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Touch Ultra test strip are used in monitoring glucose levels in blood and hence used by diabetic patients. They come in different types that perform slightly different functions.
Here are some common types:
Standard glucose test strips
These touch glucose meter test strips are used to determine the blood glucose levels in the patient’s body. They are mainly used by diabetic patients or at-risk patients. The results are usually obtained within a short period, approximately 5-15 seconds. The required blood volume is small, about 0.3-0.5 microliters, and usually comfortable to obtain. Depending on the supplier, these strips may have a shelf life of around 12-24 months.
High-accuracy glucose test strips
Compared to standard glucose strips, high-accuracy strips have better accuracy and precision features. Usually, they give obvious results when used on medical patients or in research. They also need a small sample of blood, though it is usually higher than that required by standard glucose strips.
Ketone test strips
These are used mainly in diabetes type 1 and high-fat diet practitioners. They measure beta-hydroxybutyrate in the blood to estimate ketone levels. The typical range of these strips is about 7 days or until the strips are damaged. The strip usually takes about 10 seconds to show results.
A1C test strips
These are designed to monitor average blood glucose levels over about two to three months. They provide important information about long-term blood glucose control. Results are usually available within 5 minutes, and one needs only a few microliters of blood to conduct the test. A1C test strips are usually about 12 to 24 months.
The materials and design of the Touch Ultra test strips are ever-evolving to enhance their effectiveness and make their usage easier or more effective.
Here is a brief breakdown of the various components:
Materials
Touch Ultra test strips are manufactured using different materials, including the common information technology materials and electrochemical biosensor materials. The body is usually made from plastics like polycarbonate or polyethylene to ensure durability and flexibility.
Some of these strips also incorporate gold or silver electrodes to enhance conductivity.
Test strip design
The biosensor part of the strip is where the blood will contact and is responsible for analyzing glucose levels. This part is typically designed with enzymes such as glucose oxidase or dehydrogenase. These are usually embedded within a porous material to aid in blood absorption.
How it works
When blood is applied to the strip, glucose will react with the enzyme to produce an acid. The chemical reaction will generate electric current proportional to the blood glucose concentration. The meter will process the current to display the glucose level.
Usage and handling
The Touch Ultra test strips are designed with some layers with each performing a separate task. These are either color-coded or feature other designs to allow easy identification and insertion into the corresponding device.
The handling of these strips is done with minimal contact with hands to prevent any contaminants from affecting the performance of the strips. Each strip is packaged in a moisture-proof container to avoid damage from humidity.
Using Touch Ultra test strips involves several steps to ensure the accuracy and effectiveness of the blood glucose results. These steps are the same for all types of test strips.
Preparation
Users should ensure their hands are clean and dry before handling the strips or equipment. It is also recommended that users check the expiration date on the strips before using them.
Inserting the test strip
The glucose meter should be turned on before placing the test strip within the appropriate slot. The test strips must be placed in the right position and not forced to bend or change orientation.
Blood sample collection
Users will prepare a blood sample using a lancing device to puncture the skin, usually on the fingertip. In some cases, blood may be taken from alternative sites, such as the forearm or palm, depending on the device.
Applying blood to test strip
After collecting the required blood drop, users will place the edge of the drop onto the strip to absorb the blood. Capillary action will pull the blood through the strip to the testing area.
Reading the results
After blood application, the connected device will take a few seconds to process the results. The glucose level will then be displayed on the screen for easy readability and understanding.
Disposing of the test strip
Once the reading is taken, users will remove the strip and discard it in the appropriate manner. This will ensure the meter and test strips are protected from contamination and damage.
The choice of test strips will, first and foremost, depend on compatibility and efficacy. Some of the factors to consider in more detail include:
Device compatibility
Test strips will only work with specific devices or glucose meters. The choice of information technology devices should be made on the variety of compatible strips to obtain accurate readings. Strips are available for brand-specific devices or those that support multiple devices in the market.
Accuracy and reliability
Just like any other product on the market, it is important to consider the accuracy and reliability of these test strips. These are usually determined by individual testing and certification. It is then recommended to consult the manufacturer and third parties to ensure that you select those strips that have a reputation for producing accurate results.
Ease of use
The ease of using Touch Ultra test strips is another determining factor. Look for strips with simple instructions, and do not bother handling them. In addition, factors such as the required blood volume and processing time will also play a role in the choice since lower values are preferred.
Cost and availability
The overall cost and availability of the test strips also need to be considered. Ensure the chosen supplier provides a steady supply of these strips. It is also important to take into account the long-term costs and not only the short-term. This is because if the device and strips are priced high, the overall management of diabetes may prove costly.
Customer feedback
As for any other product, customer feedback will provide some insight into the effectiveness of these test strips. Be sure to consider other users' comments and ratings on both accuracy and ease of use. This is because first-hand information may help avoid products that have been highly rated or that have received negative feedback.
A1. Touch Ultra test strips are diagnostic devices that help in the management of diabetes condition. People suffering from diabetes use them to monitor their blood sugar levels.
A2. Touch Ultra test strips are made up of a plastic body, a medi core, an enzyme layer, and electrodes. These components work together to facilitate blood glucose measurement.
A3. No, the Touch Ultras test strips are only compatible with the Touch Ultra glucometer device. Using them with other glucose monitoring devices will yield inaccurate results.
A4. To ensure the accuracy of the test results, users should follow the manufacturer's instructions carefully. They should also prepare and handle the strips properly and use fresh blood samples when doing the tests.
A5. The Touch Ultra test strips offer a sleek, user-friendly design with advanced technology. This makes them stand out from other options on the market.
