Ever heard of an ultra speed centrifuge? A superfast spinning machine with great potential to divide. The researchers use this special machine to do this amazing work, and understanding how this machine works is crucial for scientists to do even more spectacular discoveries. Learn more about how Hengrui's ultra high speed centrifuge is assisting scientists in their vital work!
Cells are the microscopic units of life. They’re so small you’d need a microscope to see them! Cells constitute everything in our body — which include our bones, skin or blood. Did you know that there are different components inside a cell? Just like a house has various rooms, cells have different components which perform specific functions. Scientists can then separate the crude oil into its various components using a new piece of sophisticated tech, an ultra high speed centrifuge, where they further study the components closely. It is very helpful because this helps scientist learn how cells work and how they can help treat the people who are sick. So, for instance, if scientists can find out more about how a specific part of a cell operates, they might be able to develop a treatment for someone with a disease.
For many scientists, their arenas consist of labs and computer screens as they conduct experiments and analyze data. You need to think this work is very, very important, because it helps people learn about their world. But sometimes, scientists need to act quickly to find answers more quickly. That is where the ultra high speed centrifuge from Hengrui comes in! This awesome machine is capable of turning things so fast (read: centrifugal force) that, instead of taking hours, it only takes a few minutes to get the job done. Think of it like, you have to bake a cake, and you even have a special oven that cooks it within a couple of minutes rather than an hour! This saves scientists time and allows them to do more in their labs.”
A specialized device that operates with centrifugation meant for very high speeds. It spins a part called a rotor, which holds samples in specialty tubes, using a motor. This force is powerful enough that when the rotor spins at a high speed, it separates pieces based on their weight. This machine is used by scientists to analyse different components of cells or to fractionate liquids into their separate parts. In other words, a centrifuge separates fluids based on their density; this is exactly why when you combine oil and water, a centrifuge will assist in separating them since oil is less dense than water. It gives scientists a glimpse of each Jenga piece, so they can each of them, and how they work.
However slower methods had to be used to separate parts, or where one had to study cells, before the ultra high speed centrifuge was invented. The older ways of doing this were very labor-intensive and time-consuming, and sometimes inaccurate. This ultra high speed centrifuge made things much easier and faster for scientists worldwide. It also created new areas of research that would have been impossible before. Now with this machine scientists can learn and do things they could only dream of studying before.
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