Neuron and glia markers enable typing, localization, and co-localization analysis.
AblyBio · Research Areas
神经科学
Neuroscience examines the structure and signaling of neurons and glia, and the mechanisms of neurodegeneration. AblyBio covers cell-type markers, synaptic vesicle trafficking, calcium signaling, and Alzheimer/Parkinson-related targets for mechanistic and disease-model studies.
Neuron and glia markers enable typing, localization, and co-localization analysis.
Vesicle trafficking and calcium networks drive release, plasticity, and circuit function.
Disease-linked proteins in AD, PD, ALS and related disorders are key mechanistic and intervention targets.
Mechanistic highlights and entry points for your research
The nervous system relies on specialized cell types—neurons, astrocytes, microglia, and oligodendrocytes—each with defining markers. Presynaptic vesicle cycling and calcium signals precisely control transmitter release and plasticity.
Amyloid plaques and neurofibrillary tangles in Alzheimer disease, dopaminergic pathway failure in Parkinson disease, plus depression, ALS, and cerebrovascular events, are core disease directions in neuroscience.
Enter via cell markers, synaptic signaling, or disease topics to match assay antibodies.
Drill into mechanisms and targets to find matching antibodies
Validated antibodies for this research area across WB, IHC, IF and more
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