The next therapeutic target may already
be in a patient’s blood.

Naturally occurring autoantibodies can alter protein function and, in some patients, are associated with meaningfully different disease trajectories. Seranova profiles these signals to identify human-supported therapeutic hypotheses.

Autoantibodies can reveal drivers of health and disease.

Autoimmunity

8% of patients with rheumatoid arthritis (RA) are reported to generate anti-TNFα autoantibodies. These patients benefit from significantly reduced symptoms (erosions of hands or feet).

Cancer

15% of invasive breast carcinoma patients are reported to produce their own anti-HER2 autoantibodies. Patients with these protective autoantibodies benefit from a significantly higher likelihood of recurrence-free survival.

Neurodegeneration

Healthy individuals commonly produce high-affinity anti-α-synuclein autoantibodies. Patients with Parkinson's and multiple system atrophy (MSA) report significantly lower levels of these protective autoantibodies.

Human biology can reveal which targets matter—and what functional changes may do.

Read the experiment nature already ran.

A naturally occurring protective autoantibody can act as a long-duration human perturbation of a specific extracellular target. Linked clinical outcomes show what happened while that target was blocked.

Seranova combines REAP profiling with clinically linked patient cohorts to identify protective associations and translate them into therapeutic hypotheses.

Why Seranova

Seranova Bio: inspired by patients’ protective autoantibodies

See how REAP and longitudinal clinical data support therapeutic target discovery.
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