Topic: Neuro-implants

Neuro-implants can be used in patients to improve their autonomy and quality of life; however, the market approval of modern neuro-implants often takes decades. The absence of standardized testing methods for long-term function inhibits a systematic comparison of emerging probe designs and materials, hindering progress in the field. Despite extensive research in materials and technology development, this lack of reliable methods for evaluating long-term performance, hinders manufacturers of intracortical implants to produce devices intended for use beyond 30 days. Acknowledging this limitation

Neuro-implants designed to provide direct brain stimulation are increasingly common in the alleviation of ranged pathologies: from real-time responsive stimulation to hinder seizure activity to the recovery of primitive sight upon the loss of functional visual sensory organs through the direct stimulation of the visual cortex. Though studies of respective neuronal and glial cell types have increased the precision of these artificial stimulation therapies, the study of neurovascular responses to such stimulatory protocols remains comparatively under-studied. A better understanding and quantific