The past few years have seen rapid technological advancements in the medical industry, and healthcare institutions are focusing more than ever on implementing devices that deliver cheaper, faster, and more efficient patient care. Thought leaders in the healthcare industry are pushing out new ideas and technologies that are capable of increasing patient safety and survival rates - here are the latest innovations in medical practice.
For people who suffer from daily or chronic headaches, or excruciating facial pain, taking ordinary aspirins may no longer do the trick. Now scientists have invented a new technology that is attached to Sphenopalatine Ganglion (SPG) in order to alleviate migraines and other similar pains. The electronic aspirin is a patient-powered tool for blocking SPG signals at the first sign of a headache.
The system involves the permanent implant of a small nerve-stimulating device in the upper gum on the side of the head. The tip of the implant connects to the SPG, and when a patient feels the first signs of an imminent headache, they simply place a remote controller on their cheek, next to the implant. This triggers an electronic charge to stimulate nerve cells and block the pain-causing neurotransmitters. In tests, the end results showed clinical improvement in 68 percent of patients, who stated that they felt less pain.
Diabetes self-care is a pain - literally. As well as conducting your own glucose blood tests, you also need to take daily insulin shots, which increases the risk of infection. Insulin patches are designed to deliver insulin painlessly through the skin similar to how transdermal patches like nicotine patches and muscle pain relief patches work.
An insulin patch is placed on the skin, and agents in the patch help insulin to pass through the skin and into the blood vessels. It can also be used to read blood analytes through the skin without actually drawing blood. The technology utilizes an electronic device that removes top-layer skin cells to place the patient’s blood chemistry within the signal range of the patch’s biosensor. The data is transmitted data wirelessly to a remote sensor, which emits an audible alarm if glucose levels are too high.
A surgical biopsy is an effective way to identify and diagnose skin cancer. But more often than not doctors find it hard to make the right call, and patients are left with unnecessary biopsy scars and end up paying for the high cost of surgery. The cancer scanner is a handheld tool used for tissue analysis and is not used to confirm a clinical diagnosis of cancer, but rather for when a dermatologist needs additional information to make the decision to perform a biopsy.
These healthcare innovations can reduce the overall cost of medical care, and help medical experts and patients to respond to health issues quickly, as well as to take preventative measures. If you’re looking to implement technology to your healthcare business, contact us today and see how we can help.