How The 'Instagram For Doctors' Is Changing How Patients See Specialists
How The 'Instagram For Doctors' Is Changing How Patients See Specialists
f you've ever waited to see a specialist in the emergency room, you'll be happy to know that a new app, the so-called "Instagram for doctors" could put a specialist at your doctor's fingertips in minutes rather than hours.
The app, called Figure 1, allows doctors around the world to upload anonymous photos of their most compelling (and confusing) cases to a photo sharing platform with goals of trading information and asking for advice.
"Images and learning medicine go hand in hand," said Dr. Josh Landy,
f you've ever waited to see a specialist in the emergency room, you'll be happy to know that a new app, the so-called "Instagram for doctors" could put a specialist at your doctor's fingertips in minutes rather than hours.
The app, called Figure 1, allows doctors around the world to upload anonymous photos of their most compelling (and confusing) cases to a photo sharing platform with goals of trading information and asking for advice.
"Images and learning medicine go hand in hand," said Dr. Josh Landy,
This patient arrived in the ER unsure of why his fingernails had become so dark. His hemoglobin was found to be 22 g/dL and he explained that his skin became itchy after a shower. These findings are typical of polycythemia vera, one of the chronic myeloproliferative diseases, which is characterized by an elevated hemoglobin, pruritus upon bathing, erythromelalgia (red, painful extremities), and thrombosis.
This artificial heart is a fully functional cardiac prosthesis, alleviating the symptoms of end-stage heart failure and the need for immunosuppressive medications. In the past, mechanical artificial hearts limited patient mobility by requiring power from large console-sized machines, but this prosthesis is powered by a portable power source.
This image provides a rare look into ex vivo lung perfusion (ELVP), an emergent therapy applied to donor lungs to improve organ quality prior to transplantation. Ventilation and perfusion machines used for lung preservation in the past have failed due to the development of tissue edema and increased pulmonary vascular resistance. Ex vivo perfusion uses a special solution which prevents the development of pulmonary edema.
This image shows the creation of a replacement inferior vena cava (IVC) made from the patient’s own veins. This biological graft is used to repair an injury to the IVC segment above the renal veins. Reconstruction can also be performed with the synthetic material polytetrafluoroethylene (Teflon), but research suggests that using biological material may be superior because of increased biocompatibility.
The specimen pictured here is a rare form of bladder stone known as a jackstone. This variety is referred to as a “jack” stone because of its resemblance to the metal objects in the children’s game, Jacks. Jackstones occur most often in the urinary bladder and less frequently in the upper urinary tract.