Allowing the patient or parent of the patient to identify the medicine by sight can help pediatricians avoid complications arising from combining the wrong medicines. Smartphones can also be utilized for scheduling and organization purposes.
Some pediatricians have their own practice but also complete rounds in hospitals or teach in universities. The busy schedule of a pediatrician can be simplified by smartphone technology. Jared Lewis is a professor of history, philosophy and the humanities. He has taught various courses in these fields since A former licensed financial adviser, he now works as a writer and has published numerous articles on education and business.
He holds a bachelor's degree in history, a master's degree in theology and has completed doctoral work in American history. Share It. Nuclear Medicine University of Washington: What is Assistive Technology? A few pediatricians also use growth chart software that assists them in determining whether a young patient is developing typically. Diagnostic equipment facilitates pediatricians to decide whether their patients have any diseases or medical conditions.
The type of tool can also help a pediatrician find out if there is a healthy development in the child. An otoscope helps a doctor to examine one's ears and check for signs of infection. While ophthalmoscopes, on the other hand, make it possible to see the structures inside the eye and determine the problems. Stethoscopes are used by pediatricians to listen to the lungs, heart, and bowel sounds of patients.
When used with a blood pressure cuff, a stethoscope can also be employed to take a patient's blood pressure. Other diagnostic equipment used by pediatricians includes reflex hammers, scales, and thermometers.
A few pediatricians choose to train for a subspecialty, like emergency medicine or cardiology. These doctors work with young patients in a clinic or hospital, so they ought to be well-known with the tool used to diagnose and treat diseases. Intravenous pumps help in delivering medication and fluids to patients through a thin catheter inserted in a vein, while the pulse oximeter determines the amount of oxygen in a patient's blood.
Vital sign monitors display a patient's heart rate, pulse, respiration rate, and blood pressure. Likewise, oxygen-delivery systems facilitate patients with respiratory problems or low oxygen concentration and supply the oxygen they need.
Additionally, pediatric surgeons also work with surgical instruments, operating room lights, anesthesia machines, ventilators, suction pumps, surgical headlights, infusion pumps, microscopes, and other specialized equipment. Manufacturers produce pediatric equipment just for the use of children. With curved sides of infant scales, babies can be protected from falling while they are being weighed.
Smaller blood pressure cuffs make it probable to take blood pressure in young patients. Furthermore, pediatric surgical kits hold smaller versions of scalpels, forceps, scissors, tubes, and clamps. Children with movement disorders or who are confined to a wheelchair may be able to wear robotic exoskeletons that help them walk and move with ease. Children with congenital defects and otherwise fatal disorders will also benefit from technological advances.
Regenerative medicine is proving to be a potential breakthrough for organ transplants. In the future, new organs and customized prosthetic limbs may be created using 3-D printers. Problems like a heart defect may be repaired using tissue engineering, rather than implanting a device that will need to be replaced as a child grows.
With the completion of the human genome project a decade ago, the health care industry is poised to use genomic medicine to predict the likelihood of disease. If a child does become sick, advances are occurring in stem cell treatments as well as nanomedicine, which could allow hospitals to create personalized medications for a patient, leading to better outcomes. Kraft says. Mobile apps are helping pediatric patients adhere to a treatment by making it easier to perform tasks and incentivizing them to do so.
Devices like glucose monitors, stethoscopes, EKGs and microscopes are also being adapted for smartphones. New wearable technology is also emerging, helping patients track heart rate, fitness, sleep patterns and weight.
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