence, including when the answer is that you are not a good candidate. Nobody can promise you an outcome here, and anyone who does is selling something.
Valere operates as a private-pay practice, and cellular programs are not covered by standard insurance. Cost depends on the target, the number of sessions the roadmap specifies, and what runs alongside it — which is why it is discussed after your panel is reviewed rather than quoted from a price list. What the cost reflects is the sourcing standard, the physician time, the imaging where it applies, and the follow-up panels and coaching built into the program. Payment plans and membership options are available.
Cellular products described on this page are investigational and are not approved by the U.S. Food and Drug Administration for the diagnosis, treatment, cure, or prevention of any disease or condition. They are supplied for individualized use as determined by the licensed physician. All clinical decisions, including candidacy, rest solely with that physician following evaluation. Individual results vary. This page is educational and does not constitute medical advice — please consult your primary care provider.
Then ask us. Your assessment begins with the panel that determines whether this applies to you at all — and your physician will tell you honestly if it does not.
Reserve Your AssessmentPrivate · By appointment only · River Oaks, Houston