According to a recent study, the majority of people around the world have trouble swallowing pills, especially due to their large size. However, due to a lack of appropriate technology to personalize consumer tastes, the traditional drug manufacturing process usually employs standard drug formulations.
Fremont, CA: Recent technological advances have drastically altered the way we communicate with and ingest things. This technological advancement is continuing to change medical practices and the drug discovery field. From 3D printed medications to RFID implants for recreational uses, innovative technologies are constantly revolutionizing the way medicine and healthcare have worked in the past. Medical device manufacturers are rapidly using advanced technology to make care delivery procedures more efficient and effective.
Smartphone proliferation and the advent of IoT devices have already begun to replace traditional control and recording systems with advanced ones. Furthermore, people now have the choice of getting a complete consultation in the privacy of their own homes.
3D Printing Drugs
According to a recent study, the majority of people around the world have trouble swallowing pills, especially due to their large size. However, due to a lack of appropriate technology to personalize consumer tastes, the traditional drug manufacturing process usually employs standard drug formulations. Scientists and pharmaceutical experts claim that with the introduction of 3D printing, the technique will be able to solve the majority of the concerns associated with drug use. The key idea behind using 3D printing in drug formulation is to design and produce medicines that are customized to an individual's needs.
Brain Control Wristband
CTRL-Labs debuts brain-machine interfaces, which are devices that convert mental behavior into digital action. The New York-based company created CTRL-kit, which detects electrical impulses that move from motor neurons in the human brain to relevant parts of the body as soon as a thought reaches people's minds. CTRL-Labs' work is based on a technique known as differential electromyography (EMG). The interior of the band is lined with electrodes, and as they come into contact with the human body, they measure electrical signals along the neurons.
Medical Education Impacted by Mixed Reality
Immersive technology, such as mixed reality, which incorporates augmented reality (AR) and virtual reality (VR), is having a significant effect on medical education. Recent technical developments in haptics, display systems, and motion detection have added to this effect by allowing users to have a practical and engaging experience, making VR a perfect asset for training in hands-on procedures. With the exponential proliferation of medical knowledge and advances, physicians today must learn more information in less time than their predecessors. Thus, adopting the strengths of streaming media and immersive AR and VR technology has the potential to cause profound changes in how medical professionals access and interact with educational materials.
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