doppler ultrasound
An angiogram
Carotid ultrasonography
I will illistrate my answers with an example: When an individual exercises, the concentration of CO2 in the blood increases, this lowers the pH, making it more acidic. Chemoreceptors in the carotid arteries and aorta detect this decrease in pH. Nerve impulses are sent to the centre of the Medulla Oblongata that increases heart rate. Nerve impulses are then sent via the sympathetic nervous system to the sinoatrial node, this increases the heart rate. Therefore this increases the blood flow to the lungs, CO2 can therefore be removed from the blood by the alveoli in the lungs.
They detect waves coming off of the closest stars
yes, it can detect, your pulse rate will increase because of the volume of your blood
A seismograph.
A radio altimeter bounces radio waves off the ground to detect elevation.
remember it for ever as 40% of it is by imaging
baroreceptors
The receptors that are likely to detect changes in carbon dioxide and oxygen concentration in the blood are chemoreceptors located in the aorta and carotid arteries. These chemoreceptors detect changes in the pH of the blood and send signals to the brain to regulate breathing heart rate and other bodily functions. The receptors are sensitive to the following: Carbon dioxide concentration Oxygen concentration pH of the bloodThe chemoreceptors are located in the walls of the aorta and carotid arteries and are sensitive to the changes in carbon dioxide and oxygen concentrations. When the concentrations of these two gases change the chemoreceptors send signals to the brain which then responds with appropriate adjustments in breathing rate and heart rate.
I will illistrate my answers with an example: When an individual exercises, the concentration of CO2 in the blood increases, this lowers the pH, making it more acidic. Chemoreceptors in the carotid arteries and aorta detect this decrease in pH. Nerve impulses are sent to the centre of the Medulla Oblongata that increases heart rate. Nerve impulses are then sent via the sympathetic nervous system to the sinoatrial node, this increases the heart rate. Therefore this increases the blood flow to the lungs, CO2 can therefore be removed from the blood by the alveoli in the lungs.
Ultrasonography, computed tomography (CT) scanning, and radionuclide imaging are able to detect the impaired functioning of bile flow and of the bile ducts.
The baroreceptors, located in the carotid sinuses, respond to changes and absolute levels of blood pressure. These nerves go to centers in the brain stem and trigger changes in heart rate and venous tone.
A Doppler ultrasound is used to measure the speed of blood flow in the body. This non-invasive imaging technique uses sound waves to detect movement and produce pictures of blood vessels and the flow of blood within them.
Digital infrared thermal imaging (DITI) cameras use infrared imaging to give thermographs that are used to diagnose different ailments, detect cancers and monitor the healing process. The medical infrared thermographic cameras were adapted from industrial equipment to be more affordable.
Doppler ultrasonography can detect the direction, velocity, and turbulence of blood flow. It is frequently used to detect problems with heart valves or to measure blood flow through the arteries.
X-ray imaging is used in hospitals to detect fractures to bone, as well as abnormalities to soft tissues
Thermal Imaging cameras work on a 14,000nm wavelength, which is perfect for working in poorly lit (dark) places due to their ability to capture heat emitted by objects (hence not requiring light for the camera to detect objects). Basic thermal imaging cameras cost $1,000-$2,000. Specialized thermal imaging cameras (such as those used by fire departments) cost around $9,000 each.
It is the use of x ray studies and magnetic resonance imaging (MRIs) to detect abnormalities or trace pathways of nerve activity in the central nervous system