Novome Biotechnologies
Daly City, US · Founded 2015 · 10 known investors
South San Francisco biotech engineering commensal gut bacteria into controllable live therapeutics for chronic diseases.
Also known as Novome · Novome Biotech · Novome Biotechnologies, Inc.
Founders & leadership
Novome Biotechnologies was founded in 2015 by Weston Whitaker and William DeLoache.
Board
Investors · 10
Also in the syndicate · 6
Reported raises · per SEC filings
Form D private placements$535.6K disclosed across 1 of 2 rounds · 2016–2022
▶$535.6KraisedJan 2017 · 10 investors · Other TechnologyRule 506(b)
- Elizabeth StanleyDirector
- Weston WhitakerExecutive Officer, Director, Promoter
- Samuel SmitsDirector
- William DeLoacheDirector
- Offering amount
- $700K
- Amount sold
- $535.6K
- First sale
- Nov 2016
- Incorporated
- Corporation, Delaware, 2015
- Federal exemptions
- 04, 05, 06b
Source: SEC EDGAR Form D. Amounts as filed; amended filings shown once at their latest values.
Company profile
researched Aug 2026Novome Biotechnologies, Inc. is a South San Francisco, California-based biotechnology company that engineers defined activities into the human gut microbiota to treat chronic diseases. Its platform produces what the company calls Genetically Engineered Microbial Medicines (GEMMs): proprietary commensal bacterial strains designed to colonize the gut at a controllable abundance and to express therapeutic transgenes or proteins. Colonization is sustained by a daily oral dose of a prebiotic polysaccharide on which the engineered strains are made metabolically dependent for survival, which the company describes as the first platform for controlled and robust colonization of the human gut with engineered therapeutic bacteria.
The lead program, NOV-001, is an investigational combination product consisting of NB1000S, a recombinant live biotherapeutic product, and NB2000P, a botanically derived polysaccharide. It is engineered to degrade oxalate in the gastrointestinal tract to reduce urinary oxalate and lower the risk of kidney stone formation and progressive kidney damage. Preclinical work showed reductions in urine oxalate across multiple animal disease models; the Phase 1 stage of a Phase 1/2a program showed the orally administered product was safe and well tolerated with dose-dependent strain engraftment in healthy volunteers and abundance controlled by once-daily porphyrin/prebiotic dosing. A Phase 2a stage evaluating safety, tolerability and early efficacy in patients with enteric hyperoxaluria was ongoing as of 2022. Beyond hyperoxaluria, Novome has advanced multiple preclinical GEMM candidates for inflammatory bowel disease, some wholly owned and some under a collaboration with Genentech, and has developed platform capability for oral GEMMs to secrete therapeutic proteins into the GI tract in a continuous, controlled manner.
Founding story
Novome was founded in 2016 by scientists from Stanford University and the University of California, Berkeley, based on research from the laboratory of scientific co-founder Dr. Justin Sonnenburg, Associate Professor at Stanford. The founding team consisted of Drs. Will DeLoache, Weston Whitaker, Zachary Russ and Liz Shepherd, combining synthetic biology and gut microbiota expertise. Co-founder Liz Shepherd developed a strategy for reliable engraftment of engineered bacteria in the gut microbiome during her PhD in the Sonnenburg lab, after earlier undergraduate work in David Baker's lab at the University of Washington on an engineered gluten-degrading enzyme. The founders' work produced peer-reviewed publications and a patent portfolio developed at Novome and licensed exclusively from Stanford.
Business model
Novome develops proprietary live biotherapeutic drug candidates on its GEMMs platform, retaining full control of development, manufacturing and commercialization for wholly owned programs while partnering the platform with larger pharmaceutical companies. In the Genentech collaboration, Novome engineers and develops bacterial strains expressing therapeutically relevant proteins for inflammatory bowel disease drug candidates, with Genentech assuming clinical development and commercialization.
As a clinical-stage drug developer, Novome's disclosed non-dilutive income comes from partnership economics: a $15 million upfront payment from Genentech plus eligibility for up to $590 million in additional milestone payments.
Traction
Reported positive Phase 1 results for NOV-001 in late 2021, demonstrating safe colonization of the human gut with a therapeutically engineered microbe and control of its abundance through once-daily prebiotic dosing, and initiated the Phase 2a portion of the enteric hyperoxaluria trial in 2022. The company also expanded platform capabilities to controlled, continuous secretion of therapeutic proteins in the GI tract and holds patent filings covering areas including recombinant fusion polypeptides for secreting soluble heterologous cargo, oral administration of genetically engineered bacteria, biologically contained bacteria, and compositions for treating bile-acid-associated disorders.
Latest developments
In September 2022 Novome closed a $43.5 million Series B round led by Tencent, to be used for the ongoing Phase 2a trial of NOV-001 and for multiple preclinical GEMM candidates in inflammatory bowel disease, both wholly owned and under the Genentech collaboration.
