Researchers have developed a new heart disease calculator which has the potential to accurately predict a person’s 10-year risk of cardiovascular diseases. This tool will help to identify high-risk patients that are missed by existing prediction tools.

Researchers have developed a new tool that makes use of artificial intelligence to predict suicidal thoughts and behaviors in a person using a quick and simple combination of variables.

A new 3D printing method, called blurred tomography, could significantly enhance the production of microlenses with commercial-level optical quality. This innovative technique enables the rapid and efficient fabrication of various optical devices, producing optically smooth surfaces and complex shapes.

In a new study, researchers have discovered a potential new avenue to treat or prevent cholera. They have identified a unique quirk of the immune system that protects the cholera bacteria from a key driver of bacterial evolution.

Shimadzu has introduced a new Airsight FTIR Raman microscope which is claimed to be the world's only microscope capable of performing both FTIR and Raman spectroscopy.

A new study has revealed that patients suffering from heart failure can live a longer life if they are vaccinated against Covid-19. Heart failure affects more than 64 million people worldwide.

Researchers have created Controlled Human Infection Models for vaccine development where they deliberately infect healthy volunteers under very carefully controlled clinical conditions. With this, studies can be safely carried out during a pandemic and provide valuable information that is difficult to obtain in traditional field studies.

Testa Analytical Solutions has developed the Chemistry flowmeter which proves to be a useful device for labs to enhance accuracy, reproducibility, and yield from liquid phase chemical reactions.

Breast cancer is responsible for claiming many lives across the globe. Now, with the help of different technologies such as supercomputers, data, and mathematical modeling researchers will be able to understand the deadly disease and also improve their treatment options.

MIT researchers have developed a cost-effective, continuous monitoring system for detecting toxic gases, combining the high sensitivity of metal-organic frameworks (MOFs) with the durability of conductive polymers. This innovative composite can detect and release gas molecules repeatedly, maintaining performance over time.