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Sanara MedTech Inc. and Biomimetic Innovations Provide Update on OsStic™

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Sanara MedTech (Nasdaq: SMTI) and Biomimetic Innovations provided a progress update on OsStic™, a synthetic injectable structural bio-adhesive targeted for U.S. commercial launch in Q1 2027, conditional on anticipated FDA clearance. OsStic received FDA Breakthrough Device Designation (Dec 2023) and a U.S. patent was granted in 2025 (U.S. Patent No. 12,251,490) covering compositions, adhesives, kits, and prefilled syringes. The release cites preclinical mechanical testing showing 40x stronger bonding versus traditional calcium phosphate bone cement and notes ongoing product development, clinical, regulatory, and medical education milestones in 2025.

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Positive

  • FDA Breakthrough Device Designation (Dec 2023)
  • U.S. patent granted: No. 12,251,490 (2025)
  • Planned U.S. commercial launch in Q1 2027 (conditional)
  • Preclinical testing: 40x stronger bonding vs calcium phosphate cement

Negative

  • U.S. market launch is contingent on FDA clearance
  • Reported data are preclinical only; no human outcomes disclosed

News Market Reaction

+3.26%
1 alert
+3.26% News Effect
+$7M Valuation Impact
$221M Market Cap
0.2x Rel. Volume

On the day this news was published, SMTI gained 3.26%, reflecting a moderate positive market reaction. This price movement added approximately $7M to the company's valuation, bringing the market cap to $221M at that time.

Data tracked by StockTitan Argus on the day of publication.

Key Figures

Target U.S. launch: Q1 2027 Annual peri-articular fractures: more than 100,000 Breakthrough designation date: December 2023 +4 more
7 metrics
Target U.S. launch Q1 2027 Planned commercial introduction of OsStic in the U.S. market
Annual peri-articular fractures more than 100,000 Estimated U.S. cases OsStic aims to help treat each year
Breakthrough designation date December 2023 FDA Breakthrough Device Designation granted for OsStic
Bond strength vs cement forty times stronger Preclinical mechanical testing vs traditional calcium phosphate bone cement
Patent year granted 2025 U.S. Patent No. 12,251,490 granted for OsStic composition
Patent protection horizon through 2037 Existing OsStic patent portfolio protection for various clinical applications
Additional protection beyond 2040 Pending applications for OsStic and adjunctive fixation technology

Market Reality Check

Price: $21.75 Vol: Volume 49,304 is 0.7x the...
normal vol
$21.75 Last Close
Volume Volume 49,304 is 0.7x the 20-day average 70,531, suggesting moderate participation. normal
Technical Shares at $23.63 are trading below the 200-day MA of $29.48, despite today’s gain.

Peers on Argus

Momentum scanner shows 2 sector peers (e.g., STAA, STSS) moving down with median...
2 Down

Momentum scanner shows 2 sector peers (e.g., STAA, STSS) moving down with median move about -6.1%, while SMTI is up 8.59%, indicating stock-specific strength against broader sector weakness.

Historical Context

5 past events · Latest: Nov 19 (Neutral)
Pattern 5 events
Date Event Sentiment Move Catalyst
Nov 19 Conference participation Neutral -8.8% Announcement of participation in Piper Sandler healthcare conference and webcast access.
Nov 12 Q3 2025 earnings Neutral -24.7% Reported strong revenue and EBITDA growth but large noncash impairment from discontinued THP.
Nov 11 Strategic realignment Neutral -0.4% Decision to discontinue THP and refocus capital on core surgical operations.
Oct 01 Earnings scheduling Neutral -2.9% Scheduling Q3 2025 results release and investor call with access details.
Sep 02 CEO transition Positive -3.2% Appointment of Seth Yon as CEO highlighting strong past revenue growth under his leadership.
Pattern Detected

Recent SMTI news, including earnings, strategic updates, and leadership changes, often saw negative price reactions even when fundamentals or strategy appeared constructive.

Recent Company History

Over the last few months, Sanara MedTech has focused investors on its core surgical business and financial performance. It discontinued the Tissue Health Plus segment, recorded sizable impairment charges, and still delivered growing Q3 2025 revenue and improved adjusted EBITDA from continuing operations. Leadership also transitioned to CEO Seth Yon, supported by an investor presentation outlining 2026 priorities. Against this backdrop, today’s OsStic™ development and patent update reinforces the strategic pivot toward surgical innovation and bone-focused technologies.

