Heart damage doesn't have to be permanent

We are developing an injectable biomaterial that regenerates damaged heart tissue after myocardial infarction, restoring cardiac function toward its pre-infarction state.

Heart damage doesn't have to be permanent

We are developing an injectable biomaterial that regenerates damaged heart tissue after myocardial infarction, restoring cardiac function toward its pre-infarction state.

Heart damage doesn't have to be permanent

We are developing an injectable biomaterial that regenerates damaged heart tissue after myocardial infarction, restoring cardiac function toward its pre-infarction state.

WHY WE DO THIS

WHY WE DO THIS

WHY WE DO THIS

Where treatment stops, damage remains.

Where treatment stops, damage remains.

Where treatment stops, damage remains.

Acute myocardial infarction - commonly known as a heart attack - is the leading cause of death worldwide. Current treatments manage symptoms, but they don’t regenerate the damaged tissue. Survivors are left with permanent injury and a lasting impact on their quality of life, with high costs of ongoing care.

8M+

8M+

deaths per year worldwide

1 / 40s

1 / 40s

a heart attack every 40 seconds (U.S.)

$30K USD

$30K USD

average annual cost of care per patient

8M+

deaths per year worldwide

1 / 40s

a heart attack every 40 seconds (U.S.)

$30K USD

average annual cost of care per patient

A decade of attempts, one recurring problem.

A decade of attempts, one recurring problem.

A decade of attempts, one recurring problem.

Stem cell therapies and synthetic scaffolds have tried to solve this for over a decade, and consistently fallen short: cell-based approaches face immune rejection and fail to couple with the heart's rhythm.

OUR SOLUTION

OUR SOLUTION

OUR SOLUTION

An injectable therapy, built from the heart’s own architecture.

An injectable therapy, built from the heart’s own architecture.

An injectable therapy, built from the heart’s own architecture.

Our lead product is an injectable hydrogel made from decellularized extracellular matrix, the natural scaffold that surrounds and supports heart cells.

Unlike synthetic alternatives, it keeps the matrix's native structure and bioactive signaling intact, stimulating existing cardiomyocytes to divide and new blood vessels to form.

Designed for the clinic from day one.

Designed for the clinic from day one.

Designed for the clinic from day one.

Freeze-dried for stability: no cold chain required

Freeze-dried for stability: no cold chain required

Injectable hydrogel: no surgery, no implanted device

Injectable hydrogel: no surgery, no implanted device

Does not induce arrhythmias or inflammation

Does not induce arrhythmias or inflammation

Catheter-compatible: built for minimally invasive delivery

Catheter-compatible: built for minimally invasive delivery

EVIDENCE

EVIDENCE

EVIDENCE

Regeneration, proven in vitro and in vivo.

Regeneration, proven in vitro and in vivo.

Regeneration, proven in vitro and in vivo.

IN VITRO

IN VITRO

Our biomaterial triggers cardiac cells to divide: the first direct evidence that it drives regeneration.

Our biomaterial triggers cardiac cells to divide: the first direct evidence that it drives regeneration.

IN VIVO

IN VIVO

In aged rats with extensive myocardial infarcts, treatment regenerated cardiac tissue, produced new blood vessels, and recovered cardiac function to pre-infarction levels.

In aged rats with extensive myocardial infarcts, treatment regenerated cardiac tissue, produced new blood vessels, and recovered cardiac function to pre-infarction levels.

PIPELINE

PIPELINE

PIPELINE

Our path to the patient

Our path to the patient

Our path to the patient

In Vitro
Preclinical small animals
PoC big animals
Preclinical big animals
IND Submission
Clinical trials
COR-001
COR-002
COR-001
COR-002
In Vitro
Preclinical small animals
PoC big animals
Preclinical big animals
IND Submission
Clinical trials
In Vitro
Preclinical small animals
PoC big animals
Preclinical big animals
IND Submission
Clinical trials
COR-001
COR-002
COR-001
COR-002
In Vitro
Preclinical small animals
PoC big animals
Preclinical big animals
IND Submission
Clinical trials

OUR TEAM

OUR TEAM

OUR TEAM

The people behind the science

The people behind the science

The people behind the science

OUR PARTNERS

OUR PARTNERS

OUR PARTNERS

Who supports us

Who supports us

Who supports us

A heart attack lasts minutes. The consequences last a lifetime.

A heart attack lasts minutes. The consequences last a lifetime.

A heart attack lasts minutes. The consequences last a lifetime.

We’re here to change that.

We’re here to change that.

We’re here to change that.

Let’s talk.

Let’s talk.

Let’s talk.

We're building partnerships with clinical, academic and industry leaders in regenerative cardiac care, and we're raising to advance toward first-in-human trials. If you'd like to review our data or discuss a collaboration or investment, get in touch.

Delaware, USA | Buenos Aires, Argentina

lucas@corasus.bio

© 2026 Corasus. All rights reserved.

© 2026 Corasus. All rights reserved.

© 2026 Corasus. All rights reserved.