Cancer cells are sneaky. They find ways to survive and grow, even when the body tries to stop them. Recent research shows that cancer cells steal fat from the blood. This fat helps them build strong walls and protects them from dying. Cancer cells use special sugar chains to grab fat molecules. These chains act like fishing lines, pulling in fat-packed molecules cal...

MRSA, or Methicillin-resistant Staphylococcus aureus, is a tough bacteria that causes nasty wounds. These wounds are hard to treat and can be a big problem worldwide. Scientists have been looking for new ways to fight these infections and help wounds heal faster. One promising method is using nanozymes, which are tiny particles that can kill bacteria. However, most n...

Cancer can be a tricky foe. Immunotherapy is a promising weapon, but it often falls short. Why? Because it sometimes struggles to trigger a strong immune response. So, scientists are exploring ways to combine different treatments to boost their punch. Enter the nucleic acid-locked smart carrier (NASC). This isn't your average carrier. It's a clever little package des...

Scientists have been tinkering with different metal compounds to fight cancer. They've found that some of these metals can trigger a specific kind of cell death that gets the immune system's attention. This type of cell death is called immunogenic cell death, or ICD for short. Researchers have created 35 new gold-based compounds. These compounds have special parts ca...

Yeast cells, like tiny factories, use glucose for energy and to make storage molecules. But too much sugar can be deadly, causing a process called sugar-induced cell death (SICD). Scientists have been puzzling over this for decades. They've found that when a specific gene, TPS1, is removed, SICD is reduced by 44%. This gene is crucial for making trehalose, a type of ...

Copper, a vital trace element in our bodies, plays a key role in energy production and cell repairs. But when copper levels aren't balanced, it can wreak havoc. It triggers oxidative stress and disrupts the energy factories in our cells, leading to severe damage and even cell death. Scientists recently named this type of cell death "Cuproptosis. " It occurs when copp...

Scientists have recently found something astonishing about Huntington’s disease, a serious brain disorder passed down through families. They’ve known about the genetic mutation that causes it for a while, but they weren't sure why people with the mutation don't have symptoms until they’re older. It turns out, this mutation is silent for years. It grows slowly over t...

Osteoarthritis (OA), a common joint disease, causes a lot of pain and disability. One way it happens is through something called programmed cell death (PCD). Scientists wanted to find out which genes are involved in this process and if they could be used as markers to detect OA early. They analyzed three sets of data from previous studies on OA and found 45 genes tha...

Ever pondered what happens when cells die? Scientists have discovered a fascinating tool to observe this process. Introducing TJ-FRP, a unique dye that lights up when cells face trouble. Picture it like a tiny beacon inside our bodies, especially handy for watching mitochondria, the little power plants within cells. Cells use a process called ferroptosis to die. Dur...

You might have heard that inflammation and neuron death are linked to epilepsy, but do these changes actually cause seizures? To find out, scientists created a unique mouse model. They inserted a special protein that makes certain brain cells sensitive to a toxin. This protein, tied to a specific gene called CCL17, is found in adult brain cells called pyramidal neuro...