What Proteins Can Astral High-Resolution Mass Spectrometry Detect?

Astral high-resolution mass spectrometry is a new technological tool that has been widely applied in the field of biopharmaceuticals and achieved remarkable results. Its main function is to provide protein analysis and accurately pinpoint the mass spectrometry data of proteins. With its excellent performance, researchers can conduct in-depth studies on various proteins, promoting the progress of bioscience.

 

Detection of Many Conventional Proteins

Astral high-resolution mass spectrometry can accurately detect various conventional proteins, including structural proteins, signal proteins, transport proteins, etc. These proteins play various important roles in organisms. For example, structural proteins provide structural support for cells and tissues; signal proteins are responsible for transmitting signals between cells; transport proteins transport substances within cells or between cells.

 

Detecting Abnormal Proteins

In addition to conventional proteins, Astral high-resolution mass spectrometry has unique advantages in detecting abnormal proteins in organisms, such as tumor marker proteins, hepatitis B virus surface proteins. The detection and analysis of these abnormal proteins are of utmost importance for early detection and research of disease treatment.

 

Revealing Phosphoproteins and Glycoproteins

Phosphoproteins and glycoproteins, due to their important roles in many biological processes, their research has important biological significance and clinical potential. These complex protein modifications are not easily detected by conventional methods, but can be analyzed and quantified by Astral high-resolution mass spectrometry.

 

With its precise and comprehensive protein detection capabilities, Astral high-resolution mass spectrometry provides a powerful technological support for unveiling the mysteries of life science. It can detect all types of proteins, including conventional proteins, abnormal proteins, and complex protein modifications, providing great convenience for bioscience research and medical diagnosis and treatment. In the future, Astral high-resolution mass spectrometry will demonstrate its profound value in more fields.