Profile autoantibodies and environmental exposures together in a single MIPSA assay built for Parkinson’s research.
Parkinson’s disease research increasingly points toward immune mechanisms — autoreactive antibodies, environmental triggers, and microbial co-exposures that shape onset and progression. This brochure shows how Infinity Bio’s HuSIGHT™ and EnviroSIGHT™ antibody reactome libraries map both arms of that immune signal in one cost-effective MIPSA-based assay so Parkinson’s investigators can profile autoantibody reactivity against the entire human proteome alongside antibody responses to non-viral pathogens, microbiome members, parasites, and environmental allergens. The combined readout is designed to surface novel autoantigens, characterize antibody binding profiles for therapeutic development, and reveal exposure patterns relevant to pathogenesis, progression, and patient stratification.
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Proteome-wide assessment of therapeutic candidate antibodies: comprehensive profiling of on- and off-target binding with…
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A Southern soul ballad about the exposures written into a body’s antibodies, and the EnviroSIGHT panel built to survey t…
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A single unbiased screen against the human proteome recovers the established SLE autoantibody suite and surfaces novel c…
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The molecular record of every infection, exposure, and immune response the body has generated over a lifetime.
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A single unbiased screen across 368,000+ human protein and peptide targets recovers known SLE autoantigens and detects n…
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Where the antibody reactome fits in the multi-omic stack, how MIPSA deciphers it, and what the HuSIGHT, VirSIGHT, and En…
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Anti-Sp4 autoantibodies modify cancer risk in TIF1γ-positive dermatomyositis patients.
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Anti-cavin-4 autoantibodies as a biomarker for immune-mediated rippling muscle disease.
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Credle et al., Nature Comm 2022: the foundational MIPSA paper introducing antibody reactome profiling.
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Auto-antibody reactivities against ubiquitously expressed antigens identified in viral myocarditis cohort.
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Antibody responses to environmental toxins and microbial virulence factors at population scale.
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Mapping anti-citrullinated protein antibody specificities in rheumatoid arthritis at single-epitope resolution.
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