lipoteichoic acid

lipopolysaccharides with an acyl group anchored to the cell membrane of gram-positive bacteria; functions as an adhesion molecule to facilitate the binding of bacteria to cells, colonization, and invasion; interacts with CD14 to induce NF-κB activation and inflammatory cytokine production; can function as surface antigen; inhibits remineraliztion of artificial lesions and surface-softened enamels;

Also Known As:

LTA-1; LTA-2; teichoic acid I

Carbohydrates: 22516
- Polysaccharides: 15996
  - Bacterial Polysaccharides: 50
    - Lipopolysaccharides: 28080
      - lipoteichoic acid: 393
    - Teichoic Acids: 42
      - lipoteichoic acid: 393
- Glycosides: 2186
  - Teichoic Acids: 42
    - lipoteichoic acid: 393
- Glycoconjugates: 1370
  - Lipopolysaccharides: 28080
    - lipoteichoic acid: 393
- Sugar Phosphates: 20
  - Teichoic Acids: 42
    - lipoteichoic acid: 393
Lipids: 118169
- Lipopolysaccharides: 28080
  - lipoteichoic acid: 393
Biological Factors: 2560
- Antigens: 145631
  - Bacterial Antigens: 809
    - Bacterial Polysaccharides: 50
      - Lipopolysaccharides: 28080
        lipoteichoic acid: 393
      - Teichoic Acids: 42
        lipoteichoic acid: 393
- Biological Toxins: 20
  - Bacterial Toxins: 828
    - Endotoxins: 14444
      - Lipopolysaccharides: 28080
        lipoteichoic acid: 393

Asumi Inukai Selected Research

Asumi Inukai Research Topics

Disease

Drug/Important Bio-Agent (IBA)