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Lamellar Body Count, AF with Reflex Fetal Lung

Test Catalog Information

Test Catalog Synonyms
EPIC Synonyms
Cerner Primary MnemonicLamellar Body Count, AF w/rfl FLM
EPIC Display NameLamellar Body Count, AF with Reflex Fetal Lung
Allscripts (AEHR) Order Name

Lamellar Body Count, Amniotic Fluid

Sunrise Clinical Manager (SCM) Order Name

Lamellar Body Count, AF with Reflex Fetal Lung

EPIC Inpatient Orderable No
EPIC Outpatient Orderable No
Cerner Results
Clinical Info

Predicting fetal lung maturity and assessing the risk of developing neonatal respiratory distress syndrome, when performed from 32 to 39 weeks gestation. Fetal lung maturity testing is used to determine the risk for developing respiratory distress syndrome (RDS) in infants born prematurely (32-39 weeks). The risk for developing RDS is inversely related to gestational age and is the most common cause of respiratory failure in neonates. RDS is associated with preterm birth due to insufficient production of pulmonary surfactant. Pulmonary surfactant is synthesized by type II pneumocytes. Surfactant consists of 90% phospholipids (primarily phosphatidylcholine and phosphatidylglycerol) and 10% proteins (surfactant proteins [SP]-A, SP-B, SP-C). Surfactant is packaged into lamellar bodies and is excreted into the alveolar space where it unravels and forms a monolayer on alveolar surfaces. Lamellar bodies can also pass into the amniotic cavity and, hence, are found in amniotic fluid. The surfactant functions to reduce the surface tension in the alveoli, preventing atelectasis. When surfactant is deficient, the small alveoli collapse and the large alveoli become overinflated and stiff, which has been associated with increased risk of developing respiratory distress. The status of fetal lung maturity is reflected in the concentration of surfactant in the form of phospholipids and lamellar bodies present in amniotic fluid. Lamellar bodies are similar in size to platelets and can be quantified on a hematology analyzer utilizing the platelet channel and used to estimate fetal lung maturity.

Specimen Type

Body Fluid

Container

Screw Cap

Collection Instructions

Container/Tube: Sterile Container Specimen: 2 mL Amniotic Fluid (0.75 mL min) Transport Temperature: Refrigerated

Transport Instructions

Specimen Stability

7 Days Room Temperature 28 Days Refrigerated

Methodology

Impedance

Days Performed

LBC: Monday through Sunday; Continuously

FLP Reflex:

Monday through Friday; 2 p.m.

Saturday and Sunday; 11 a.m.

Weekdays: Sample delivery time is 7 a.m. to 4:30 p.m.

Set-up time up to 2 p.m.

Saturday: Sample delivery time is 7 a.m. to 3 p.m.

Set-up time is up to 11 a.m.

Sunday: Sample delivery time is 8 a.m. to 1 p.m.

Set-up time is up to 11 a.m. (On call only)

Holidays: Closed

Performing Laboratory

Mayo Medical Laboratories

CPT

83664 LOINC Code: 19114-8

PDM

5904395

Desired Epic Build Lamellar Body Count, AF with Reflex Fetal Lung

Cerner Primary Mnemonic: Lamellar Body Count, AF w/rfl FLM
PDM 5904395
Informatics - WorkgroupChemistry
Synonyms *
Display Name *Lamellar Body Count, AF with Reflex Fetal Lung
Order Entry Specimen Sources *
Order Entry Specimen Types
Specimen Navigator Specimen Types
Specimen Navigator Specimen Sources
Specimen Navigator Short Name
Ordering info (EPIC SmartText)Predicting fetal lung maturity and assessing the risk of developing neonatal respiratory distress syndrome, when performed from 32 to 39 weeks gestation. Fetal lung maturity testing is used to determine the risk for developing respiratory distress syndrome (RDS) in infants born prematurely (32-39 weeks). The risk for developing RDS is inversely related to gestational age and is the most common cause of respiratory failure in neonates. RDS is associated with preterm birth due to insufficient production of pulmonary surfactant. Pulmonary surfactant is synthesized by type II pneumocytes. Surfactant consists of 90% phospholipids (primarily phosphatidylcholine and phosphatidylglycerol) and 10% proteins (surfactant proteins [SP]-A, SP-B, SP-C). Surfactant is packaged into lamellar bodies and is excreted into the alveolar space where it unravels and forms a monolayer on alveolar surfaces. Lamellar bodies can also pass into the amniotic cavity and, hence, are found in amniotic fluid. The surfactant functions to reduce the surface tension in the alveoli, preventing atelectasis. When surfactant is deficient, the small alveoli collapse and the large alveoli become overinflated and stiff, which has been associated with increased risk of developing respiratory distress. The status of fetal lung maturity is reflected in the concentration of surfactant in the form of phospholipids and lamellar bodies present in amniotic fluid. Lamellar bodies are similar in size to platelets and can be quantified on a hematology analyzer utilizing the platelet channel and used to estimate fetal lung maturity.
IP Orderable No
OP Orderable No
AOEs *

AP AOEs
Special History No
Build CommentsDo Not build
Filter *
Procedure Category Change
Cerner Results

Current Actual EPIC Build as of 10/28/2024

Procedure Id 56196
Pdm 5904395
Order Display Name Lamellar Body Count, AF with Reflex Fetal Lung
Procedure Name LAMELLAR BODY COUNTS
Procedure Master Number LAB1043
Short Procedure Name LAMELLAR BOD
Category Code 7.0
Category Code Record Name LAB BODY FLUIDS AND STOOLS ORDERABLES
Synonyms
Clinically Active No
Orderable No
Performable Yes
Filter Genomics
Reference Link Url
Ordering Instructions
Default Specimen Type Amniotic Fluid
Specimen Type Pick List Amniotic Fluid
Specimen Type List Amniotic Fluid
Op Specimen Type List Amniotic Fluid
Specimen Source Pick List Amniotic Sac
Specimen Source Default - Male
Specimen Source Default - Female Amniotic Sac
Specimen Source List
Op Specimen Source List
Ip Lab Test Components For Report
Op Lab Test Components For Report
Order Questions []
Order Questions Record Name
Inpatient Order Questions []
Inpatient Order Questions Record Name
Order Specific Question Override
Inpatient Question Override
Location Restrict List Ip
Location Restrict List Ip Record Name
Location Restrict List Include Ip
Location Restrict List Op
Location Restrict List Op Record Name
Location Restrict List Includes Op
Edp Amb Order Specific Questions Record Name
Edp Ip Order Specific Questions Record Name
Edp Ip Specimen Source Per Rectum
Edp Op Specimen Source Per Rectum
Edp Ip Specimen Type Stool Cerebrospinal Fluid
Edp Op Specimen Type Cerebrospinal Fluid Stool
Derived Edp Ip Buttons S
Derived Edp Ip Buttons T
Derived Edp Op Buttons S
Derived Edp Op Buttons T
Ip Orderable 0
Op Orderable 0
EPIC OP AOEs

EPIC IP AOEs

EPIC Components (results)