About

#About us

Achyut Kukreja
Thalassemia Foundation

Achyut Kukreja Thalassemia Foundation was established in 2024 in memory of Achyut Kukreja, a young boy who bravely battled thalassemia. Despite undergoing a lengthy bone marrow transplant, Achyut sadly passed away at the age of seven. Inspired by his unwavering spirit, his family founded the foundation to provide support and assistance to individuals and families affected by this disease.

Currently headquartered in Bangkok, Thailand, where thalassemia is prevalent, the Achyut Kukreja Thalassemia Foundation aims to expand its reach globally to assist individuals and families affected by the disease.

Our mission

Our mission is to offer comprehensive support to families affected by thalassemia. This includes facilitating support groups, connecting individuals with qualified physicians and hospitals, and advocating for research aimed at eliminating the disease.

Our vision

The foundation plans to raise awareness and funds through widespread thalassemia testing. By providing support, guidance, and access to expert care, ATF seeks to empower individuals living with thalassemia and ultimately contribute to the eradication of this disease.

Our goal

With the help of dedicated individuals and organizations, we believe that a future free from thalassemia is achievable. Untreated thalassemia can have serious consequences, such as iron overload, bone density issues, and potentially fatal outcomes.

What is Thalassemia?

Thalassemia is a genetic blood disorder characterized by the body’s inability to produce sufficient hemoglobin, a protein essential for carrying oxygen. This deficiency often leads to the need for frequent blood transfusions. People with thalassemia may experience various health issues, including extreme fatigue, weakness, shortness of breath, irregular heartbeats, and brittle bones. It’s important to consult with a healthcare professional if you suspect you have thalassemia to receive proper diagnosis and treatment. Untreated thalassemia can have serious consequences, such as iron overload, bone density issues, and potentially fatal outcomes.