Mohamad FallahRad

This paper shows that heart rate, heart rate variability, and respiration can be estimated from tDCS output voltage without additional sensors.

The paper introduces a disposable wearable electrotherapy patch that accelerates wound healing in rats by delivering electrical stimulation comparable to a conventional device, with reduced closure time and enhanced tissue remodeling.

This paper introduces a disposable electrotherapy platform that eliminates electronic components and uses scalable manufacturing, enabling single-use applications for various medical and therapeutic purposes.

This paper introduces High-Capacity tDCS (HC-tDCS) and demonstrates its tolerability and increased cortical stimulation compared to conventional tDCS.

This study shows that repeated anodal tDCS at 2 V/m during motor training in rats improves motor learning, especially in right-pawed animals, without affecting MEPs.

The paper identifies and characterizes a novel electrophysiological signal, ESAPs, evoked by spinal cord stimulation that reflects synaptic activity in the spinal cord.