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Theradaptive

6 viewers · 30d

Total raised

$36.2M

+$36.2M this year

1 filing since 2026 · latest Equity filed

Cumulative raised
LAST ROUND
Equity · $36.2M
ROUNDS
1
INVESTORS
65
FOUNDED
N/A
HQ
Frederick, MD
SECTOR
Biotech
EMPLOYEES
N/A
30D VIEWERS
6

AI overview

Updated

Theradaptive is a privately held, clinical-stage biologics company in Frederick, Maryland developing engineered protein therapeutics for spine, orthopedic, dental and soft tissue repair, plus targeted immuno-oncology. Its core AMP2 platform re-engineers naturally occurring proteins so they bind to an implant or graft material and stay where they are placed, delivering a sustained, localized regenerative signal rather than diffusing into surrounding tissue. The company says it has produced hundreds of material-binding variants of recombinant proteins across more than a dozen clinical indications. It was founded by Luis Alvarez, a retired U.S. Army officer and MIT-trained protein engineer who conceived the platform after a combat tour in Iraq.

What sets it apart

Its protein variants are engineered to bind to the implant or scaffold material itself, which keeps the therapeutic dose localized and sustained at the repair site. That targeting is aimed squarely at the off-target and safety problems that have limited conventional recombinant BMP-2 bone grafting.

Funding history

1 round
EquityJul 21, 2026
Form D
+$36.2M$36.2M total

Latest SEC filings

via EDGAR · CIK 0002148461
Form D · Jul 21, 2026NewView on EDGAR

Products

1 tracked

OsteoAdapt SP

Clinical-stage regenerative biologic

An investigational bone graft therapeutic powered by AMP2, a proprietary rhBMP-2 variant engineered for targeted, sustained bone regeneration. It is being developed as an alternative to autologous and allograft bone in lumbar spinal fusion, and is in the pivotal OASIS trial after FDA approval in April 2026 to advance from feasibility to a pivotal study.

  • Powered by AMP2, a proprietary rhBMP-2 variant
  • Binds to the graft material so the dose stays localized and sustained
  • Engineered to minimize off-target effects seen with conventional BMP-2
  • Being studied across TLIF, ALIF and LLIF spinal fusion procedures simultaneously