02 — Research

Three bets on renewal.

Each program targets a different layer of cellular aging. Scroll to watch a mitochondrion lose its power and get it back.

01 — Power

Every cell has an engine.

Mitochondria turn food into the energy that keeps each cell running and repairing itself.

02 — Decline

The lights dim.

With age the engine sputters: less energy, more waste, and repairs fall behind.

03 — Fuel

We refuel it.

Programs like ANX-03 are designed to restore the molecules mitochondria run on.

04 — Restored

Power returns.

A charged cell can clean up, repair and divide like a young one again.

Scroll to play

Programs

Scroll through
the pipeline.

ANX-01 · Preclinical

Clear the stuck cells.

An oral small-molecule combination designed to remove senescent cells selectively, given in short, spaced-out courses rather than every day.

Layer
Senescence
Format
Oral capsule
Model
Aged fibroblasts
Next step
In vivo study
Capsules spilling from a bottle
ANX-02 · Discovery

Reset the switches.

Brief, controlled expression of reprogramming factors delivered by lipid nanoparticles, aiming to restore younger gene-regulation patterns while keeping cell identity intact.

Layer
Epigenetics
Format
mRNA in LNPs
Model
Human skin cells
Next step
Dose finding
Render of lipid nanoparticles
ANX-03 · Preclinical

Refuel the engine.

A pairing of an NAD⁺ precursor with a compound that helps cells recycle damaged mitochondria, to bring energy production back up.

Layer
Mitochondria
Format
Oral combination
Model
Worms & mice
Next step
Formulation
Scientist holding a vial to the light

Where each program stands

Honest progress.

DiscoveryPreclinicalIND-enablingPhase I
ANX-01Senolytic
ANX-02Epigenetic reset
ANX-03Mito-renewal

Platform

The tools behind the work.

Culture flasks in an incubator

Screening

Aged cell lines grown in-house let us test many candidates side by side, quickly and cheaply.

Cells under fluorescence

Age read-outs

Imaging plus our clock model tells us whether a treated cell looks biologically younger.

Render of chromatin

Delivery

We design our own lipid nanoparticles so payloads reach the right cells at the right dose.

Lab notes

What we've shared.

2026 · Note

A faster read-out for biological age in cultured cells

Preprint · in prep
2026 · Poster

Spaced dosing of a senolytic combination in aged fibroblasts

Student symposium
2025 · Note

Mitochondrial recycling as a lever on cellular energy

Lab blog
2025 · Talk

Why we combine three approaches instead of one

University seminar
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