Resources

• • How Does Plasma Proteomics Analyze Biodiversity and Protein Expression

  Plasma proteomics is an important research field in the field of biopharmaceuticals. It comprehensively and deeply studies the proteins in plasma, revealing the complexity and diversity of various physiological and pathological processes in the body. This research field not only helps us understand the normal functions of organisms but also helps us discover and treat various diseases.

• • 3D Proteomics Revealing the Spatial World of Protein Structures in Organisms

  There is no denying that each cell harbors a bustling world, and the embedded proteins are like the active roles in this world. When these roles put on a 3D coat, we step into a three-dimensional world where structure determines function - the field of 3D proteomics.

• • How to Select the Most Suitable Immunopeptidomics Detection Method?

  The immune system is an important component in maintaining the organism's defense against infections and diseases. Understanding the functions and status of the immune system is of great significance in studying disease mechanisms, developing new drugs, and optimizing treatment plans. In the field of biopharmaceuticals, immune peptidomics technology, as an emerging detection method, provides scientists with a powerful tool for studying the immune system.

• • How to Obtain Sufficient Protein from Bacterial Samples for Analysis?

  Bacteria are one of the most widely distributed organisms in the microbial world, and they play a crucial role in the natural environment. For experts in the field of biopharmaceuticals, studying the proteomics of bacteria has become increasingly important.

• • Immunoprecipitation-Mass Spectrometry Revealing Protein Interaction Networks

  With the continuous development in the field of biomedical research, understanding the protein-protein interaction network is of great significance in uncovering cell signaling, disease mechanisms, and developing biopharmaceuticals. In this regard, immunoprecipitation-mass spectrometry (IP-MS) technology has become a powerful tool for biological experts in the field of biopharmaceuticals to explore protein interactions.

• • Differences Between Glycan Profiling Methods and Phosphoproteomics

  Glycoproteins are a class of protein molecules that carry complex sugar modifications on their molecules, which have important effects on the function and regulation of proteins. Glycomics and glycoprotein analysis, as research hotspots in the field of biopharmaceuticals, aim to decipher these complex sugar structures and glycoprotein modifications.

• • The Role of the Letter "N" in Glycan Analysis

  As an important field of protein modification, glycosylation involves complex and diverse sugar structures on proteins. Researchers often use letters to represent different types of glycosylation modifications, with the letter "N" representing N-glycosylation. This article will delve into the meaning of letters in glycan analysis, with a special focus on the role of the letter "N" in glycan analysis, leading readers to decipher this fascinating scientific field.

• • Cellular Oxidative Phosphorylation Detection

  Cellular oxidative phosphorylation modification is a crucial form of post-translational protein modification, participating in multiple biological processes within the cell, including signal transduction, cell apoptosis, metabolic regulation, and more. Protein degradation is a key process for maintaining cellular homeostasis and is closely related to cellular functions.

• • Exploring New Technologies in Acetylation Modification Research

  Acetylation modification is one of the important types of post-translational modifications in proteins, which regulates various biological processes in cells. With the deepening of biopharmaceutical research, there is an increasing demand for the study of acetylation modification. The innovation of acetylation detection techniques provides a more comprehensive and efficient means for acetylation modification research.

• • Principles and Methods of Glycan Analysis Techniques

  Glycan analysis is an important protein modification that significantly influences protein functionality and stability. As a key research area in the exploration of protein modifications, glycan profiling focuses on deciphering the complex glycan structures on proteins. Glycan analysis techniques provide us with a way to gain in-depth understanding of glycan modifications and reveal their crucial roles in cellular regulation and biopharmaceutical development.