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Conservation Of Disulfide Bonds In Predicted Cytoplasmic Proteins: A Structural Analysis.pdf

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Preview of Conservation of Disulfide Bonds in Predicted Cytoplasmic Proteins: A Structural Analysis
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👤 Author: bernard
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Summary

The provided data appears to be a structured list of protein structures, likely extracted from a database such as the Protein Data Bank (PDB). Each entry includes information about the structure's unique identifier, description, cellular location, and specific details like disulfide bonds or associated ligands. Here’s a breakdown of how this information is organized:

1. Structure Identifier: A unique code (e.g., 1A2B) that identifies each protein structure.

2. Description: A brief description of the protein or complex, often including its function or specific domain.

3. Cellular Location: Indicates where in the cell the protein is typically found, such as "Intracellular."

4. Disulfide Bonds: Lists pairs of cysteine residues that form disulfide bonds, crucial for the protein's stability and function.

5. Additional Details: May include information about ligands or cofactors bound to the protein (e.g., NAD, ATP).

This format is useful for researchers looking to understand protein structure-function relationships, study specific domains, or investigate interactions with other molecules. If you have a specific question about any of these entries or need further analysis, feel free to ask!

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Description

Supplementary Table 3 examines the conservation of disulfide bonds in proteins predicted to be cytoplasmic, focusing on their presence or absence. It lists various proteins with PDB IDs and notes whether they contain conserved disulfide bonds, alongside their Scop domain classifications. For instance, Trypanosoma cruzi trypanothione reductase has conserved disulfide bonds, while others like glutathione S-transferase and carbonyl reductase do not.

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  • File Format: PDF
  • File Size: 50 KB
  • Pages: 3
  • Language: EN
  • Author: bernard
  • Total Downloads: 505
  • Last Updated: 1 week ago

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Conservation guideConservation tutorialDisulfide guideDisulfide tutorialBonds guideBonds tutorialPredicted guidePredicted tutorialCytoplasmic guideCytoplasmic tutorialProteins: guideProteins: tutorialStructural guideStructural tutorialAnalysis guideAnalysis tutorial

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