Product Description
The Tumor Marker Test Kits, models YGA1339 through YGA1356, represent a sophisticated advancement in clinical diagnostics. These kits are meticulously designed to detect various tumor markers which are critical in oncological evaluations and patient management. Utilizing the CLIA (Chemiluminescent Immunoassay) analysis mode, these kits offer high precision in biomarker detection, encompassing a range of markers such as AFP, CEA, FER, CA125, CA15-3, and many more.
Particularly, the models cover a broad spectrum of indicators effective in diagnosing different types of cancers, aiding in the detection of conditions including liver, colorectal, and lung cancers. Packaged conveniently in specifications of 50T/BOX, 100T/BOX, and 24T/BOX, these kits cater to varied laboratory requirements. The alkaline phosphatase (AP) platform ensures reaction stability, crucial for reliable diagnostic results. Certified by CE, ISO13485, and FSC, these kits affirm compliance with international quality standards.
| Model | YGA1339 | YGA1340 | YGA1341 | YGA1342 | YGA1343 | YGA1344 | YGA1345 | YGA1346 | YGA1347 |
| Tested Parameter | AFP | CEA | FER | CA125 | CA15-3 | CA19-9 | t-PSA | f-PSA | SCC |
| Analysis Mode | CLIA | ||||||||
| Package Specification | 50T/BOX, 100T/BOX, 24T/BOX | ||||||||
| Platform | AP(Alkaline Phosphatase) | ||||||||
| Storage | 2-8°C | ||||||||
| Calibration | 2/6 Points | ||||||||
| Certification | CE, ISO13485,FSC | ||||||||
| Model | YGA1348 | YGA1349 | YGA1350 | YGA1351 | YGA1352 | YGA1353 | YGA1354 | YGA1355 | YGA1356 |
| Tested Parameter | NSE | CA50 | PGI | PGII | CYFRA 21-1 | CA72-4 | CA242 | pro-GRP | HE4 |
| Analysis Mode | CLIA | ||||||||
| Package Specification | 50T/BOX, 100T/BOX, 24T/BOX | ||||||||
| Platform | AP(Alkaline Phosphatase) | ||||||||
| Storage | 2-8°C | ||||||||
| Calibration | 2/6 Points | ||||||||
| Certification | CE, ISO13485,FSC | ||||||||
Market Price
The price of tumor marker test kits can vary based on the number of tests per box, the specific markers being tested, and market conditions. Generally, a box containing 50 tests can range from $100 to $300, while larger boxes of 100 tests might be priced between $250 and $600. It’s essential to consider these variations when planning purchase orders for clinical laboratories or research institutions.
Pricing factors can also include distribution channels, brand reputation, and the presence of certifications like CE and ISO13485, which often add value and reliability to the product. As the demand for precision diagnostics grows, staying informed about price trends and supplier options can ensure optimal purchases.
Frequently Asked Questions
What is the shelf life of these test kits?
The shelf life of the Tumor Marker Test Kits is generally 12 months from the date of manufacture, provided they are stored under the recommended conditions of 2-8°C.
Can these kits be used for all types of cancer screening?
While these kits cover a wide range of tumor markers useful for various cancers, they are not comprehensive for all types. Consultation with a healthcare professional is advised for selecting the appropriate markers for specific cancers.
Are these test kits difficult to use?
No, these kits are designed for ease of use in clinical laboratory settings, with clear instructions provided. However, proper training in test procedure is recommended to ensure accuracy and reliability.
Advantages and Disadvantages
Advantages: The primary advantage of the YGA1339 to YGA1356 test kits is their comprehensive range of tumor markers, allowing for early detection and management of various cancers. The CLIA analysis mode offers high sensitivity and specificity, which is crucial for accurate diagnostics. Additionally, the alkaline phosphatase platform adds stability to the enzyme reactions, enhancing result reliability. Their certification by CE and ISO13485 further ensures that they meet international quality and safety standards.
Disadvantages: One potential drawback is the need for appropriate storage conditions (2-8°C) to maintain the effectiveness of the reagents. Laboratories without proper infrastructure might find this challenging. Additionally, while the kits cover numerous tumor markers, they may not include all required for comprehensive cancer screening, necessitating supplementary testing.
Field Use of the Product
In practical settings, the Tumor Marker Test Kits are utilized primarily within clinical laboratories to support oncologists in diagnosing and monitoring cancer patients. Each test is conducted by detecting specific protein markers within blood samples, providing clinicians with valuable information to guide treatment decisions.
The versatility in tumor marker coverage allows these kits to be a vital resource in early detection programs, potentially improving patient outcomes by facilitating timely intervention. Their use is pivotal in research environments as well, where precise biomarker data assists in the development and evaluation of new therapies.
Recommendations
For optimal results, always store the kits under the recommended temperatures and handle them according to the manufacturer’s guidelines. Regular calibration checks using the 2 or 6-point system are advised to ensure the accuracy of the CLIA analysis.
It is also recommended to keep abreast of any updates or new guidelines from health authorities concerning tumor marker testing to maintain best practices. Investing in staff training could greatly enhance the correct application and interpretation of these tests, ultimately advancing patient care.
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