
Group: Randox

Catalog excerpts

1 Receipt and Storage • Upon receipt of the kits ensure the product hasn’t been tampered with and that all vials appear intact. • Store all materials as per the recommendations stated in the IFU provided. Unopened vials of a liquid stable quality control should be stored at 2oC to 8oC and will be stable until the expiry date stated on the vial. Liquid frozen controls are normally _ stored at -20oC and lyophilised controls at 2oC to 8oC. Safe Handling Wear appropriate Personal Protective Equipment (PPE) before handling samples and ensure your working environment is clean. > Quality control samples should be handled in the same manner as a patient sample. 3 Preparation • Liquid Ready-to-Use -No further preparation is required. Proceed to step 4 Preparation • Liquid Frozen - Allow the sample to completely thaw at room temperature before proceeding to step 4. Once thawed ensure the contents are thoroughly mixed by rolling for 30 minutes. — Liquid frozen controls should not be re-frozen. Preparation • Lyophilised - Bring the material to room temperature and carefully reconstitute the contents with the required volume of distilled water and leave to roll for 30 minutes (refer to the IFU for volumes) before proceeding to step 4. | When reconstituting always use a pipette for accuracy. It is a good idea to label the vial with the date of x ^ v reconstitution to avoid the use of expired material. ~ To extend the stability lyophilised controls can be divided into aliquots of at least 0.3ml and stored at -20oC to -70oC (refer to the IFU for stability claims). 4 Application • Open the vial/aliquot carefully and run the sample as you would a patient sample on your laboratory’s analyser (refer to individual analysers for application). • Refrigerate any unused material at 2oC to 8oC (prior to reuse mix the contents thoroughly). Always check the stability limitations of the control and ensure the control material is not used outside these recommendations. The control volume used will be the same as the serum volume listed in the reagent kit insert. Obtaining QC results & Data Interpretation • Some analysers can be programmed for data interpretation and acceptance of QC results. • When interpreting QC data you should employ the target values provided on the QC kit insert for your instrument or method. • Ensure the Lot Number, Expiry Date and Level (1,2 or 3) matches the kit insert you are using. The control values obtained should fall within the ranges provided on the kit insert. If the values do not fall within the ranges provided stop patient testing and troubleshoot to establish a root cause and implement corrective actions An interlaboratory data management programme like Acusera 24^7 will help to interpret QC data. Randox Laboratories Ltd, 55 Diamond Road, Crumlin, County Antrim, United Kingdom, BT29 4QY S +44 (0) 28 9442 2413 fi +44 (0) 28 9445 2912 ® marketing@randox.com & randoxqc.com Information correct at time of print. Randox Laboratories Ltd is a subsidiary of Randox Holdings Limited a company registered within Northern Ireland with company number N.I. 614690. VAT Registered Number: GB 151 6827 08. Product availability may vary from country to country. Please contact your local Randox representative for information. Products may be for Research Use Only and not for use in diagnostic procedures in the USA.
Open the catalog to page 1All Randox Laboratories catalogs and technical brochures
-
LT735 Vivalytic Overview
32 Pages
-
Acusera New Controls
8 Pages
-
Acusera 24.7
24 Pages
-
Acusera Third Party Controls
108 Pages
-
Acusera SMART Controls
12 Pages
-
Company Overview
40 Pages
-
Reagents Brochure
64 Pages
-
sdLDL-C
8 Pages
-
RX SERIES ANALYSER OVERVIEW
24 Pages
-
RX modena
20 Pages
-
RX misano
20 Pages
-
RX Daytona Plus
20 Pages
-
Rx Imola
20 Pages
-
RX Monaco
20 Pages
-
2024 Product List
64 Pages
-
LT107 Evidence Investigator
32 Pages
-
VeraSTAT-V
16 Pages
-
LT033 RIQAS Explained
64 Pages
-
VERASTAT
16 Pages
-
Endocrine Array
4 Pages
-
Cerebral Arrays
4 Pages
-
Thyroid Arrays
4 Pages
-
Respiratory Multiplex Array
8 Pages
-
LT253 Molecular Diagnostics
20 Pages
-
LT367 FH Array Brochure
4 Pages
-
The role of EQA in QC
8 Pages
-
Basic QC Stastics
8 Pages
-
Commutability Guide
4 Pages
-
How to measure uncertainty
8 Pages
-
ISO 15189 Educational Guide
8 Pages
-
Troubleshooting QC Errors
8 Pages
-
Qnostics
52 Pages
-
Adiponectin LT519
28 Pages
-
Specific Proteins
40 Pages
-
Linearity sets
12 Pages
-
Antioxidants
16 Pages
-
Cardiology & Lipid Testing
28 Pages
-
Diabetes Portfolio
28 Pages
-
Total Bile Acids
4 Pages
-
VIVALYTIC
30 Pages
-
RANDOX DISCOVERY
36 Pages
-
HbA1c
2 Pages
-
Preparing QC
1 Pages
-
Point of Care Testing
12 Pages
-
LT394 Using QC Multirules
1 Pages
-
Tumour Marker Arrays
4 Pages
-
Which QC is the Right QC
8 Pages
-
How often is right for QC
6 Pages
-
Cardiac Risk Multiplex Array
4 Pages
-
LT241 Metabolic Array MAY15
8 Pages
-
KRAS / BRAF / PIK3CA Array*
4 Pages
-
Custom Arrays for Biochip
12 Pages
-
LT169 Cardiac Array
4 Pages
Archived catalogs
-
ACUSERA
108 Pages
-
Evidence Evolution
28 Pages
-
Evidence
16 Pages
-
Metabolic Syndrome Arrays
8 Pages
-
STI Multiplex Array
8 Pages
-
Molecular Testing
16 Pages
-
Evidence Investigator
20 Pages
-
Fertility Array
4 Pages
-
Rx Daytona
16 Pages
-
Evidence Investigator
16 Pages
-
Evidence
16 Pages