Logix Biosciences
Pre-clinical pharmaceutical platform

An Integrated Pharmaceutical Antibacterial & Antiviral Platform

Stage: Pre-clinical

Advancing proprietary, dual-action mechanisms engineered to neutralize viral transmission and overcome antimicrobial resistance at the molecular source.

20+ yrs

No observed evolutionary resistance

2

Patented assets — botanical and synthetic

3

Expedited FDA pathways in play

WHO list

Multi-drug-resistant target pathogens

The opportunity

A resistance crisis that conventional antibiotics cannot answer.

Multi-drug-resistant pathogens outpace conventional antibiotics because every single-site drug eventually selects for resistance. The World Health Organization has named antimicrobial resistance among the foremost threats to global health.

Logix approaches the problem at the molecular source. A single patented composition confronts resistant bacteria in a structurally disruptive way that does not give evolution a foothold, while extending to viral transmission and tissue repair.

The platform

One patented composition. Three therapeutic fronts.

LBX242 is a patented class of structurally disruptive antimicrobials — a proprietary engine expressed across three modes of action. Not a pipeline of unrelated molecules: one composition, deployed three ways.

Colorized electron micrograph of Staphylococcus aureus, a multi-drug-resistant pathogen Antibacterial

01

Engineered to outlast resistance.

LBX242 is structurally disruptive in a way that target pathogens cannot route around. No evolutionary resistance has been observed across two decades of study.

Colorized micrograph of enveloped respiratory virus particles Antiviral

02

Active at the point of entry.

The same composition acts against enveloped respiratory viruses at the point of entry, interrupting transmission before infection takes hold.

Colorized micrograph of cells in a regenerative tissue-repair field Angiogenic

03

Supports tissue repair.

Beyond defense, the composition promotes angiogenesis and supports a regenerative tissue-repair pathway, addressing the conditions required for healing.

Inquire About LBX242 Mechanism of Action

Mechanism detail is shared under confidentiality.

Clinical & regulatory momentum

Two patented assets across parallel FDA pathways.

Two independently patented compositions — one botanical, one synthetic — multiply delivery options and de-risk capital across parallel pathways. Both express the same patented LBX242 composition.

Asset 01

Botanical matrix

LBX242

Composition
A patented botanical matrix.
Prior use
Three decades of broad global human use of the natural composition from which LBX242 is derived.
FDA pathway
505(b)(1) botanical pathway, qualifying on prior human use.

Asset 02

Synthetic small molecule

LBX242

Composition
Synthetic LBX242 derivative, engineered for precision delivery.
Designation
QIDP under the GAIN Act: +5 years exclusivity and Fast Track.
FDA pathway
505(b)(2) with the LPAD pathway, scaling trial burden to a resistant population.

Validation

Built on institutional rigor.

Logix maintains a strategic agreement with Mayo Clinic, and is led by a team spanning clinical medicine, FDA regulatory strategy, quality systems, and intellectual-property law.

Strategic agreement

Mayo Clinic

Independent Medical Advisory Board

505(b)

(b)(1) & (b)(2) FDA pathways

QIDP

GAIN Act · LPAD designation

Gateway

For scientific, regulatory, and partnership inquiries.

Detailed materials — clinical data, the executive summary, and mechanism-of-action briefings — are provided to qualified parties on request.

Office
Monterey, California, United States

Submit an inquiry

A private inquiry, handled in confidence.