Market Pulse Summary

This announcement highlights continued progress on OsStic™, including FDA Breakthrough Device Design...
Analysis

This announcement highlights continued progress on OsStic™, including FDA Breakthrough Device Designation, a 2025 U.S. patent grant, and a targeted Q1 2027 U.S. launch. It reinforces Sanara’s strategy to focus on surgical innovations after discontinuing its THP segment. Investors may track future regulatory milestones, additional clinical data supporting the claim of “forty times stronger” bonding, and how OsStic fits into the company’s broader soft tissue and bone fusion portfolio.

Key Terms

breakthrough device designation, peri-articular fractures, bone bioadhesive, alpha-tricalcium phosphate, +3 more
7 terms
breakthrough device designation regulatory
"The FDA granted OsStic Breakthrough Device Designation in December 2023"
A breakthrough device designation is a regulatory program that gives promising medical devices for serious or life‑threatening conditions priority support and faster review from a health authority (e.g., the U.S. FDA). Think of it as a “fast lane” or VIP pass through development and review: it can shorten time to market, lower regulatory uncertainty, and boost a company’s commercial prospects — but it is not an approval by itself.
peri-articular fractures medical
"treatment of the more than 100,000(1) peri-articular fractures occurring annually"
Peri-articular fractures are breaks in the bone that occur at or very near a joint, such as the knee, shoulder or ankle, where the bone surface helps form the joint. They matter to investors because these injuries often require complex surgery, specialized implants, longer hospital stays and extended rehabilitation, which can drive demand for orthopedic devices, hospital services and rehabilitation providers much like a broken hinge needing custom repair.
bone bioadhesive medical
"first bone bioadhesive available in the U.S. that utilizes phosphoserine"
A bone bioadhesive is a medical material designed to stick to bone surfaces and hold fragments or implants in place while natural healing occurs — think of it as a specialized “superglue” for bones that works safely inside the body. For investors, it matters because effective bioadhesives can reduce surgery time, lower complication rates, and create new markets or replace metal hardware, affecting product demand, regulatory approval paths, and healthcare cost trends.
alpha-tricalcium phosphate medical
"utilizes phosphoserine, alpha-tricalcium phosphate (α-TCP), and calcium silicate"
A form of tricalcium phosphate used as a building material in medical devices for bone repair and regeneration. Think of it as a temporary mineral scaffold that can be shaped or hardened into cements and gradually dissolves as natural bone grows back; its composition and performance affect product safety, healing outcomes, manufacturing costs, and regulatory approval pathways—factors investors watch when evaluating companies in orthopedics and biomaterials.
calcium silicate medical
"alpha-tricalcium phosphate (α-TCP), and calcium silicate as key ingredients"
Calcium silicate is an inorganic compound made of calcium, silicon and oxygen that appears as a lightweight, porous solid used for insulation, fireproofing, building materials, and as a filler in products from paper to paints. Investors care because it is a basic industrial raw material whose demand and price track construction, manufacturing and industrial activity; changes in its supply, regulatory use limits, or substitutes can affect manufacturers’ costs and profit margins.
preclinical mechanical testing medical
"Preclinical mechanical testing demonstrates that OsStic provides forty times stronger"
Preclinical mechanical testing is the laboratory evaluation of a device or material’s physical performance—strength, durability, wear, fatigue and how it behaves under simulated body conditions—conducted before any human studies. Like crash‑testing a car, these tests reveal failure points and reliability, helping investors judge technical risk, likely development time, regulatory hurdles and potential replacement or warranty costs that can affect a product’s commercial prospects.
internal fixation medical
"adjunctive internal fixation technology beyond 2040"
A surgical method that uses implants such as metal plates, screws or rods placed inside the body to hold a broken bone in the correct position while it heals. For investors, internal fixation matters because it drives demand for orthopedic implants, affects procedure volumes and reimbursement rates, and influences clinical outcomes and risk of follow-up surgeries — all of which can change revenue, regulatory scrutiny and long‑term device adoption.

AI-generated analysis. Not financial advice.

Poised for U.S. market launch in Q1 2027 following the achievement of recent milestones and OsStic’s granted patent in 2025

FORT WORTH, TX, Dec. 10, 2025 (GLOBE NEWSWIRE) -- Sanara MedTech Inc. (“Sanara,” the “Company,” “we,” “our” or “us”) (Nasdaq: SMTI), a medical technology company focused on developing and commercializing transformative technologies to improve clinical outcomes and reduce healthcare expenditures in the surgical market, together with Biomimetic Innovations Ltd (“BMI”), today provided an update on progress related to their strategic alliance. In addition, Sanara reaffirmed its plans to introduce OsStic Synthetic Injectable Structural Bio-Adhesive (“OsStic”) to the U.S. commercial market in the first quarter of 2027, following anticipated clearance by the U.S. Food and Drug Administration (“FDA”), to support reduction and provisional fixation treatment of the more than 100,000(1) peri-articular fractures occurring annually nationwide.

