The possible mechanism is immune complex deposition in the cerebellum.

The immune complex can trigger different types of inflammation-related processes in the body.

The body produces antibodies, which combine with these proteins to form immune complexes.

The blood cleaning removes the immune complex, which in turn removes toxins.

When these antigens bind antibodies, immune complexes of different sizes form.

The continued production of virus combined with antibodies is a likely cause of the immune complex disease seen in these patients.

Type I the most common by far, is caused by immune complexes depositing in the kidney.

Later during the treatment, some patients develop serum sickness or immune complex glomerulonephritis.

C3b also aids in the clearance of immune complexes (antigen-antibody).

Less commonly, glomerulonephritis can develop in chronic cases secondary to immune complex deposition.

If the antibodies agglutinate with the antigen to form immune complexes, then the test is interpreted as positive.

An immune complex is formed from the integral binding of an antibody to a soluble antigen.

Osler's nodes result from the deposition of immune complexes.

The pathology does not appear to involve complement, immunoglobulins, or immune complex deposition.

The immune complex precipitates in the gel to give a thin white line, which is a visual signature of antigen recognition.

The protein mediates cellular binding to particles and immune complexes that have activated complement.

Often, immunofluorescence microscopy can be used to visualize the immune complexes ).

Hence, the detected proteins might represent mactinin bound to various immune complex fragments.

Kidney disease results from an immune response that deposits immune complexes in the kidney.

These immune complexes insert themselves into small blood vessels, joints, and glomeruli, causing symptoms.

In most cases, vasculitis is thought to be caused by bodies circulating in the blood called immune complexes.

Immune complexes were washed five times with cold Triton X-100 lysis buffer.

MGN is caused by immune complex formation in the glomerulus.

The buildup of immune complexes sets off inflammation, which can damage the joints, skin, kidneys, lungs, heart, nervous system and blood vessels.

These so-called "immune complexes" can stimulate histamine release and promote swelling or bloating of the abdomen.

Window period - At the exact seroconversion time point, both free components of immunocomplex, the antigen and the antibody, are present at relatively low levels in sera.

The addition of the unlabeled Hh-Ag 1.5, but not the inactive Hh-Ag 1.1 derivative agonist control, resulted in the complete absence of counts in the immunocomplex.

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