Please select your Region.
Please select your Region.
Mar 04, 2014
There are approximately 9.5 million*2 people in Japan who are strongly suspected to be suffering from diabetes and this number is rising. Testing is very important to identify these people quickly so that they can begin treatment.
HbA1c is a diabetes test marker that reflects the average blood glucose over the past 1-2 months. In terms of diabetes diagnosis and treatment, it has grown in importance since the 2010 revision of the diabetes diagnostic standard and the 2012 changes associated with HbA1c value standardization*3. Accordingly, needs associated with rapid HbA1c measurement (together with the measurement of blood glucose) are increasing.
ARKRAY, Inc. (herein 'ARKRAY') will release the ADAMS Hybrid AH-8290 an analyzer for the simultaneous measurement of HbA1c and glucose with a measurement time of just 70 seconds, 10 seconds faster than its predecessor (the AH-8280). It has a compact design, taking up just half of the space you would need with separate instruments. This makes it installable at small hospitals and specialist diabetes clinics.
This is the only diabetes analyzer capable of simultaneous measurement of both HbA1c and glucose in single instrument using the HPLC method*4. ARKRAY, as a pioneer in diabetes testing, has traditionally been involved in the development of high precision analyzers, and has concentrated its technology here to create this product. ARKRAY will continue to provide products that meet the wide-ranging needs of diabetes testing and contribute to it.
•Dual measurement of HbA1c & glucose
Measurement of both HbA1c and glucose (both important diabetes analytes) in a single instrument. A measurement time of just 70 seconds per sample (10 seconds shorter than the previous model)
•Measurement with whole blood
Measurement with whole blood and requiring no centrifugation or other pretreatment and cutting hassle and time (with hematocrit correction function)
•High performance measurement
High performance: HbA1c usesHPLC while glucose measurement uses the GOD/ hydrogen peroxide electrode method*5
•A compact design
A small size, taking up just half the space of the two instruments you would have needed
ADAMS Hybrid AH-8290
*Joint development with Sekisui Medical
*1 HbA1c (hemoglobin A1c)
This is formed when hemoglobin within red blood cells binds with glucose. It is proportional to the average blood glucose over the previous 1-2 months. It is a key marker used widely from diabetes diagnosis to treatment and for the control of blood glucose.
*2 Estimate of number of diabetics
Source: 'National Health & Nutrition Survey 2012' (Ministry of Health Labor and Welfare 2012)
*3 Diagnostic criteria for diabetes
Under previous criteria used for the diagnosis of diabetes, if blood glucose exceeded the predefined value during fasting blood glucose, casual blood glucose or oral glucose tolerance testing (2 hour), the patient was determined to be diabetic-type. If these values are exceeded again on another day of testing, then the patient is determined to be diabetic and an HbA1c measurement value was obtained for additional reference purposes.
However under new diabetes diagnosis criteria revised on 1 July 2010, HbA1c values have become the main test parameter and are now also used to determine if the patient is diabetes-type. This marks an increase in their importance. Under the new criteria, if either the predefined HbA1c value or the previous blood glucose values are exceeded, a diabetes diagnosis can be made.
In addition, international standardization of HbA1c in April 2012 resulted in the switch from JDS values (values unique to Japan) to NGSP values (those used in the US and all over the world). This enables the smooth exchange of information relating to treatment and drugs between Japan and the rest of the world.
*4 HPLC method (High Performance Liquid Chromatography)
HPLC is a method to separate the individual constituents from a matrix and to calculate their proportion of the total. It is also a high precision method for detecting HbA1c. ARKRAY developed the world's first dedicated HbA1c method using HPLC back in 1981 which is still used widely in medical facilities today.
*5 GOD/ Hydrogen peroxide electrode method
When glucose reacts with the enzyme GOD (Glucose Oxidase), hydrogen peroxide is produced.
When this is then detected by an electrode, we can measure the glucose concentration.
Name | ADAMSTM Hybrid AH-8290 |
---|---|
Release date | Monday 10 March 2014 |
Specifications | |
Processing speed | 70sec/ sample |
Power source | 300VA |
Outer dimensions | 530 (width) x 530 (depth) x 530 (height) mm |
Weight | Main unit: approx. 42kg, sampler unit: approx. 4kg |
Sale price | JPY9,600,000 (tax not included) |
Notification number | 25B1X00001000042 |
Classification | Class I (General medical device)/ special maintenance control medical device) |
HbA1c measurement specifications | |
---|---|
Sample type | Whole blood, hemolysate |
Meas. Item(s) | HbA1c (stable HbA1c) , HbF |
Meas. principle | Reverse phase cation exchange chromatography |
Meas. range | HbA1c: NGSP values 3-20% (IFCC values: 14-191mmol/mol) HbF: 0.0-5% |
Sample consumption | Approx. 35µL (whole blood), approx. 400µL (hemolysate) |
Reagents used | Eluent 80A, Eluent 80B, Hemolysis/ Washing Solution 80H, Column 80, buffer |
Glucose measurement specifications | |
---|---|
Sample type | Whole blood, serum, plasma (if left to stand)* WB uses hematocrit correction |
Meas. Item(s) | Glucose |
Meas. principle | Amperometric method with immobilized GOD enzyme membrane/ H2O2 electrode |
Meas. range | 0-500mg/dL (Whole blood) 0-1000mg/dL (Serum, plasma) |
Sample consumption | Approx. 35uL (Whole blood, plasma, serum) |
Reagents used | GOD cartridge, Interna reference solution, Hemolysis/ Washing Solution 80H, buffer |
*Manufacturer of Eluent 80A, Eluent 80B, Hemolysis/Washing Solution 80H & Column 80: Sekisui Medical.
This product will be sold through ARKRAY Marketing, Inc. (ARKRAY, Inc.'s distributor in Japan).
This product is only available in Japan and is not sold in other countries.
We use (i) Necessary cookies to provide you with services on the website, (ii) Functional cookies to ensure the proper functioning of browsing, (iii) Analytical cookies to collect information to analyze the traffic to the website and (iv) Performance cookies to count visits and traffic sources in order to improve website performance.
You can inhibit Functional cookies and/or both Analytical and Performance cookies by clicking on OPTIONS.
By clicking ACCEPT, it will be deemed that you accept all the mentioned types of cookies.
When you visit our website, we use the following cookies for a variety of purposes and to enhance your online experience on our website. You can change your preferences and accept/decline certain types of cookies that would otherwise be stored on your computer while browsing our website by adding/removing check marks. But keep in mind that deleting cookies may have an impact on your experience with our website.