What is biothememetry?
Biothememetry is the use of telemetric methods for remote observation, document and measurement of certain physiological functions in human beings or other living organisms. The field consists of several subfields, including telemetry of medical and human research, animal telemetry and implantable biothememetry. Medical telemetry is special because it can be used to monitor vital symptoms of outpatient patients. In general, the biothememetric system used for this purpose measures function, such as body temperature, heart rate, blood pressure and muscle movement.
The use of biothememetric systems began as early as the late 1950s, during the era of the space race. At that time, these systems were used to record physiological symptoms from animals or people who traveled to space in the shuttle. The signals were then transmitted back to the space station on the ground for observation and study.
Most biothememetric systems are wireless. UsuallyThey consist of several cocks, including sensors, transmitters, radio antennas and receivers. Patients or animal subjects usually wear transmitters on the outside of their bodies. The signals are then sent from the transmitters to the receiver in the laboratory of biothememetry to be reviewed and analyzed. The display unit in the laboratory allows laboratory employees to see information about the vital feature from several different patients or animals at the same time.
especially cardiovascular patients benefit from the use of wireless biothememetric systems. These devices offer cardiac patients the ability to stay mobile in observation. Systems used for these patients usually depend on radiofrequency communication to monitor heart rate, blood flow and blood pressure. All of this is done without required to be associated with a bed monitor with a cable connection.
Biothemeters can also be usedFor management research of animal behavior in their natural environment or about samples of animal migration. Usually, this research is carried out by a place of transmitter on the animal. Biologists then monitor the animal by monitoring the transmission signal. Even on sleeping mammals or birds, a telemetry device device usually records everything from breathing, heart rate and heart muscle activities to nerve and heart movements.
6 For example, cochlear implants usually have built -in telemetry systems that allow the monitoring of the internal device. Stronger transmitters may be more difficult to implant into the subject and strong transmitters with large batteries can affect the behavior or level of the subject's energy.