AI-powered Orphan Drug Development

We are unlocking the immense potential of orphan drugs – faster, more scalable, and pharma-ready

The problem and our unique solution: Through cutting-edge AI, we accelerate the path from discovery to cure, bringing vital therapies to patients faster

AI is the best solution for this challenge!

Founders

Søren Gersting and
Ania Muntau

The challenge: a critical unmet need

Across the globe, a profound and pervasive challenge exists for millions affected by rare diseases. These individuals and their families often contend with an exceedingly protracted journey, marked by elusive diagnoses, severely limited treatment options, and research initiatives that progress at a painstakingly slow pace. This represents not merely a scientific dilemma but a significant societal and economic burden, leaving countless lives without adequate intervention and their futures uncertain.

Our answer: precision AI against protein misfolding

At iniuva, we are directly addressing this critical challenge. A substantial number of rare diseases, despite their diverse clinical manifestations, share a common etiology: protein misfolding. Proteins, as the fundamental cellular machinery, must attain precise three-dimensional conformations to execute their vital biological functions. When they fail to fold correctly, these essential processes are disrupted, leading to a cascade of cellular dysfunction that ultimately manifests as debilitating illnesses.

In this context, iniuva presents a distinctive and powerful solution. We utilize advanced Artificial Intelligence to precisely identify and address these misfolded proteins. Our sophisticated AI models conduct in-depth analyses of intricate protein structures, not merely to comprehend the underlying errors, but, critically, to restore the accurate structure and optimal function of these crucial molecules. This capability directly targets the foundational cause of these diseases, offering the potential to dramatically accelerate development timelines and deliver much-needed therapeutic solutions to a patient population that has long awaited effective intervention.

A Quantum Leap In Efficiency And Scaling

times larger chemical space - typical figures are vastly surpassed by the astronomical scale of iniuvaVIU®
0
times faster screening - vastly fewer daily connections versus an immense volume.
0
curated datapoints as a basis for high-precision AI predictions
0

From Discovery To Cure: An Accelerated Journey

iniuva GmbH, a cutting-edge biotech startup, is at the forefront of drug discovery with its innovative AI-powered platform. By specializing in orphan drugs and pharmacological chaperones, Iniuva is transforming the pharmaceutical industry by making these treatments more accessible and appealing. The company’s groundbreaking technology targets protein misfolding, a critical factor in hundreds of rare diseases. With unmatched scalability and efficiency, iniuva is revolutionizing the drug development process, bringing hope to patients suffering from these debilitating conditions.

Faster, Scalable, Pharma-ready!

Where medical expertise meets AI innovation

At iniuva, a pioneering company based in Hamburg, we are transforming drug development, particularly for orphan drugs, with our cutting-edge AI. We bring unparalleled speed, efficiency, and quality to the process, dramatically turning years of arduous research into months of breakthroughs.

Our platform significantly increases the success rate of drug candidates, ensuring vital treatments reach patients faster than ever before. This rapid advancement is powered by a highly dedicated team and exceptionally experienced founders who bring a unique blend of expertise directly from the fields of practical medicine and research. Their deep understanding of healthcare challenges and scientific methodologies underpins our innovative approach, making iniuva a leader in accelerating life-changing therapies.

the unmet medical need

> 8,000 rare diseases are known!

are genetic and start in childhood
0%
of diseases are without treatment
0%
of patients with a genetic disease share protein misfolding as one common mechanism
0%

We are committed to ushering in an era where rare diseases no longer mean rare hope.

Our goal is to restore the protein´s structure and thereby its function.