Our bones don’t just knit themselves back together after an injury—special cells called macrophages show up to coordinate the repair work like tiny construction managers. Some of these cells start off as inflammatory cleanup crews called M1, ready to remove dead tissue. Later, they must switch roles
The world of neural biomaterials has seen big changes over the past 25 years. New tools and methods have popped up to tackle issues in the spinal cord and nerves. This journey mirrors the work of a key researcher in the field. The last few decades have brought some major breakthroughs. These advanc
Stem cells, specifically mesenchymal ones, are like tiny repair kits in the body. They have great potential for healing and regenerating tissues. But there's a big problem: these cells often don't survive well when they are transplanted into a patient. One reason for this is something called anoikis
In the world of medicine, there's a new player in town: bone adhesives. These aren't your average glues. They're special substances that can help bones heal better and faster. Doctors are using them in places where traditional methods, like screws and plates, are not the best option. This could be i
Tendons can be tricky to heal. They often take a long time to recover, and sometimes they don't heal properly. But what if there's a better way to fix them? Researchers have been working on a new method using special materials and stem cells to help tendons heal faster and better. They used a speci
Dental pulp stem cells (DPSCs) are a key player in the world of regenerative medicine. They are easy to access and can transform into various cell types. This makes them perfect for creating three-dimensional (3D) models, known as organoids. These organoids are a big deal because they mimic the comp
Breast cancer is a serious issue. It is one of the most common types of cancer in women. It is known for its ability to spread quickly and aggressively. This is due to a specific type of cell called breast cancer stem cells. These cells are particularly troublesome because they can migrate and in
Stem cells are the body's raw materials. They have the remarkable ability to develop into many different cell types. This ability is what makes them so exciting for medical research. One type of stem cell is called adipose-derived stem cells, or ADSCs. These come from fat tissue. They are a typ
In the realm of tissue engineering, scientists are exploring new ways to create living replacements for damaged tissues. These engineered tissues aim to help the body heal itself. However, there are challenges. Custom-made tissues can be expensive and take time to create. Plus, they might not work a
Blood stem cells, also known as hematopoietic stem and progenitor cells (HSPCs), are like superheroes in our body. They can transform into different types of blood cells, which is crucial for our immune system and overall health. These cells have two main states: active and resting. The switch betwe
