BME100 f2016:Group15 W1030AM L1: Difference between revisions

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Summary:
Summary:
This device is designed to be chronically implanted within a biosystem and is able to sense the electrical and chemical parameters within a biosystem. However, this position allows the device to elute certain predetermined amounts of chemicals into the environment once it detects certain issues such as strokes or heart attacks, helping to alleviate the direct emergency that the patient may be experiencing, but this means that the device will run out of chemicals after a certain amount of time and must be replaced.
This device is designed to be chronically implanted within a biosystem and is able to sense the electrical and chemical parameters within a biosystem. However, this position allows the device to elute certain predetermined amounts of chemicals into the environment once it detects certain issues such as strokes or heart attacks, helping to alleviate the direct emergency that the patient may be experiencing, but this means that the device will run out of chemicals after a certain amount of time and must be replaced.
Heart Disease Detection Patch
US20060030782A1
Name: Adnan Shennib
Filed: 08/05/2004
Summary:
The purpose of this device is to provide a noninvasive method of detecting a heart disease through automatic analysis of the electrocardiogram (ECG). This invention has a battery and a memory chip for the patient's heart rate. It detect irregularities within a person's heartbeat. The patch is relatively flexible and thin and is typically placed on the person's chest. However, the drawback to this patch is that it only analyzes this ECG data for approximately 24-48 hours, so in certain ways, this is completely impractical for heart attack prevention. This is meant to be relatively inexpensive and readily accessible.


==Fundability Worksheet Scores==
==Fundability Worksheet Scores==

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