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Pramana

We are an Immuno-metabolism company driving a new mechanism of action powered by our novel platform.

We've recently secured patents across key territories including the U.S., Europe, China, India, Australia, Canada, and numerous other pivotal jurisdictions.

Our patent portfolio spans a vast domain of small molecules across three groundbreaking chemical series, encompassing composition of matter and beyond.

The groundwork is laid, but our journey is far from over.

We persistently augment our patent landscape, pioneering novel approaches to deliver superior solutions in the realm of cardio-metabolic diseases, all for the ultimate benefit of patients."

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   Imagine the possibilities

Hypoglycemia

Obesity

Diabetes

NASH

CVD

Neurodegeneration

Oncology

LADA

PRM A activates an immune response on the alpha cell to release glucagon. It is also expressed on the Beta cell, K and L cells. Our breakthrough preclinical data in Hypoglycemia lead us to this pathway. We are now advancing a novel undisclosed therapy to treat Latent Autoimmune Diabetes in Adults with an estimated patient population of 100 million people compromised of 10% of people living with Diabetes.

Obesity

A novel undisclosed Oral treatment for Obesity. We have target validation for a once daily oral Obesity treatment that may enable a new way to treat millions of people with Obesity. Our new mechansim of action supports a target product profile that is safe, accessible, affordable and oral. We are advancing INDe studies to provide a clinical candidate that will be highly differentiated.

Diabetes

We have differentiated preclinical data on several of our candidates in mono and fixed dose Combination therapy showing remarkable glucose lowering and synergystic effects. These studies were conducted in acute and chronic studies over multiple relevant animal models.

NASH

Our discovery program includes proof of concept mechanistic studies over several of our candidates that showed unique liver activation that may lend itself to a novel therapy in NASH. This encouraging data is further supported by what we know about the target.

CVD

Alpha cell and Beta cell dysfunction is associated with cardiovascular disease. Our novel mechansim of action and molecular library may offer insight into intervention through pathways not previously explored.

Neurodegeneration

Our IP position covers GPR119 dysregulation which may address certain neurodegenerative conditions. As we explore our highly targeted molecular library and new mechanism of action we plan to advance candidates.

Oncology

Metabolic dysregulation can lead to certain cancers. Our new mechanism of action may enable the development of therapeutics to treat cancers via novel pathways that our candidates activate.

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