Fritillaria thunbergii, a plant packed with useful compounds, is often grown for its medicinal bulbs. But growing too many plants just for profit has led to a drop in quality. So, scientists decided to test how shade and potassium affect the bulbs' growth and the useful stuff inside them. They foun
Gastric cancer is a tricky foe. It's sneaky, and it's often hard to spot until it's too late. But what if scientists could find a way to predict who's at risk? That's where genetics and transcriptomics come in. Transcriptomics is like a detective's toolkit for studying genes. It looks at all the me
Yeast, specifically Saccharomyces cerevisiae, faces big problems when it comes to making bioethanol. Two major issues are high temperatures and the presence of ethanol. These factors stress the yeast out, making it harder for it to do its job. Researchers decided to look into how a special strain of
Imagine trying to understand a complex city layout without knowing how different buildings communicate with each other. That's similar to the challenge scientists face when studying tissues. They have tools to see where different cells are, but figuring out how these cells talk to each other and wor
Ever wondered why the hearts of mammals and birds are so efficient? It's all about the layers. The heart has two main types of muscle layers: trabecular and compact. These layers look different, but scientists found something surprising. In adult hearts, these layers are almost identical in terms of
Spatial transcriptomics (ST) is revolutionizing the way scientists look at tissue structure. One key step in ST data analysis is identifying spatial domains—areas within tissue that have unique characteristics. Researchers have created a new method called GRAS4T to tackle this challenge. GRAS4T uses
