Medical
The disease of modern civilization is the loss of visual acuity already in childhood and adolescence. What is the reason for this? Often such violations occur due to the fact that modern man has stopped looking into the distance and relaxing. Throughout the day,
Remote and imaging Photoplethysmographic imaging (rPPG or iPPG) is a major advance in noncontact cardiac monitoring. Using camera technology, rPPG measures blood flow in the superficial layers of the skin by detecting fluctuations in light absorption caused by changes in blood volume. This method is used in medical monitoring,
Overview: Bioelectronic fibers close to the size of a human hair may soon enable healthcare professionals to read signals and stimulate target regions within the human body in a minimally invasive manner.
How it Works:
The electronically operated myoelectric prosthetic hand is an innovative device designed to mimic the natural movements of a human hand. It operates using a battery and an EMG (Electromyographic) sensor to detect electrical activity in the muscles.
The storage of red blood cells in blood banks faces a significant challenge: cellular deterioration known as storage lesions. These biochemical and morphological alterations affect the erythrocytes' ability to transport oxygen, increasing risks for patients requiring transfusions. Conventional techniques such as centrifugation and mechanical filtration, although useful,
PyrAmes is a digital health company focused on fundamentally transforming health care delivery through continuous blood pressure (BP) monitoring that is accurate, wireless and non-invasive. Our wearable devices’ comfort and ease-of-use will enable better BP management for patients from newborns to seniors.
Triple-negative breast cancer (TNBC) is a highly aggressive subtype of breast cancer that poses significant challenges in treatment. The primary problem with TNBC is the lack of effective treatments to stop cancer metastasis, the spread of malignant cancer cells from the primary tumor to distant organs.
Revolutionizing Gene Therapy Delivery with Polymeric Nanoparticles (PNPs) and the HIT SCAN™ Platform
Delivering the Promise of Gene Therapy
Gene therapy holds the potential to cure genetic disorders by directly correcting underlying genetic defects. However, the delivery of genetic therapeutics to target specific cell types remains a challenge.
Liver diseases affect approximately one third of the worldwide adult population, and often remain undiagnosed until reaching severe stages due to the liver's lack of pain sensors. The current gold standard, biopsy, is invasive, expensive, and unsuitable for wide-scale screening.
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