▸Full profile — market position, technology, go-to-market, geography, history, risks & controversies
Market position
Novome positions itself as the developer of the first platform for controlled colonization of the gut with engineered bacteria and, per CEO Blake Wise, as the only company genetically engineering bacteria naturally abundant in the human gut to deliver medicine and the only one pursuing engineered cell therapy with microbes for chronic disease, in contrast with engineered human-cell therapy companies such as Kite, Juno and Rubius. Its lead indication, enteric hyperoxaluria, affects approximately 250,000 U.S. patients with no FDA-approved therapies.
The prebiotic-dependency mechanism allows dosing-controlled engraftment and abundance of engineered commensal bacteria in the human gut, an approach the company describes as first-in-class among living therapeutics and distinct from engineered human-cell therapies.
Technology
The GEMMs platform uses engineered commensal bacterial strains, based on a highly abundant human gut species, whose survival depends on a daily oral prebiotic polysaccharide, allowing controlled engraftment and tunable abundance in the gut. Strains are engineered to express therapeutic transgenes or to secrete therapeutic proteins continuously into the GI tract at clinically meaningful levels. In 2020 Novome added microbial intellectual property assigned from Caribou Biosciences and a non-exclusive license to foundational CRISPR-Cas9 intellectual property controlled by Caribou for genetic modification of bacterial species intended as human therapeutics, enabling faster iteration on GEMM strain designs.
Go-to-market
Clinical development of wholly owned candidates combined with pharma partnership (Genentech) for IBD programs, plus investor-facing presentations such as the BIO Investor Forum, where CEO Blake Wise presented the company.
Patients with hyperoxaluria, particularly enteric hyperoxaluria arising from chronic gastrointestinal conditions such as inflammatory bowel disease, Crohn's disease, irritable bowel syndrome or bariatric surgery, and patients with inflammatory bowel disease; pharmaceutical partners for platform-derived programs.
Geography
Headquartered in South San Francisco, California, United States.
History
Founded in 2016 out of Stanford and UC Berkeley research, Novome initially advanced a preclinical hyperoxaluria program toward Phase 1 proof-of-concept. In August 2020 it acquired microbial intellectual property and preclinical projects from Caribou Biosciences and took a non-exclusive license to Caribou-controlled foundational CRISPR-Cas9 intellectual property. In 2021 it announced a collaboration with Genentech for IBD candidates and reported positive Phase 1 data for NOV-001 in November of that year, then began the Phase 2a stage and raised a $43.5 million Series B in September 2022.
Risks & controversies
NOV-001 remains investigational, with efficacy still to be established in the Phase 2a stage; there are no FDA-approved therapies in the target enteric hyperoxaluria indication, and much of the broader pipeline was preclinical. Claims of being the only company engineering abundant gut bacteria as medicines are attributed to the company's CEO.
Compiled by commissioned research from 7 cited public sources — announcements, filings, and press listed under research sources below.
Key figures
latest reportedCompany-reported or press-reported figures, each dated to when it was claimed — not independently audited.
Timeline · 5
launches, deals, and filingsNovome raised $43.5 million in Series B financing led by Tencent, with new investors University of Minnesota, Navian Investments, Colorcon Ventures and Touchdown Ventures and existing investors DCVC Bio, 5AM Ventures, Alta Partners and Alexandria Venture Investments. Proceeds fund the ongoing Phase 2a trial of NOV-001 and preclinical GEMM candidates for inflammatory bowel disease.
$43.5M source ↗
The Phase 2a portion of the Phase 1/2a program began enrolling patients with enteric hyperoxaluria to assess safety, tolerability and early efficacy, measuring reduction in urinary oxalate excretion.
Novome reported positive Phase 1 results showing the ability to safely colonize the human gut with a genetically engineered microbe and control its abundance via once-daily dosing of porphyrin, a prebiotic polysaccharide, with dose-dependent strain engraftment in healthy volunteers.
Under a collaboration announced in 2021, Novome engineers and develops bacterial strains expressing therapeutically relevant proteins for IBD drug candidates, while Genentech handles clinical development and commercialization. Novome received a $15 million upfront payment and is eligible for up to $590 million in additional milestone payments.
$15M source ↗
Novome took assignment of certain microbial intellectual property and preclinical projects in undisclosed therapeutic areas from Caribou Biosciences and received a non-exclusive license to foundational CRISPR-Cas9 intellectual property controlled by Caribou for genetic modification of bacterial species administered as human therapeutics. Terms were not disclosed; Novome retains full control of development, manufacturing and commercialization of resulting candidates.
Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.
In the news
▸Research sources · 7
primary sources listed
- Novome Biotechnologies - BIO Investor Forum | BIObio.org · web
7 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does Novome Biotechnologies do?
- South San Francisco biotech engineering commensal gut bacteria into controllable live therapeutics for chronic diseases.
- Who founded Novome Biotechnologies?
- Novome Biotechnologies was founded by Weston Whitaker, William DeLoache in 2015.
- Who are Novome Biotechnologies's investors?
- Novome Biotechnologies's investors include Alta Partners, Cerity Partners Ventures, 5AM Ventures, DCVC Bio.
- How much funding has Novome Biotechnologies raised?
- Novome Biotechnologies has disclosed $535.6K raised across 1 of its 2 known rounds.
- Where is Novome Biotechnologies headquartered?
- Novome Biotechnologies is headquartered in Daly City, US.
