Resources

Proteomics Databases



Metabolomics Databases

• • Recombinant Protein Drug Testing for Chlamydia Detection

  Recombinant protein drugs refer to protein products derived from animals and plants through biotechnological research and development, which have certain biological activities and can prevent, treat, and diagnose diseases in humans, animals, and plants. Compared to small molecule drugs, recombinant protein drugs have advantages such as high activity, high specificity, and low toxicity, making them favored by researchers.

• • UV Spectroscopic Analysis of Recombinant Protein Drugs

  Recombinant protein drugs refer to protein products derived from animals and plants through biotechnological research and development, which have certain biological activities and can prevent, treat, and diagnose diseases in humans, animals, and plants. Compared to small molecule drugs, recombinant protein drugs have advantages such as high activity, high specificity, and low toxicity, making them favored by researchers.

• • Analysis of Interactions for Recombinant Protein Drugs and FcRn

  Recombinant protein drugs are protein-based therapeutic drugs produced through DNA recombination technology or other biotechnological methods. Compared to traditional small molecule synthetic drugs, they have advantages such as strong specificity, low toxicity, and significant therapeutic effects. However, as biologic macromolecule drugs, recombinant protein drugs also have issues such as short half-life, susceptibility to degradation, low bioavailability, and low concentration at the site of action.

• • Autofluorescence Spectral Analysis of Recombinant Protein Drugs

  Recombinant protein drugs refer to protein products derived from animals and plants through biotechnological research and development, which have certain biological activities and can prevent, treat, and diagnose human, animal, and plant diseases. Compared to small molecule drugs, recombinant protein drugs have advantages such as high activity, high specificity, and low toxicity, making them favored by researchers.

• • Phosphorylation Outside the Body for Mass Spectrometry

  In vitro phosphorylation mass spectrometry analysis involves phosphorylating the target protein or protein mixture under laboratory conditions. This is typically achieved by using kinases and ATP. The phosphorylated protein samples are then subjected to mass spectrometry analysis. The mass spectrometer can accurately measure the mass of the protein or peptide and identify phosphorylation sites by detecting the mass changes caused by phosphorylation.

• • Acetylation Detection of Specific Proteins

  Acetylation detection of specific proteins is a method used to determine whether and at which sites proteins undergo acetylation modification. Acetylation is a common post-translational modification of proteins, usually occurring on the lysine residues of proteins, and is of significant importance for regulating protein function, cellular signal transduction, gene expression, and disease occurrence.

• • Phosphorylation Detection of Phosphate Oxidation

  Phosphorylation of oxygen is the process by which mitochondria generate ATP (adenosine triphosphate) in the cell respiratory chain. It is a crucial step in cellular energy metabolism. During this process, electrons are transferred from one carrier to another through a series of redox reactions and ultimately passed on to oxygen to form water. The energy produced during this electron transfer process is used to transfer phosphate groups to ADP (adenosine diphosphate) to generate ATP.

• • Acetylation Detection Method

  Acetylation detection is a crucial biochemical analysis used to study the acetylation status of proteins and other biomolecules. Acetylation refers to the attachment of an acetyl group (-COCH₃) to a molecule, which commonly occurs on the lysine residues of proteins. This post-translational modification is essential for regulating protein function, structure, and interactions. This article presents several major acetylation detection methods and their detailed explanations.

• • Acetylation Proteomics

  Acetylation proteomics is an increasingly important branch in biology, focusing on the key post-translational modification process of protein acetylation. This modification plays a crucial role in regulating protein function, influencing cellular signal transduction, controlling gene expression, and even participating in the occurrence and development of diseases.

• • Fungal Histone Peptide Figure Analysis

  Histones are the main protein components of the chromatin in eukaryotes, affecting gene expression and regulation by binding to DNA. As an important kind of organism widely existing in nature, the study of the histones and related proteins in the mycelium of fungi is of great significance in revealing their growth and development, pathogenicity, and interactions with the environment.