In such a system nanomaterials based biosensors are used to measure physiological signals such as electrocardiogram ecg electroencephalogram eeg electromyogram emg and electrooculogram eog the obtained physiological signals are filtered amplified and transmitted to a remote storage server utilizing smartphones as the base stations. In such a system nanomaterials based biosensors are used to measure physiological signals such as electrocardiogram ecg electroencephalogram eeg electromyogram emg and electrooculogram eog the obtained physiological signals are filtered amplified and transmitted to a remote storage server utilizing smartphones as the base stations. 12 architecture of a mobile health monitoring system 3 13 smartphones for healthcare applications 6 14 smart textile based wearable health monitoring systems 7 2 nano bio sensors for health monitoring 9 21 physiological signals for health monitoring 9. The research on mobile wearable health monitoring systems for telemedicine is an interdisciplinary field involving electrical and electronic engineering information system technology nanotechnology mechanical engineering biology and medicine the systems typically include the sensing and data collection facilities the communication facilities and the data processing techniques the . After introducing the physiological signals often used for health monitoring three types of biomedical sensors are discussed including bioelectric sensors based on carbon nanotubes bioelectric sensors based on metal nanowires and cuffless blood pressure sensors