Electronic device for the detection, measurement, and identification of in vitro and in vivo pathobiological cells and substances, such cells and substances being capable of causing disease to a lifeform or are some diseased portion of a lifeform; hardware associated with the foregoing electronic device and accessories associated with the foregoing electronic device in the nature of computer, system-on-a-chip in the form of cards with integrated circuits, multi-purpose sensors, tablet computer, and mobile phone, and software associated with such an electronic device, namely, software for use with electronic device for the detection, measurement, and identification of in vitro and in vivo pathobiological cells and substances; software for interacting and controlling an in vitro and in vivo electronic device for the detection, measurement, and identification of pathobiological cells and substances; monitoring system and electronic device primarily comprised of meters, sensors, and cameras to measure in vitro and in vivo environmental factors, namely, pressure, humidity, temperature, ambient sound, electromagnetism, ambient light, ambient wireless signals, ambient particulates, radiation, airflow, motion, capacitance, tilt, acceleration, force, smoke, ambient electromagnetic sources, RFID, and angular momentum; monitoring system and electronic device primarily comprised of meters, sensors, and cameras to help identify, measure, and detect in vitro and in vivo pathobiological cells and substances

An in vitro or in vivo electronic device for the detection, measurement, or identification of pathobiological cells or substances, which are capable of causing disease to a lifeform or are some diseased portion of a lifeform; hardware, accessories, and software associated with such a device; software for interacting and controlling an in vitro or in vivo electronic device for the detection, measurement, or identification of pathobiological cells or substances; monitoring system or device comprised of meters, sensors, or cameras to measure in vitro or in vivo environmental factors, namely, pressure, humidity, temperature, ambient sound, location, electromagnetism, ambient light, ambient wireless signals, ambient particulates, radiation, airflow, motion, capacitance, tilt, acceleration, force, smoke, ambient electromagnetic sources, RFID, or angular momentum; monitoring system or device comprised of meters, sensors, or cameras to help identify, measure, or detect in vitro or in vivo pathobiological cells or substances

Monitoring services for scientific and medical research purposes, and for quality control purposes, namely, the monitoring of in vitro and in vivo environmental factors, in the nature of pressure, humidity, temperature, ambient sound, location, electromagnetism, ambient light, ambient wireless signals, ambient particulates, radiation, airflow, motion, capacitance, tilt, acceleration, force, smoke, ambient electromagnetic sources, RFID, and angular momentum, all using environmental sensors and detector; Monitoring services for scientific and medical research purposes, and for quality control purposes, namely, the monitoring of in vitro and in vivo pathobiological cells and substances, substances which are capable of causing disease to a lifeform or are some diseased portion of a lifeform

Medical analysis services related to the treatment of persons with in vitro and in vivo pathobiological cells or substances, such cells and substances being capable of causing disease to a person or are some diseased portion of a person