Groundbreaking discoveries and inventions in the Life Sciences advancing Evidence Based Medicine
When muscles are damaged due to a lack of oxygen – ischemia – regenerating the muscles can be a challenge. Studies have been conducted to determine whether stem cell treatments…
The CRISPR-Cas9 gene editing tool allows the editing of genes with a high level of precision, but advances have been made that allow even greater control of when the edits…
Treating patients with malignant brain tumors is particularly challenging. While it may be possible to have tumors surgically removed, it is a complex procedure and it is often not possible…
A machine-learning algorithm has been developed to help find new antibiotics and has succeeded in identifying a molecule that has powerful antibiotic properties and can kill several types of bacteria…
Clinical trials of CRISPR gene editing technology have already started in the United States but, so far, the actual editing of cells has taken place in the lab. Cells have…
Image Source: UConn Musculoskeletal injuries can take many weeks or months to heal and in severe cases when there has been volumetric muscle loss there are no reconstructive surgery techniques…
Human mesenchymal stem cells (hMSCs) are present in bone marrow and play an important role in the repair and regeneration of organ damage. These cells travel from the bone marrow…
Image: 3D reconstruction of the human kidney revealing structures that filter waste and interior blood vessels: Credit: Helmholtz Zentrum München / Ertürk lab A team of researchers led by Ali Ertürk,…
The results of a clinical trial that tested the safety of the CRISPR gene editing tool for editing T cells to treat cancer have been released and the results are…
Image: Schematic mechanism of glucose-responsive smart insulin patch. (Credit: Zhen Gu Lab/UCLA) Researchers at UCLA have developed a 24-hour smart insulin patch for patients with diabetes that monitors blood glucose…