Category: Biotechnology

Over 40 years ago, bone marrow transplants demonstrated the power of stem cells in medicine by repairing damaged blood cells. Today, scientists and doctors are harnessing this same regenerative power to see: do stem cells repair damage? The answer is a complex and evolving 'yes,' with ongoing research showing immense promise for a wide range of diseases and injuries.

While traditional medicine often relies on a one-size-fits-all approach, a growing body of evidence suggests this model may be ineffective for a significant portion of patients due to biological variability. This is where personalized medicine comes in, offering a revolutionary and patient-centered strategy for diagnosis, treatment, and prevention.

Recent preclinical studies have shown remarkable success, with researchers demonstrating that **can stem cells reverse damage** in specific instances, such as reversing stroke damage in mice. This breakthrough area of regenerative medicine has the potential to redefine treatment for numerous conditions, offering new hope for recovery.

Jeanne Calment holds the record for the longest human lifespan at 122 years, a record that has stood for decades, far short of three centuries. The question, "Can a human live to be 300 years old?" forces us to confront the current biological limitations of the human body and the speculative future of longevity science.

According to scientific data on peptide stability, storage temperature is the single most critical factor determining a peptide's shelf life. Understanding the proper storage protocols is essential because, yes, peptides will go bad if not refrigerated, leading to a significant loss of potency and efficacy. This guide explores why this happens and how to protect your investment with proper handling.

As of August 2024, Cidara Therapeutics underwent a significant corporate restructuring, ultimately leading to its merger and rebranding as COSCIENS Biopharma Inc.. To truly understand what Cidara Therapeutics does, one must look at its history in developing innovative immunotherapies and anti-infectives.

Human serum, an irreplaceable resource derived from blood, serves as a cornerstone of modern biomedical science. Its unique composition is critical for advancing our understanding of health and disease. In this guide, we explore the powerful benefits of human serum, highlighting its diverse and vital applications.

In molecular biology, blunt end ligation is a process for joining DNA that, while less efficient than its sticky-end counterpart, is essential for a wide range of cloning strategies. This technique is a cornerstone of genetic engineering, offering unique advantages when working with specific DNA fragments.

Derived from the Greek word *xénos*, meaning "stranger" or "foreign", the prefix xeno- is used in medical terms to indicate something that comes from a different species. Understanding what is xeno in medical terms provides a foundation for grasping the complexities of advanced medical fields like transplantation and cell culture.