Resources

Proteomics Databases



Metabolomics Databases

• • Protein Secondary Structure Analysis of Escherichia Coli

  Secondary Structure Analysis of Escherichia coli Proteins - Sample + Technical Promotion from MtoZ Biolabs The secondary structure of Escherichia coli proteins is formed by the local interactions of amino acid sequences, primarily including α-helices, β-sheets, and β-turns. It provides crucial information for understanding the biological function of proteins. Changes in protein secondary structure may affect the stability and functionality of proteins.

• • Identification of Single Protein Modifications

  In biological research, the identification of protein modifications is an important method that helps us understand the function and characteristics of proteins. This article will focus on the research progress in the identification of single protein modifications.

• • 5X Bradford Method for Protein Concentration Measurement

  The Bradford method is a fast, convenient, and sensitive method for protein concentration determination, widely used in biochemical and molecular biology research. This method relies on the principle that the Coomassie Brilliant Blue G-250 dye changes color when it binds to proteins under acidic conditions. The higher the protein concentration, the darker the color of the sample, and the protein concentration is estimated by measuring the absorbance.

• • How to Evaluate the Efficiency of T Cell Gene Knockout?

  In the field of cell biology and genetic engineering, gene knockout is a commonly used research method that helps us understand the function and role of a specific gene. However, the efficiency of this process is crucial. In this article, we will focus on the gene knockout efficiency in T cells.

• • What Is Monoclonal Antibody Sequencing?

  Monoclonal Sequencing: An Efficient and Accurate DNA Sequencing Technique,In the development of modern biotechnology, DNA sequencing technology plays a crucial role. Among them, monoclonal sequencing technology is becoming increasingly favored by researchers due to its efficiency and accuracy. So, what is monoclonal sequencing? And how does it work? This article will provide a detailed introduction.

• • Requirements for Pure Protein Sequencing Samples

  Requirements for pure protein sequencing samples.The quality of the sample directly affects the accuracy and reliability of the experimental results in protein sequencing research. Therefore, there are strict requirements for the quality of pure protein sequencing samples. Here are some detailed requirements for pure protein sequencing samples.

• • HPLC Analysis of Peptide Profiles in Plant Root System

  Understanding the physiological and molecular mechanisms of plant root systems is crucial in modern plant science research for comprehending plant growth, adaptation to the environment, and interactions with microorganisms. Particularly in agricultural production and ecological restoration, root research plays a significant role in improving crop quality, increasing yield, and promoting plant health.

• • Plant Leaf Exudate Non Targeted Metabolomics

  In the field of plant science, understanding and analyzing the metabolic composition of plant leaves is crucial for understanding their physiological status, ability to adapt to environmental changes, and biosynthetic pathways. In recent years, extracellular vesicle-based untargeted metabolomics has emerged as a new research field, providing a fresh perspective for exploring the metabolic mechanisms of plant leaves. Extracellular vesicles are small vesicles released by cells into the extracellular environme

• • Plant Leaf Histone N-Glycosylation Analysis

  N-glycans, also known as N-linked glycans, are sugar chains that bind to protein through nitrogen atoms (usually the amino side chain of an amino acid). In plants, this glycosylation process mainly occurs in the endoplasmic reticulum and Golgi apparatus, and is a key factor in protein folding and stability, and in regulating plant physiological activities.

• • Spirulina 4D-DIA Quantitative Proteomics

  Spirulina, a type of microalgae rich in proteins, vitamins, and minerals, is not only an efficient nutritional supplement but also shows great potential in the fields of environmental protection and bioenergy research. With the advancement of biotechnology, scientists are increasingly focused on understanding the protein composition and functions of spirulina in order to explore its applications in food science, medicine, and environmental technology.