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A recent significant innovation in biomedical instrumentation is the CRISPR chip, a handheld device that utilizes CRISPR technology for rapid and accurate disease detection. This device combines CRISPR molecules with a graphene transistor to identify specific DNA sequences, potentially revolutionizing disease diagnosis by enabling faster and less invasive testing.

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Definition:

A Brain-Computer Interface (BCI) is a system that enables direct communication between the brain and an external device (like a computer, wheelchair, or robotic arm) — without using muscles or nerves.

Latest Innovation:

Non-invasive BCIs: Newer versions don’t need surgery; they use high-resolution EEG headsets.

Real-time control: Users can now control drones, computers, or prosthetic arms just by thinking.

Neural feedback: Some systems give feedback to the brain — making actions feel more natural.

Applications:

Helping paralyzed patients control wheelchairs or speak through thought.

Neurorehabilitation after stroke or injury.

Future: Telepathic communication, gaming, mental health monitoring.

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A smart fabric is a material or structure that can sense and respond (mechanically, thermally, chemically, electromagnetically or otherwise) to stimuli from the environment, and is a further integration of traditional fabrics with electronics, sensor technology, and IoT technology.

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The BiVACOR Total Artificial Heart (TAH) is a revolutionary device designed to replace a failing human heart. It utilizes magnetic levitation and a single moving part to pump blood to both the lungs and the rest of the body. This innovative approach aims to be a more durable and potentially long-term solution for patients with end-stage heart failure, even serving as a permanent replacement rather than just a bridge to transplant.

Here's a more detailed explanation

1. Dual-sided pumping:

2.Single moving part

3Magnetic levitation