Medical
A medicine reminder robot is designed to assist patients in managing their medication schedules efficiently. This sophisticated robot can accommodate entries for a maximum of two patients, ensuring that each individual's medication needs are met accurately. It is designed to hold and dispense medicine doses for an entire week,
The gold standard for imaging to treat cardiovascular disease (leading cause of death worldwide) involves the use of X-ray fluoroscopy for device tracking. Prolonged exposure to X-ray radiation can lead to long-term health complications for both cardiologists and patients.
Tailored medical treatments represent the advent of individually-tested therapeutic interventions, providing optimal efficiency with minimal side effects. A new technique combines CRISPR gene-editing technology and artificial intelligence-guided drug design to create drugs specifically designed for the genetic makeups of individuals.
With the advancement of cognitive science and brain-computer interface (BCI) technology, the development of lightweight BCI technology holds great promise in areas such as neurorehabilitation, medical monitoring, and smart home applications. However, compared to traditional EEG acquisition equipment, lightweight devices, though portable, tend to have weaker analytical capabilities and less pronounced feature extraction.
In the evolving field of medical device engineering, customizing cardiac stents for complex regions like the bifurcating carotid artery is crucial for enhancing patient outcomes. This project integrates Computational Fluid Dynamics (CFD) and Machine Learning (ML) algorithms to create patient-specific stent solutions that improve efficacy and safety.
A hooded compression garment that reduces the incidence of traumatic brain injuries and concussions for military members, law enforcement officers, athletes, and adventurists. Our patent pending technology employs advanced (or “smart”) fabrics to provide impact-initiated protection against head accelerations and velocities in 360-degrees while allowing near-complete freedom of movement during normal activity.
Kids with ADHD and autism struggle with focus, learning, and social interactions. This affects their school performance, exposes them to peer judgment, and increases the risk of substance use.Drug and behavioral treatments often fall short due to side effects and costs. Neurofeedback, a proven method, offers side-effect-free benefits. However, it has limitations,
To improve quality of life for people with limited head or neck control, this innovation comfortably provides head support from the forehead instead of the chin, to allow eating, talking, side-to-side and up-down motion, while eliminating jaw discomfort from traditional neck braces.
I. What problem does your design idea solve?
All existing types of Cancer Treatments are Targeting Physical Locations of the Cancer Cells within a continuous physical space occupied by a human body.
The main problem is targeting only Cancer Cells without affecting the healthy cells and not to miss any cancer cells.
The additional problems- severe side effects.
II.
Noncontact cardio metrology utilizing mid-infrared (MIR) technology represents a significant advancement over traditional contact monitoring systems. MIR videogrammetry enables comprehensive physiological assessment of vital signs, including cardiac, respiratory, plus core and skin temperatures. This approach offers enhanced efficiency, patient comfort, and superior signal quality compared to visual bandwidth methods,
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