The FDA granted OsStic Breakthrough Device Designation in December 2023, recognizing its potential to provide more effective treatment for life-threatening or irreversibly debilitating conditions. If cleared for the target indication, we expect that OsStic will be the first bone bioadhesive available in the U.S. that utilizes phosphoserine, alpha-tricalcium phosphate (α-TCP), and calcium silicate as key ingredients to support bone healing and enhance structural and mechanical stability. OsStic is fast-setting in bone tissue, injectable, moldable, and remodels into bone—addressing critical limitations of current provisional fixation techniques. Preclinical mechanical testing demonstrates that OsStic provides forty times stronger bonding than traditional calcium phosphate bone cement.(2)

Highlighting the unmet clinical need in complex joint reconstruction, Dr. J. Tracy Watson, Professor of Orthopaedic Surgery and Chief of the Orthopaedic Trauma Service at Saint Louis University School of Medicine, said, “As a trauma surgeon, there is no greater challenge than reconstructing complex articular fractures. Current technologies often fall short in restoring joint congruency and stability, especially when faced with highly fragmented surfaces. OsStic represents a major paradigm shift—enabling us to achieve micro-stability and reconstruct joints that were previously considered non-repairable. This is the kind of innovation our field has been waiting for.”

Throughout 2025, BMI and Sanara have achieved key product development, clinical, regulatory, and medical education milestones related to both OsStic and a related hardware-agnostic adjunctive internal fixation technology. In addition, the U.S. Patent and Trademark Office affirmed the novelty and utility of OsStic by granting U.S. Patent No. 12,251,490, entitled “Composition of alpha-TCP, Silicate, and Phosphorylated Amino Acid.” The granted claims under the patent encompass aqueous compositions, bone fillers, and biological tissue adhesives covering the key ingredients of OsStic, as well as adhesion methods, kits, and prefilled syringes for forming the inventive composition. This patent augments BMI’s existing patent portfolio which protects the use of OsStic through 2037 in a variety of clinical applications, including U.S. Patent No. 11,964,072 for bonding soft tissues, as well as pending applications to further protect OsStic, additional adhesive compositions, and an adjunctive internal fixation technology beyond 2040.

Seth Yon, Sanara’s President and Chief Executive Officer, commented “OsStic exemplifies our commitment to bringing truly innovative solutions to the surgical market. By working closely with BMI, we’re expanding our portfolio through our License and Distribution Agreement with BMI to address critical unmet needs in orthopaedic care and strengthen our position as a leader in surgical innovation.”

Mark McMahan, Chief Commercial Officer of BMI, added “We’re excited to partner with Sanara MedTech to introduce OsStic to the U.S. market. This collaboration combines BMI’s technology leadership with Sanara’s commercial expertise, ensuring surgeons and patients have access to a new standard in bone bioadhesives.”

(1) National Library of Medicine; BMI and Sanara company estimates.(2) Data on file. Preclinical mechanical testing data.

About the Strategic Alliance Between Sanara and BMI

On January 21, 2025, Sanara announced the execution of an exclusive license and distribution agreement (the “License and Distribution Agreement”) with BMI, a privately-held medical device company headquartered in Shannon, Ireland. In 2025, Sanara contributed €8.0 million in cash to BMI in exchange for approximately 12.5% of BMI’s outstanding equity as of October 2, 2025.

Under the terms of the License and Distribution Agreement, Sanara acquired the exclusive U.S. marketing, sales, and distribution rights to OsStic, as well as a hardware agnostic adjunctive internal fixation technology featuring novel delivery to promote targeted application of OsStic, for use in fracture management. The License and Distribution Agreement is for an initial five-year period, with the option to automatically renew for successive two-year periods.

About Biomimetic Innovations Ltd and PBC Biomed

Biomimetic Innovations Ltd is an affiliate of PBC Biomed, a medical device company involved in design, development and manufacturing. PBC Biomed partners with medical device, biologic, pharmaceutical and combination product innovators to accelerate their technology through the product lifecycle stages. PBC Biomed offers regulatory, clinical, quality assurance and commercial support, and facilitates the design, development and validation of medical devices, biologics, and combination products. PBC Biomed’s ISO 13485 facilities and ISO 9001 certified processes enable the company to perform clean room manufacturing, packing and sterilization for a range of medical device products. PBC Biomed is headquartered in Shannon, Ireland, with offices in Memphis, Tennessee and Chamonix, France. PBC Biomed has a track record in developing and commercializing new technologies, bringing the N-Force Fixation/iN3 Cement to market through its affiliate company, CelgenTek Innovations (acquired by Zimmer Biomet in 2016), and more recently bringing ReFeel® to market as a nerve regeneration solution, with partner company Mochida Pharmaceuticals Ltd (Japan). For more information, please visit www.pbcbiomed.com and www.pbcbiomed.com/affiliates/biomimeticinnovations/.

