Cancer is tough to beat. Scientists are always looking for new ways to fight it. One promising area is using tiny carriers, called nanocarriers, to deliver gene-editing tools right to the problem. These nanocarriers are like tiny trucks. They carry a special tool called CRISPR/Cas9. This tool can e
Cancer is tricky. It finds ways to hide from the body's defense system. One way it does this is by using something called PD-1 and PD-L1. These are like secret handshakes that tell the immune system to back off. This makes it hard for treatments to work well. Scientists have a new tool called CRISP
Religion plays a big part in how most people think about life and science. This is especially true when it comes to editing genes that can be passed down to future generations. People often look to their faith for guidance on these complex issues. It is important to consider these religious views
First, let's talk about the CNPY3 gene. This gene is like a helper for a group of proteins known as toll-like receptors (TLRs). It helps these proteins fold correctly and get to where they need to go. Now, imagine you have a special kind of stem cell, called human embryonic stem cells (hESCs). These
Scientists have been tinkering with a tiny, powerful tool called Cas12j-8. This tiny tool, half the size of the commonly used Cas9, can recognize specific DNA sequences, making it great for tweaking plant genomes to improve crops. The catch? It wasn't very efficient in plants. So, researchers decide
Scientists have discovered a new way to make genome editing more efficient in rice. A protein called ScCas9, which comes from bacteria, can recognize a wider range of targets in the DNA than the commonly used protein, SpCas9. However, both ScCas9 and its improved version, Sc++, still don't work very
Ever wondered how to make grapevines tougher against disease? Scientists have found a clever way using something called CRISPR/Cas9. By editing two genes, MLO6-7 and NPR3, they've made grapevines more resistant to powdery and downy mildew. The best part? These edited plants can lose the extra gene b
As we contemplate the possibility of establishing human settlements on the Moon, Mars, and beyond, a crucial debate is unfolding. Should we prioritize robotic exploration or human missions? The answer lies in the realm of gene editing, a technology that has revolutionized our ability to alter human
