Cancer cells are sneaky. They have a way of protecting themselves, making it hard for treatments to work. One of their tricks is having high levels of a substance called glutathione. This helps them grow and resist treatments. Scientists have been looking for ways to lower glutathione levels in tumors, but existing methods have problems. They either don't work well o...
NF-κB, a crucial player in cell functions, has been under the spotlight since its discovery. It's like a conductor in the orchestra of our cells, directing immune responses, inflammation, and cell survival. When it goes haywire, it can lead to various diseases, especially cancer. This review dives into the NF-κB family and their signaling pathways. It's like a compl...
Cancer research has taken a big step forward with a new approach to tackling tumors. Scientists have found a way to stop cancer cells from growing without hurting healthy ones. This is a big deal because many treatments today affect both healthy and cancerous cells, causing nasty side effects. The RAS gene is a key player in cell growth. When it mutates, it goes int...
High-risk neuroblastoma is a serious cancer in kids. More children are surviving this disease thanks to new treatments. However, the long-term effects of these treatments are not well understood. A recent study aimed to change that. It looked at the risks linked to these modern therapies. The study involved many children from different places. It was a big project. ...
Cancer is tricky. It hides and grows, making it hard to treat. But what if we could send tiny, smart helpers to find and fight cancer cells? That's the idea behind a new type of nanoparticle. These aren't just any nanoparticles. They're designed to stay calm and inactive while traveling through the body. This way, they don't hurt healthy cells. But when they reach a ...
Cancer treatment is tricky. Doctors struggle with seeing deep into tissues. They also have trouble getting clear, real-time pictures of tumors as they change during treatment. Traditional imaging methods just don't cut it. They lack the detail and speed needed to track the dynamic tumor environment. This is where nanophotonic photoacoustic biosensors come in. T...
Breast cancer is a big problem for women all around the world. It is the leading cause of death for women. This is why finding new ways to treat it is so important. One exciting approach combines smart technology with biology. The idea is to use advanced computing methods to improve how well certain medicines work. These medicines target a specific part of cells...
Cancer is a massive health problem around the world. One major breakthrough in fighting cancer is a type of treatment called immune checkpoint inhibitors. These treatments help the body's immune system fight cancer by blocking certain proteins. These proteins are like brakes on the immune system. By releasing these brakes, the immune system can attack cancer cell...
Vinca alkaloids are a big deal in cancer treatment. They are made in special places by trained technicians. Getting these drugs right is super important. Mistakes can be really bad because these drugs are strong and can hurt people if not handled correctly. Checking these drugs is a must. It ensures patients get the right medicine and the right amount. This is where...
Cancer treatment is a complex challenge. Researchers have been exploring new ways to fight it. One promising approach involves using nanoparticles. These tiny particles can be designed to target cancer cells directly. This reduces damage to healthy cells. One type of nanoparticle that is gaining attention is Prussian Blue Erbium-Doped Hydroxyapatite (PB-Er-HAp). Thes...