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    Amyloid Testing

    How amyloid tests work, from fibrin amyloid microclot microscopy and Thioflavin T fibril staining to D-dimer and Alzheimer's blood tests.

    Start with these guides

    Illustration of fibrin strands forming a blood clot, the protein network that can misfold into amyloid microclots
    Guide

    Amyloid Fibrin Test: How Fibrin Amyloid Microclots Are Detected

    What an amyloid fibrin test is, how Thioflavin T microscopy spots fibrin amyloid microclots, how it differs from D-dimer, and what it can't tell you.

    Tim OttowitzOct 15, 2026
    12m
    Illustration of Thioflavin T fluorescence, with amyloid fibrils glowing against a dark microscope background
    Guide

    Amyloid Fibril Test: Methods Used to Detect Amyloid Fibrils

    How an amyloid fibril test works: Thioflavin T, Congo red, electron microscopy, X-ray diffraction and seeding assays compared, with which are clinical.

    Tim OttowitzOct 15, 2026
    11m
    Illustration of amyloid research, representing the different tests used to detect amyloid in the brain, organs and blood
    Guide

    Types of Amyloid Tests: Blood Tests, PET, CSF, Biopsy and Microclots

    Compare the types of amyloid tests: Alzheimer's blood tests, amyloid PET, spinal fluid, amyloidosis biopsy and fibrin amyloid microclot microscopy.

    Tim OttowitzOct 15, 2026
    11m

    All amyloid testing articles

    Side-by-side fluorescence microscopy fields of Thioflavin T stained plasma, used to compare microclot load between samples
    Guide

    How to Test for Microclots: Methods, Options and What Results Mean

    How to test for microclots: the methods researchers use, why D-dimer can't detect them, where to get a microclot test and how to read the result.

    Tim OttowitzOct 15, 2026
    7m
    Microscopy-style illustration of branched amyloid fibrils forming from cleaved spike protein fragments
    Research
    Preclinical

    Neutrophil Elastase and Spike Protein: How Amyloid Forms

    Neutrophil elastase cuts SARS-CoV-2 spike into amyloid-forming fragments. A plain-English walkthrough of the 2022 JACS study and what it does not show.

    Tim OttowitzMay 4, 2026
    7m
    Laboratory scientist preparing plasma samples for mass spectrometry analysis
    Resource
    Observational

    Spike Protein Antibody vs Antigen Testing: What Each One Measures

    Spike antibody tests measure immune memory, not spike protein. What antigen testing adds, why detox protocols stall, and what a serious panel includes.

    Tim OttowitzApr 30, 2026
    8m
    Diagram of normal blood clot formation: a damaged vessel, a platelet plug, then a fibrin mesh forming an insoluble clot
    Research
    Observational

    D-Dimer vs Microclot Test: Why a Normal D-Dimer Can Miss Microclots

    D-dimer vs microclot test compared: what each measures, why D-dimer can read normal in Long COVID, and how Thioflavin T microscopy finds fibrin amyloid.

    Tim OttowitzApr 20, 2026
    6m
    Laboratory scientist in a mask and gloves looking through a microscope
    Resource

    Microclot Testing Labs and Treatment Centers: How to Choose

    Compare microclot testing labs, research programs and apheresis or enzyme treatment options, with the questions to ask before you pay for any of them.

    Tim OttowitzApr 20, 2026
    7m
    Illustration of SARS-CoV-2 spike protein fragments assembling into amyloid fibrils tangled in a fibrin clot
    Research
    Preclinical

    Spike Protein Amyloid Fibrils: How Spike685 Makes Clots Resist Lysis

    How spike protein amyloid fibrils change fibrin clots: what the 2025 Linköping study found for Spike601 and Spike685, and what it cannot yet tell us.

    Tim OttowitzApr 16, 2026
    6m
    Illustration of red blood cells flowing through a blood vessel against a pale grid background
    Research
    Observational

    Amyloid Microclots: What the Research Shows So Far

    What studies show about amyloid microclots in Long COVID: how fibrin forms them, why they resist breakdown, the key findings and the open questions.

    Tim OttowitzApr 15, 2026
    6m
    AmyloidTest

    At-home amyloid screening with a dedicated treatment path after results. Start with the kit, review your findings, and then move into treatment planning if appropriate.

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    This service provides informational laboratory screening only. It is not a diagnosis and does not guarantee treatment candidacy.

    Treatment decisions, if any, happen only after results review and clinical assessment.

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