End To End Blood Testing Device

An end to end blood testing device has been developed by the team of researchers which integrates robotic phlebotomy with the downstream sample processing. This platform of the researchers is able to perform blood draws and it also provides diagnostic results in the fully automated fashion at the point of care.

This device of the researchers also has the ability to expedite hospital work flow by reducing turnaround times as well as it allows researchers for spending more time in order to treat the patients. The most common clinical procedure across the world is diagnostic blood testing as it influences the majority of the medical decisions that made in the hospitals as well as lab settings.

As per the cbse affiliated school list in Mansarovar jaipur, the manual blood draw success rates are very much dependent on the clinician skill and patient physiology as well as the results has been generated in the well mannered in labs from the large volume samples by using labor intensive analytical techniques. In order to solve these problems, a device has been created by the researchers which include an image guided robot for addressing the challenges of routine access along with a blood analyzer in order to obtain quantitative measurements.

These findings have been published in many news papers in which a white blood cell assay has been reported by using a blood mimicking fluid spiked with fluorescent micro beads. Many studies have been conducted by the researchers towards the integrated device from blood draw to the analysis by using blood vessel phantoms as well as it also demonstrates high accuracy and repeatability of the calculation and it results in white blood cell assay.

According to the team of Web Application Development In India Web Application Development In India, this device can represent the Holy Grail in the blood testing technology. By integrating miniaturized robotic as well as micro fluidic systems, this technology has the ability to combine the breadth and accuracy of the traditional laboratory testing along with the speed and convenience of point of care testing.

At the time of designing the system, the focus of the researchers was on the creating a modular and expandable device. This device can be extended to the incorporate a wider panel of the assays in the future with this relatively simple chip design and analysis techniques.