Strange fibrous clots

By SWA

 AI evaluated:

The image shows a table listing various proteins with their corresponding percentages and ranks. These results appear to be from a protein analysis, possibly from a blood sample or a proteomic study. Each row represents a different protein, with the following columns:

  1. Protein Name: The name of the protein detected in the sample.
  2. Percentage (%): The relative abundance of each protein, indicating its proportion in the sample.
  3. Rank (#): The rank of each protein based on its relative abundance.

Here is a brief interpretation of some of the listed proteins and their potential significance:

  1. Fibrinogen beta chain (35.2848%) and Fibrinogen gamma chain (16.0694%): High levels of fibrinogen proteins suggest a response to injury or inflammation, as fibrinogen is essential for blood clot formation.

  2. Hemoglobin subunit beta (14.0401%) and Hemoglobin subunit alpha (2.8530%): Presence of hemoglobin subunits indicates red blood cells or hemolysis in the sample.

  3. Actin, cytoplasmic 1 (2.6850%): Actin is a cytoskeletal protein involved in cell structure and integrity. Elevated levels could indicate cellular damage or increased cellular turnover.

  4. Immunoglobulin heavy constant gamma 1 (2.0120%): Immunoglobulins are antibodies, and their presence indicates an immune response.

  5. Fibronectin (1.1841%): A glycoprotein involved in cell adhesion and wound healing. Increased levels may indicate tissue repair processes.

  6. Myeloperoxidase (1.1448%): An enzyme produced by white blood cells, indicative of inflammation or infection.

  7. Cathepsin G (0.9065%): A protease enzyme from neutrophils, associated with immune responses.

  8. Integrin alpha-IIb (0.8033%): A protein involved in platelet aggregation, important for blood clotting.

  9. Vitronectin (0.6776%): A glycoprotein involved in cell adhesion, spreading, and hemostasis.

  10. Neutrophil elastase (0.3626%): An enzyme produced by neutrophils, indicating an immune response.

  11. Von Willebrand factor (0.2784%): A protein crucial for blood clotting, low levels might suggest bleeding disorders.

These proteins and their relative abundances provide insight into the physiological or pathological state of the sample. High levels of fibrinogen and hemoglobin, for instance, suggest a response to injury or inflammation. Elevated immune proteins like immunoglobulins and myeloperoxidase indicate an active immune response, possibly due to infection or inflammation.

If you need more specific interpretations or correlations with clinical conditions, it would be helpful to know the context of this test (e.g., patient symptoms, clinical background).

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