Biomedical Engineering
According to the World Health Organization (WHO), 1.7 million people suffer from hospital-acquired infections each year in the United States alone, which accounts for 99,000 deaths. The most…
Biomedical Engineering
Given that there are many duties or jobs that need to stand or sit for a long during them such as (doctor, dentist, accountant, teacher ...)and this causes many problems, including: - It inc…
Biomedical Engineering
Ostomies are digestive and excretory surgeries where waste is redirected to the abdomen, requiring a bag to catch excretion into a bag; current methods have adhesives along with pastes or po…
Biomedical Engineering
Emergency rooms are overcrowded with patients who need treatment for lacerations, the most common injury after a broken bone. Such injuries require a simple treatment, sutures or staples; ye…
Biomedical Engineering
Skin cancer and Parkinson’s Disease are among the most serious noncommunicable diseases (NCDs) in the world. Early detection and treatment allow Parkinson’s patients to mitigate complication…
Biomedical Engineering
Purpose: Cancer has been a huge problem throughout the decades, as it is very difficult to fight and permanently get rid of, so we have decided to develop an effective way of ridding bodies…
Biomedical Engineering
Antimicrobial peptides (APs) produced by a large number of microorganisms, plants, and animals hold considerable potential as broad-spectrum alternatives to traditional antibiotics, pesticid…
Biomedical Engineering
The actuality of the research:Very different plants and the extracts taken from their roots are used in the synthesis of the silver nanoparticles (AgNP). The Baikal-skullcip (Scutellaria bai…
Biomedical Engineering
The blockage of blood vessels by clots is the primary cause of vascular diseases, like myocardial infarction and ischemic stroke. Current treatment of this involves intravascular administrat…
Biomedical Engineering
Ultrasound imaging is the most commonly performed cross-sectional diagnostic imaging method in the medical field today due to its adaptability and cost-effectiveness. However, despite these…
Biomedical Engineering
Radiomics is a method for mining quantitative features from medical images. These texture features can be used to identify disease characteristics with better accuracy and efficiency than tr…
Biomedical Engineering
A splint was designed to help absolve pain caused in the median nerve by Carpal Tunnel Syndrome. To be able to address this need, we needed to research what angle the wrist is supposed to be…
Biomedical Engineering
An emerging “fifth pillar” of cancer therapy is CAR T-cell therapy. This therapy involves the removal and engineering of a patients’ CD8 T-cells to express chimeric antigen receptors (CARs)…
Biomedical Engineering
We have a schoolmate who cannot control his right hand fingers and wrist because of a brain disease. With the physical limitations, he can just move his elbow. Neither 3D printed prosthetic…
Biomedical Engineering
Malaysia catfish known as ‘ikan keli’ is well known for its high yield of collagen and its low commercial value compared to other cultural freshwater fish. This Clarias sp. catfish is a good…
Biomedical Engineering
There is an accelerated advancement in Biotechnology or biological sciences in developed communities as evidenced by the emergence of exponential technology fields like synthetic biology. Ho…
Biomedical Engineering
This project focused on creating a motion capture suit for lumbar spine and a software for displaying the recorded movements. The device is meant for athletes, such as swimmers and hockey pl…
Biomedical Engineering
Third Award
Type 1 and 2 diabetics typically require exogenous insulin to maintain normal blood glucose levels. Insulin pumps have been shown to significantly improve quality of life and diabetes manage…
Biomedical Engineering
By utilizing the principles of electrical engineering, biologists are pioneering new ways to construct logic circuits inside of cells in order to perform a variety of useful functions. In co…
Biomedical Engineering
Fourth Award
One of the greatest challenges facing chronic disease management is the lack of a non-invasive continuous monitoring medical device that is compact and convenient enough to be worn daily by…
Biomedical Engineering
Rapidly evolving cellular imaging techniques deliver improved diagnostic specificity and complement the spatial visualization of x-ray CT imaging. Both types of imaging need contrast agents…
Biomedical Engineering
Diabetes is a chronic condition that requires constant monitoring of blood glucose and external administration of insulin. People with diabetes monitor their blood glucose by an invasive met…
Biomedical Engineering
Heart rate estimation using cameras provides a cost-efficient, robust, and non-invasive heart rate detection methodology. Faces create subtle fluctuations in facial redness as a result of he…
Biomedical Engineering
Prostate cancer is the second leading cause of cancer death among men in the U.S, mainly due to late diagnosis. The current detection method based on blood protein prostate-specific-antigen…
Biomedical Engineering
While feeling the need for a new suture device to cope with frequent suture medical accidents every year, we learned from the barb structure of the purple sea urchin (Heliocidaris Crassispin…
Biomedical Engineering
Third Award
With advancements in science and medicine, the population of older adults has grown around the world in recent years. As a result, fall detection systems are necessary for the wellbeing of o…
Biomedical Engineering
With the evolution of artificial intelligence, Virtual Reality has continuously been appealing in several industries, including education and training. Virtual reality (VR) is an interactive…
Biomedical Engineering
Fourth Award
Iron deficiency, a leading cause of anemia, is one of the globe’s top nutritional disorders according to the World Health Organization. Hemochromatosis, on the other hand, is a genetic disor…
Biomedical Engineering
Fourth Award
Bicycle helmets are designed to balance both safety and comfort. To understand the design trade-offs, testing methodologies need adequate fidelity to measure the relevant variables. Because…
Biomedical Engineering
216,262,500. That’s the number of steps an average human takes over their lifetime, yet the shoes that humans use to take those steps have not evolved over time and are found to have major f…