Test Code LAB3085 Glucose Level For Blood Gas Syringe
Clinical System Name
Glucose Level
Synonyms
LAB3085
=GLU
Sugar (Glucose) - Blood
= GLU
Glucose Level, Syringe
Sample Requirements
Specimen: Whole Blood
Container(s): Heparinized Syringe, 2 Capillary Blood Gas Tubes
Preferred Vol: 1.0 mL blood in a Heparinized Syringe or 2 Full Capillary Blood Gas Tubes
Minimum Vol: 0.5 mL or 2 Full Heparinized Capillary Blood Gas Tubes. (EPOC capillary tubes are only acceptable at Bellevue, South, or North clinics).
Notes: Fasting for infants is 4 hours, 8 hours for all other ages. Method is affected by line contamination and hemolysis. Not affected by sodium fluoride.
Processing Instructions
Reject due to: Age of specimen, line contamination
Spin: N
Aliquot: N
Temp: 0-4oC
Storage location: Core Lab Fridge.
Off-site collection: This test not available for off-site collection. If glucose level is needed, please use Glucose Level test (not syringe).
Stability
Specimen Type | Temperature | Time |
---|---|---|
Heparinized Syringe, Heparinized Capillary Blood Gas Tube | RT |
≤ 1h ≤ 10 min at Bellevue, South, North |
Heparinized Syringe, Heparinized Capillary Blood Gas Tube | 0-4 C |
≤ 4h |
-20 C or -70 C |
N |
Availability
STAT | Performed | TAT |
---|---|---|
Y | 24/7 | 20 min |
Performing Laboratory
Seattle Children's Laboratory
Department
Department: Core Chemistry
Phone Number: 206-987-2617 (Client Services)
CPT Codes
82803
Methodology
Method: Amperometric method by SIEMENS RAPIDPOINT 500
Analytical Volume: 1 Full Heparinized Capillary Blood Gas Tube or 0.2 mL Heparinized Syringe
Reference Range
Age | mg/dL |
---|---|
All Ages | 60 -140 |
Critical Values
Age | mg/dL |
---|---|
0- 1 M |
≤ 50 or ≥ 300 |
1 M -Adult |
≤ 50 or ≥ 700 |
Description
Fasting plasma glucose concentrations and tolerance to a dose of glucose are used to establish the diagnosis of diabetes mellitus and disorders of carbohydrate metabolism. Glucose measurements are used to monitor therapy in diabetics and in patients with dehydration, coma, hypoglycemia, insulinoma, acidosis, and ketoacidosis.