With this in mind, Canon has developed their CXDI-40G COMPACT Digital Radiography System which can be retrofitted into existing existing radiography equipment, extending the functionality of older equipment. The following is a brief overview of the technology enhancement of the CXDI-40G COMPACT Digital Radiography System.

Canon’s tenth-generation DR offering, can be retrofitted onto existing radiography equipment. The new Canon CXDI-40G COMPACT Digital Radiography System is equipped with a large image sensor and high-quality capabilities similar to the CXDI-40EG but in minimal housing. The CXDI-40G COMPACT DR System is equipped with a large 17 X 17-inch imaging area that enables X-ray images to be confirmed on an optional preview monitor approximately three seconds after exposure; the system contributes to timely and effective patient care.
The CXDI-40G COMPACT DR System can be retrofitted into a range of radiography devices including upright stands, RF tables, and Bucky units. Easy installation is possible into widely-used Bucky units of existing facilities which can contribute to significant cost savings. The CXDI-40G COMPACT DR System also offers multiple applications, which allows for efficient capture of high-resolution (7.2 million pixels) radiological images in a timely manner to help meet facilities general radiographic needs.

Additionally, Canon’s proprietary control software, which supports superb image-processing performance, contributes to physicians’ diagnostic accuracy by making possible X-ray images that enhance for the area being examined. Images can be transmitted almost immediately over the hospital network to other workstations and printers, and can be archived for fast and easy data sharing. Canon DR technology provides speed, efficiency, and a streamlined workflow to meet diverse needs, including support for off-site diagnosis and emergency care.

Company’s like Canon are thinking outside the box to bring new technologies to medical institutions who’s budgetary concerns must be factored. The CXDI-40G COMPACT Digital Radiography System is a great example on how hospitals can upgrade their technology and still keep within a predefined budget.

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*  At home results in 5 minutes
* 2-3 month indication of average blood glucose
* Easy to use
* Lab-accurate results
* Small blood sample needed
* 2 test kits for $29.99
* May be used with flexible spending accounts
* Complements routine blood glucose testing

For people suffering from diabetes, products such as the A1CNow SELFCHECK will undoubtedly help diabetics be more comfortable monitoring their Diabetes.

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The following is taken from the NIST website:

Though not yet ready for the marketplace, the new device is promising not only because of its potential applications in medicine and other fields, but because it also appears to possess the characteristics of a memristor, a fundamentally new component for electronic circuits that industry scientists developed in 2008.** NIST has filed for a patent on the flexible memory device (application #12/341.059).

Electronic components that can flex without breaking are coveted by portable device manufacturers for many reasons—and not just because people have a tendency to drop their mp3 players. Small medical sensors that can be worn on the skin to monitor vital signs such as heart rate or blood sugar could benefit patients with conditions that require constant maintenance, for example. Though some flexible components exist, creating flexible memory has been a technical barrier, according to NIST researchers.

Hunting for a solution, the researchers took polymer sheets—the sort that transparencies for overhead projectors are made from—and experimented with depositing a thin film of titanium dioxide, an ingredient in sunscreen, on their surfaces. Instead of using expensive equipment to deposit the titanium dioxide as is traditionally done, the material was deposited by a sol gel process, which consists of spinning the material in liquid form and letting it set, like making gelatin. By adding electrical contacts, the team created a flexible memory switch that operates on less than 10 volts, maintains its memory when power is lost, and still functions after being flexed more than 4,000 times.

What’s more, the switch’s performance bears a strong resemblance to that of a memristor, a component theorized in 1971 as a fourth fundamental circuit element (along with the capacitor, resistor and inductor). A memristor is, in essence, a resistor that changes its resistance depending on the amount of current that is sent through it—and retains this resistance even after the power is turned off. Industrial scientists announced they had created a memristor last year, and the NIST component demonstrates similar electrical behavior, but is also flexible. Now that the team has successfully fabricated a memristor, NIST can begin to explore the metrology that may be necessary to study the device’s unique electrical behavior.

As you can see, these medical chips may revolutionize technology for ever.