Some Very Important Hospital Equipment

By Brad Rumph


Many people are in search of quality health care. Most times, the kind of quality they seek can only be obtained in hospitals that have complete hospital equipment. Instruments used by doctors in the hospitals vary; some of them include MRI machines, x-ray machines, ultrasound machines, infusion pumps and medical lasers.

Ultrasound machines are very important. They provide extra help in diagnosis. They are useful in obstetrics, echocardiography and biopsy. Women who get to know the sex of their baby before delivery usually find out with the help of ultrasound. In addition, doctors use it to check the eye, liver and the ear of the new baby after delivery.

Magnetic Resonance Imaging machines (MRI) are also used to check the internal parts of the body. Such parts include the heart and the brain. The machine's impact in the medical field was first felt in 1973 when Paul Lauterbur used it to get the internal image of a mouse. The speed of the machine was increased later by Peter Mansfield who won a Nobel prize with his counterpart, Paul Lauterbur in 2003.

Hospitals without medical ventilators are usually unable to take care of emergencies. A medical ventilator is very useful for those who have difficulty in breathing; hence, they are applicable in home care, intensive care and emergency units. Surgeons use this instrument to ensure that their patient is still able to breath during operation. Respiratory and cardiac disorders are also instances that call for the use of medical ventilators.

Infusion pumps and medical ventilators have almost the same purpose. While medical ventilator is for helping patients with respiration, infusion pumps are used to help patients with intake of fluids. There are two major types of infusion pumps: the small volume and large volume pumps.

Patients with damaged kidneys need to be supported with dialysis machines. A dialysis machine helps in blood filtration and the formation of urine. George Haas was the first person to successfully use the machine as a hospital equipment. George Haas was a German scientist who made this achievement in 1924.




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