Posted and filed under Studies.
type 1 diabetes stem cells

Stem Cells Offer Great Opportunity for Diabetes Therapy

In a thoughtful review, Meng Liu and Zhong Chao Han discuss the reasons that mesenchymal stem cells derived from bone marrow, fat, and fetal tissue are attractive candidates for improving type 1 diabetes therapy. Though type 1 diabetes is often treated with insulin replacement therapy, transplanting islet cells from the pancreas has become a means…

Read the full article

Posted and filed under Studies.
alzheimers amyloid plaques

Stem Cells Show Alzheimer’s Disease Prevention & Therapy

In recent years, stem cells have continued to show promise for helping combat a host of diseases, many of which relate to the brain. A recent study by Yoo-Hun Suh and colleagues has demonstrated that a specific type of stem cell could help with both the prevention and treatment of the neurodegenerative disease, Alzheimer’s. Patients…

Read the full article

Posted and filed under Studies.
diabetes

Stem Cells Helping Treat Severe Diabetes

Severe diabetics are often treated through a technique called islet transplantation, but this transplantation method has certain limitations. Researchers have recently demonstrated that that using a certain type of stem cell, called the mesenchymal stem cell, can improve the ability of islet transplants to improve diabetes in patients. Those who suffer from Type 1 diabetes…

Read the full article

Posted and filed under Studies.
stem cells for cartilage

Researchers Using Stem Cells to Repair Cartilage

In recent years, there have been a number of advances in stem cell research and in the various ways that these cells can be best employed to improve the health of patients. One of the medical areas that shows promise for stem cell therapies is orthopedics, with stem cell therapies being developed to help with…

Read the full article

Posted and filed under Studies.
man researching orthopedic stem cells

Researchers Improving the Use of Stem Cells for Orthopedics

A group of scientists, led by Jin Nam at the University of California-Riverside, have found a new way to optimize the use of stem cells for orthopedic purposes. The technique involves strategically using biomechanical forces to create the specific cell type needed to repair orthopedic tissues. The normal development of bone and cartilage critically depend…

Read the full article