GENE ONLINE|News &
Opinion
Blog

2020-03-28| Asia-PacificR&D

Mochida Pharma, Gene Techno Science Collaborate to Develop Regenerative Medicine for Rare Disease

by GeneOnline
Share To

The new alliance aims to perform regenerative drug research on congenital isolated hypoganglionosis, a rare intestinal innervation defect.

Gene Techno Science Co., a research-based, regenerative medicine pharma has signed a collaboration commitment with one of the oldest pharmaceutical groups in Japan, Mochida pharma, to develop new regenerative medicine for the treatment of digestive rare diseases. Gene Techno Science was established on top of some extensive research on immune-related drugs by the Institute of genetic medicine, Hokkaido university in 2001. The company’s R&D group associated with Hokkaido University and reached the market with new immune therapy and cell therapy treatments through collaborations with some of the biggest pharmaceutical companies, such as Fuji and Mochida pharma among other research centers.

Besides designing novel drugs, the company also produces generic drugs and biosimilars as well. Using stem cells from human exfoliated deciduous teeth or cardiac stem cells, Gene Techno Science has developed eight regenerative medicine pipelines. The most recent one is developed for treating congenital isolated hypoganglionosis in collaboration with Mochida pharma in 2020. Congenital isolated hypoganglionosis is a very rare disease where patients suffer from Intestinal obstruction owing to the lack of nerves in the intestinal wall. By facilitating stem cells from human exfoliated deciduous teeth, the researchers aim to rescue the syndromes with newly obtained nerves. The treatment is now under pre-clinical research.

Related Article: Japan Approves World’s First Therapy for Metastatic Non–Small Cell Lung Cancer with METex14

References
  1. https://ssl4.eir-parts.net/doc/4534/tdnet/1809109/00.pdf
  2. https://www.g-gts.com/features/

 

©www.geneonline.com All rights reserved. Collaborate with us: [email protected]
Related Post
South Korea’s Clonell Unveils “Ultimate Regenerative Medicine Platform,” Promising Patient-Specific Stem Cells to Tackle Immune Rejection
2026-01-07
MIT’s Nerve-Regenerating Injectable Hydrogel: Breakthrough or Overhyped Miracle Shot?
2025-12-02
Japan’s 2025 Bioindustry Awards: From Alzheimer’s Treatments to Regenerative Medicine, the Nation Charts Its Next Biotech Course
2025-10-16
LATEST
Study Finds Treatment Variations in Immunobullous Disorders Linked to Demographic Factors
2026-01-24
Study Finds Orexin Receptor Agonists May Pose Higher Fracture Risk Compared to Melatonin Receptor Agonists
2026-01-24
Researchers Develop Distributed Method Using Control Barrier Functions to Enhance Network Connectivity
2026-01-24
Study by Khamsai et al. Links Community Living Factors to Dementia Risk in Older Adults
2026-01-24
Researchers Use CFD Simulations to Optimize Ejector Design for Improved Hydrogen Recirculation in PEM Fuel Cells
2026-01-24
Researchers Develop Pre-Trained Models to Enhance Robotic Navigation in Complex Terrains
2026-01-24
3D Printing Technology Enhances Patient Education Through Physical Models in Healthcare
2026-01-24
EVENT
2026-02-09
World Health Expo Dubai
Dubai Exhibition Centre, Dubai
2026-02-17
BIO Asia 2026 (Life Science Partnerships)
Hyderabad, India
2026-02-24
Rare Disease Week on Capitol Hill (Policy and Advocacy)
Capitol Hill, Washington, D.C.
2026-03-09
HIMSS26 (Digital Health & Hospital IT)
Las Vegas, Nevada
2026-03-23
BIO Europe Spring (Biotech Partnering)
Lisbon, Portugal
Scroll to Top