About Sanara MedTech Inc.

Sanara MedTech Inc. is a medical technology company focused on developing and commercializing transformative technologies to improve clinical outcomes and reduce healthcare expenditures in the surgical market. The Company develops, markets, and distributes surgical products for use by physicians and clinicians in hospitals. Each of the Company’s products, services, and technologies are designed to achieve the goal of providing better clinical outcomes at a lower overall cost for patients. Sanara’s products are primarily sold in the North American surgical tissue repair markets. Sanara markets and distributes CellerateRX® Surgical Activated Collagen® Powder, BIASURGE® Advanced Surgical Solution, FORTIFY TRG® Tissue Repair Graft, FORTIFY FLOWABLE® Extracellular Matrix, as well as a portfolio of advanced biologic products including: ACTIGEN® Verified Inductive Bone Matrix, ALLOCYTE® Plus Advanced Viable Bone Matrix, BiFORM® Bioactive Moldable Matrix, and TEXAGEN® Amniotic Membrane Allograft to the surgical market. The Company believes it can drive its pipeline from concept to preclinical and clinical development while meeting quality and regulatory requirements. The Company strives to be one of the most innovative and comprehensive providers of effective surgical solutions and is continually seeking to expand its offerings for patients requiring treatments in the United States. For more information, please visit SanaraMedTech.com.

Information about Forward-Looking Statements

The statements in this press release that do not constitute historical facts are “forward-looking statements,” within the meaning of and subject to the safe harbor created by the Private Securities Litigation Reform Act of 1995. These statements may be identified by terms such as “aims,” “anticipates,” “believes,” contemplates,” “continue,” “could,” “estimates,” “expect,” “forecast,” “guidance,” “intends,” “may,” “plans,” “possible,” “potential,” “predicts,” “preliminary,” “projects,” “seeks,” “should,” “targets,” “will” or “would,” or the negatives of these terms, variations of these terms or other similar expressions. These forward-looking statements include, among others, statements regarding the Company’s arrangement with BMI and the integration of BMI’s OsStic and related technologies into the Company’s product and service offerings, the timing of 510(k) clearance and the introduction of OsStic and related technologies to the U.S. market, the efficacy and adoption of OsStic upon introduction to the U.S. commercial market, the Company’s business strategy and mission, the development of new products, the timing of commercialization of the Company’s products, the regulatory approval process and expansion of the Company’s business. These items involve risks, contingencies and uncertainties such as uncertainties associated with the development and process for obtaining regulatory approval, including 510(k) clearance from the FDA, for new products and OsStic and related technologies, the Company’s ability to build out its executive team, the Company’s ability to identify and effectively utilize the net proceeds of its term loan to support the Company’s growth initiatives, the extent of product demand, market and customer acceptance, the effect of economic conditions, competition, pricing, uncertainties associated with the development and process for obtaining regulatory approval for new products, the ability to consummate and integrate acquisitions, and other risks, contingencies and uncertainties detailed in the Company’s SEC filings, which could cause the Company’s actual operating results, performance or business plans or prospects to differ materially from those expressed in, or implied by these statements.

All forward-looking statements speak only as of the date on which they are made, and the Company undertakes no obligation to revise any of these statements to reflect the future circumstances or the occurrence of unanticipated events, except as required by applicable securities laws.

Investor Relations Contact:

Jack Powell or Mike Piccinino, CFA
ICR Healthcare
IR@sanaramedtech.com


FAQ

When does Sanara MedTech (SMTI) plan to launch OsStic in the U.S.?

Sanara plans a U.S. commercial launch in Q1 2027, subject to FDA clearance.

What regulatory milestone does OsStic have for SMTI?

OsStic received FDA Breakthrough Device Designation in December 2023.

What patent protection does OsStic have for SMTI?

A U.S. patent was granted in 2025: U.S. Patent No. 12,251,490, covering compositions and adhesive methods.

How strong is OsStic compared with traditional bone cement according to SMTI?

Preclinical mechanical testing cited by the companies reports 40x stronger bonding than traditional calcium phosphate bone cement.

Is OsStic approved for use in the U.S. now (SMTI)?

No; the companies state commercial introduction is planned pending anticipated FDA clearance.
Sanara Medtech Inc

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2.61%
Medical Instruments & Supplies
Orthopedic, Prosthetic & Surgical Appliances & Supplies
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United States
FORT WORTH