Resources

Proteomics Databases



Metabolomics Databases

• • Cell Histones Multisite Phosphorylation Proteomics

  In today's biomedical research, protein phosphorylation plays a crucial role in regulating cell function and signal transduction networks as a key post-translational modification. The Cell Histones Multisite Phosphorylation Proteomics service provided by MtoZ Biolabs offers researchers a comprehensive high-quality service from sample processing to data analysis using state-of-the-art techniques.

• • Kelp Histone Glycoproteomics Analysis

  Kelp Histone, as a widely used marine algae in the fields of food, medicine, and bioengineering, has been the focus of researchers due to its abundant bioactive components, especially proteins and carbohydrates. Glycoproteomics, as the science of studying glycan structures and functions, is crucial for understanding how proteins achieve their biological functions through glycosylation modifications.

• • Subcellular Proteomics of Nannochloropsis

  Nannochloropsis is a single-celled green alga widely used in various fields such as bioenergy, nutritional supplements, and environmental protection. Understanding the subcellular proteomics of Chlorella is crucial to fully exploit its potential.

• • Detection of Protein Glycosylation Sites in Spirulina

  Spirulina is a spiral-shaped blue-green algae with high protein content and rich nutrients. This article discusses the high protein content of Spirulina, its abundance of vitamins and minerals, the source of antioxidants and essential fatty acids, and its applications in the field of health food and medicine.

• • Anabaena Peptide De Novo Sequencing

  Anabaena, commonly known as blue-green algae, is widespread in freshwater bodies. Besides causing water pollution and deadly algal blooms in certain seasons, this type of algae also produces a harmful substance known as anabaena. These algae produce various toxic peptides that can cause the death of fish, shellfish, and other aquatic animals, posing potential threats to human health.

• • HPLC Peptide Profile Analysis of Adipose Tissue

  In contemporary biomedical research, adipose tissue is no longer simply regarded as a passive tissue for energy storage, but is recognized as a highly active endocrine organ that plays a crucial role in maintaining overall metabolic balance and immune regulation. With a deepening understanding of metabolic diseases such as obesity, diabetes, and cardiovascular diseases, there has been unprecedented attention on the functions and mechanisms of adipose tissue.

• • ICP MS Trace Element Detection in Serum

  In the field of modern medical health, the influence of trace elements on human health is increasingly being emphasized. Although these elements exist only in trace amounts, they play a crucial role in several physiological processes such as cellular metabolism, enzyme activity regulation, and immune function. Therefore, accurate determination of the concentration of trace elements in serum is of great significance for disease diagnosis, treatment, and health management.

• • Single Cell Sequencing of Cardiac Tissue

  Single-cell sequencing technology of the heart tissue is a revolutionary advancement in modern medical research, providing us with a unique perspective to deeply understand the cellular composition, function, and interactions of the heart at an unprecedented resolution.

• • Post Translational Modification Analysis of Kelp Histone

  Post-translational modification (PTM) analysis service of kelp histone is an innovative and crucial research field in marine biotechnology and functional food development. PTMs such as phosphorylation and glycosylation not only contribute to the functional diversity of proteins but also have significant effects on their biological activity and stability.

• • Spirulina Glycosylation Site Analysis

  MtoZ Biolabs uses advanced mass spectrometry technology to accurately identify and deeply analyze glycosylation sites in spirulina proteins, revealing their important roles in algae biology, health food development, and drug research. This study not only deepens our understanding of the bioactivity of spirulina, but also opens up new avenues for its application in food science and biomedical fields.