Telemedicine technology is suited to several spokes of the healthcare wheel, including telepathology, which combines remote technology with pathology to identify diseases. It allows doctors to diagnose and treat patients from afar, reducing the need for travel and increasing access to quality healthcare. Distance learning approaches are also being developed, making it easier for lab technicians to diagnose patients without consulting experts. The technology has been available for at least three decades and is effective for remote patient care and online consultations.
Several spokes of the wheel of healthcare are suited to telemedicine technology, which involves remote medical care through the intervention of many doctors. While specialties such as obstetrics and surgery are likely to always have some practical element, fields such as telepathology are emerging as viable ways to increase business for physicians and access to quality health care for larger populations. isolated. Using the latest telecommunications, video, photography and microscopic technology, a telepathologist can work from home or a distant clinic and still correctly diagnose patients and advise other doctors on proper treatments.
Telepathology combines early 21st century remote technology with the field of pathology, which focuses on identifying the many diseases that afflict the human race. This isn’t the only branch of medicine that has benefited from advanced technology. Practices are also being established for dermatologists, radiologists and even ordinary family doctors, who can monitor and treat patients over a normal internet connection. In addition to the easy matching and quick sharing of test data and medical files between doctors in very different areas, it also allows doctors to take their practices online for greater profit potential.
Academic and online advances have also led to the distance learning approach, which is easily applicable to fields such as pathology. At Brown University Medical School in Rhode Island, USA, three medical professors have published an online database of microscopic photographs and background data for the most common diseases and conditions. This can help less trained lab technicians around the world better diagnose a patient without even having to consult an expert. It could also alleviate the need for a low-budget practice to invest huge funds in photography and remote control equipment.
In the past, a patient might have to travel 100 miles or more to a major city to make some of the more baffling diagnoses. In 2011, telepathology allows an expert to examine a patient from afar. This includes not only standard medical records, but also real-time, high-resolution microscopic images of the patient’s blood, tissue, tumor, urine, or stool. The new method drastically reduces the time needed to make a diagnosis.
According to a 1987 study published online by the National Institutes of Health, the field has had adequate technology for at least three decades. This research used a telepathology system that allowed a doctor to manipulate a microscope in a field laboratory to adequately test a patient’s blood for disease and to distinguish between benign and malignant tissue. The researchers concluded that this type of remote analysis was effective not only for remote patient care, but also for online consultations.
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