Department of Regenerative Medicine

Cure for Diabetes

Goodbye Diabetes

Goodbye Diabetes

Focusing on the specific cells that cause the root of diabetes, eliminating these cells from the body, developing a new drug to completely eradicate diabetes.

Focusing on the specific cells that cause the root of diabetes, developing a new drug to completely eradicate diabetes.

Prof. Hideto Kojima

Complete Remission of Diabetes

Finding the Cause of Diabetes and a Cure

Cure for Diabetes

Discovery of Diabetes Stem Cells

Discovery of Diabetes Stem Cells

Discovery of Cells Causing Diabetes and Its Complications, Making It an Incurable Disease

Cure for Diabetes

Complete Remission of Diabetes

Complete Remission of Diabetes

Development of a Treatment to Free Diabetes Patients from Insulin and Oral Medications

Cell-Targeted Therapy

Transporting drugs and genes precisely to their target locations

Cell Targeting Technology

Development of Cell Targeting Technology (Biozipcode)

Development of Cell Targeting Technology (Biozipcode)

AI identifies the essence of diseases at the cellular level from 1.3 billion peptide sequences

Cell Targeting Technology

Development of Diabetes Cure Without Side Effects

Development of Diabetes Cure Without Side Effects

Diabate cure now achieves pinpoint treatment with both safety and reliability

Cell Targeting Technology

Cell Targeting for Cancer Treatment

Cell Targeting for Cancer Treatment

Cancer treatment targeting only cancer cells and pain relief treatment for nerve cells

Cell Targeting Technology

Cell Targeting for Tissue Regeneration

Cell Targeting for Tissue Regeneration

Development of scaffold materials that attract tissue regeneration cell units (organ regeneration niches) to promote tissue regeneration, avoiding extensive tissue transplants and sutures that leave keloid scars

Shiga University of Medical Science

About the Department of Regenerative Medicine

About the Department of Regenerative Medicine

Using Professor Kojima’s uniquely developed technology, we focus on drug redevelopment and new drug development for treating difficult chronic diseases such as diabetes, cancer, autoimmune diseases, multi-organ failure, and conditions resistant to conventional surgical and pharmacological treatments. We also aim to develop medical materials for tissue regeneration.

  • Promoting drug redevelopment and new drug development
  • Pursuing the “fundamental treatment” of diseases and causes
  • Developing new drug delivery methods for the next generation
Shiga University of Medical Science Department of Regenerative Medicine
Message from Professors

Regenerative medicine, born from stem cell research, impacts not only medicine and healthcare but also industries and society. The future growth as next-generation medical treatment requires uncovering causes of intractable diseases and establishing treatment infrastructure.

Research Introduction

Ending the long battle against cancer, diabetes, and intractable diseases. Pursuing “fundamental treatment” of diseases and causes, tackling challenges with cell-targeting technology using biozipcode.

List of Achievements

View the list of papers published by our laboratory. Each paper presents the latest research findings on diabetes, its complications, regenerative medicine, and research led by Professor Kojima.

Are You Interested in Research at the Department of Regenerative Medicine?

Are You Interested in Research at the Department of Regenerative Medicine?

You can send a direct inquiry to the Department of Regenerative Medicine through the contact form.