2026 First Quarter Update
CAPITAL Following the formal close of our Seed Prime II round at $4.1M (pre-money valuation: $24M) announced in January, additional funds bring our total capital
CAPITAL Following the formal close of our Seed Prime II round at $4.1M (pre-money valuation: $24M) announced in January, additional funds bring our total capital
Charlotte K Barton1, Kathryn Seabaugh 1, Ben Gadomski 2, Kevin Labus 2, Ben Holmes 3, Nathan Castro 3, Mike Hawes 4, Brad B Nelson 1,
Capital Nanochon has closed another oversubscribed round, bringing in new capital and increasing the total amount raised to $4.1M. This round was led by Ecphora
This article was originally published on UVA Today This Alum’s Tech May Revolutionize Knee Joint Replacements Benjamin Holmes can pinpoint the exact moment he fell
WASHINGTON, January 12, 2026 — Nanochon, a Washington, DC-based orthopedic device company developing an implant for treating articular cartilage defects in the knee, has secured
Emilia Aram , David C. Flanigan, MD, Nathan J. Castro, PhD, Doug Snell, Luke Aram Purpose: Osteochondral defects can present a significant source of pain
Charlotte K Barton BVSc, MS, DACVS-LA, MS, MS, Katie A Seabaugh DVM, MS, DACVS-LA, DACVSMR, Ben Gadomski BS, PhD, Kevin Labus PhD, Ben Holmes BS,
Nanochon has secured commitments to close oversubscribed convertible note, bringing our total capital raised to date to $11.3 million. While the majority of this bridge was filled by current investors, we’re thrilled to welcome a few new folks onto our cap table.
The Maryland Stem Cell Research Commission, the body overseeing The Maryland Stem Cell Research Fund (MSCRF), has awarded Nanochon grant funding to support its manufacturing
Washington, DC, July 14 2025 – Nanochon, a Washington, DC and Baltimore, MD-based orthopedic device biotech company developing an implant for treating articular cartilage defects
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Surgeons in British Columbia are conducting a research study to evaluate an investigational device (a new device) to treat articular cartilage lesions in the knee.