· Biotechnology · Muscle Disease Therapeutics

Restoring muscle,
redefining possibility

MyoBiota exists to develop naturally occurring compounds as therapeutics for muscle disease, atrophy, and weakness - with compelling preclinical evidence and a clear path to human clinical trials.

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2 Lead Therapeutic Compounds
2026 Founded
Phase 0 IND Trial Preparation
5 Co-Founders
Therapeutic Platform

A New Approach to Muscle Disease

MyoBiota's platform is built on naturally occurring metabolites with demonstrated efficacy in preclinical models of muscle disease, offering a differentiated path in a space with limited therapeutic options.

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Natural Compound Basis

Our lead candidates - pipecolic acid and succinate - are endogenous metabolites with established safety profiles, reducing de novo toxicity risk and supporting an accelerated regulatory pathway.

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Muscle Atrophy & Weakness

Targeting the underlying metabolic drivers of muscle wasting, our compounds address muscle atrophy and weakness across multiple etiologies including sarcopenia, muscle damage, and disuse-related muscle loss.

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Preclinical Validation

Robust preclinical evidence demonstrates significant efficacy for our lead compounds in muscle disease models, providing a compelling scientific foundation.

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Regulatory Strategy

Our clinical development follows FDA guidance for therapeutic development. Phase 0 exploratory IND trials are designed to rapidly establish human pharmacokinetics and safety profiles.

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Manufacturing Partnerships

cGMP-compliant manufacturing partnerships are under negotiation. We have identified strategic partners for clinical-grade pipecolic acid and succinate supply via GRAS-certified bacterial production.

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IP & Licensing

Comprehensive patents filed covering therapeutic use of pipecolic acid and succinate for muscle disorders. Strategic production method IP is being developed to create more valuable licensing packages.

COOH NH HOOC COOH
Lead Compounds
Pipecolic Acid
&
Succinate
The Science

Naturally occurring compounds with proven muscle efficacy

MyoBiota's research centers on two endogenous metabolites - pipecolic acid and succinate - that have demonstrated significant efficacy in treating muscle-related disorders in preclinical studies.

Because these compounds are naturally occurring, they carry inherently favorable safety profiles and offer a compelling path through regulatory review compared to novel synthetic molecules.

Pipecolic acid Cyclic amino acid metabolite; muscle atrophy target
Succinate TCA cycle intermediate; muscle energetics
  • Significant preclinical efficacy in muscle disease, atrophy, and weakness models
  • Applications in sarcopenia, muscular dystrophy, and muscle-wasting conditions
  • Clinical-grade compound supply via Saarland University (GRAS-certified bacterial production)
  • Phase 0 exploratory IND trials in preparation to establish human PK/safety
Development Pipeline

From Discovery to Clinic

MyoBiota is advancing two lead compounds across multiple muscle disease indications, with FDA-guided clinical development pathways in place.

Compound / Indication Modality Stage Progress
Pipecolic Acid
Muscle Atrophy & Weakness
Small molecule metabolite
Phase 0 IND Prep
IND Filing
Pipecolic Acid
Sarcopenia
Small molecule metabolite
Preclinical
Preclinical
Succinate
Muscle Atrophy & Weakness
Endogenous metabolite
Phase 0 IND Prep
IND Filing
Succinate
Muscle Damage
Endogenous metabolite
Preclinical
Preclinical
Scientific Foundation

Research & Publications

Leadership Team

Built to Deliver

Five co-founders with expertise spanning clinical development, research science, and business operations - distributed across Kentucky, Alabama, and California.

TV
Taylor R. Valentino, Ph.D.
President & CEO

Leads MyoBiota's strategic direction, clinical development, and commercialization efforts. Brings deep expertise in muscle biology and therapeutic development from bench to boardroom.

YW
Yuan Wen, M.D./Ph.D.
Chief Operating Officer

Oversees MyoBiota's operations, bringing together expertise as a bioinformatician and muscle biologist with prior experience commercializing science.

AI
Ahmed Ismaeel, Ph.D.
VP Clinical

Oversees clinical strategy and regulatory affairs for MyoBiota's therapeutic pipeline. Expert in clinical trial design, FDA regulatory pathways, and translational muscle physiology.

BB
Benjamin Burke, M.S.
VP Research

Leads MyoBiota's research operations, experimental design, and preclinical programs. Spearheads the discovery and characterization of therapeutic candidates in muscle disease models.

JM
John McCarthy, Ph.D.
Chief Scientific Advisor

Provides scientific leadership and strategic guidance on MyoBiota's research programs. Brings extensive experience in muscle biology, metabolomics, and academic-industry translation.

Corporate Highlights

Built on a solid foundation of science, IP, and governance

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Patents Filed

Comprehensive coverage of therapeutic use of PAS for muscle disorders, with production method IP in development.

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Incorporated

Corporate governance structure optimized for institutional fundraising, with hybrid vesting across founders to support future investment rounds.

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Partnerships

Collaborations to support compound supply, research, and clinical-grade manufacturing.

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Next Milestones

Preparing Phase 0 IND applications to FDA, completing manufacturing partnerships, and initiating institutional fundraising.

Get In Touch

Partner with us

We welcome conversations with investors, pharmaceutical partners, clinical collaborators, and institutions interested in advancing muscle disease therapeutics.

contact@myobiota.com
Kentucky · Alabama · California

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