Collect

Actively growing isolated organism, in pure culture on Middlebrook 7H10, 7H11, or Lowenstein-Jensen agar slants or AFB automated system bottle (ESP, Bactec, Septi-check). Transport at 20-25 C. Send organism in double container and label as an etiologic agent. Submit organism according to Infectious Substance Shipping guidelines.

Unacceptable Conditions

Nonviable organism, mixed culture, leaking container, swabs.

Storage/Transport Temperature

Ambient

Performed

Microbiology.
Mon. - Fri.

Remarks

Indicate source of specimen and any other pertinent information.
Include patient's PPD status, BCG immunization history, and prior anti-tuberculosis therapy, growth rate of organism.
Indicate if Mycobacteria other than tuberculosis (MOTT) are suspected.

Performed

Microbiology.
Mon. - Fri.

Methodology

Standard method for identification of AFB. DNA probes available for M. tuberculosis complex, M. avium-intracellular complex, and M. gordonae as indicated. Molecular sequencing procedures are used for other Mycobacterium.

Reference Interval

Complete identification of clinically significant isolates

CPT Codes

87186

Test Build Information

Below is the standard RPS build for microbiology cultures.  EHR_EMR formatting can be different for some vendors.  Please contact RPS Interface Support (RPSInterfaceSupport@unmc.edu) for specific information for the vendor specific formatting
OrderCode OrderName ResultCode ResultName ResultUnits LOINC CPT
AFBIS AFB IDENTIFICATION SDES Specimen Source   31208-2 87186
AFBIS AFB IDENTIFICATION SREQ Additional Info   48767-8  
AFBIS AFB IDENTIFICATION CULT Culture Result:   41852-5  
AFBIS AFB IDENTIFICATION RPT Report Status      

AOE Information (Ask at Order Entry Questions)

Order Code Order Description AOE Code AOE Name Answer Answer code question type
AFBIS AFB IDENTIFICATION SDES Specimen Source See Full list in Test Directory under Sources for RPS Clients.   List

Example Report

For additional information or questions, contact RPSInterfaceSupport@unmc.edu
 
Collection

Collect

Actively growing isolated organism, in pure culture on Middlebrook 7H10, 7H11, or Lowenstein-Jensen agar slants or AFB automated system bottle (ESP, Bactec, Septi-check). Transport at 20-25 C. Send organism in double container and label as an etiologic agent. Submit organism according to Infectious Substance Shipping guidelines.

Unacceptable Conditions

Nonviable organism, mixed culture, leaking container, swabs.

Storage/Transport Temperature

Ambient

Performed

Microbiology.
Mon. - Fri.

Remarks

Indicate source of specimen and any other pertinent information.
Include patient's PPD status, BCG immunization history, and prior anti-tuberculosis therapy, growth rate of organism.
Indicate if Mycobacteria other than tuberculosis (MOTT) are suspected.
Ordering

Performed

Microbiology.
Mon. - Fri.

Methodology

Standard method for identification of AFB. DNA probes available for M. tuberculosis complex, M. avium-intracellular complex, and M. gordonae as indicated. Molecular sequencing procedures are used for other Mycobacterium.

Result Interpretation

Reference Interval

Complete identification of clinically significant isolates
Administrative

CPT Codes

87186

RPS Interface Information

Test Build Information

Below is the standard RPS build for microbiology cultures.  EHR_EMR formatting can be different for some vendors.  Please contact RPS Interface Support (RPSInterfaceSupport@unmc.edu) for specific information for the vendor specific formatting
OrderCode OrderName ResultCode ResultName ResultUnits LOINC CPT
AFBIS AFB IDENTIFICATION SDES Specimen Source   31208-2 87186
AFBIS AFB IDENTIFICATION SREQ Additional Info   48767-8  
AFBIS AFB IDENTIFICATION CULT Culture Result:   41852-5  
AFBIS AFB IDENTIFICATION RPT Report Status      

AOE Information (Ask at Order Entry Questions)

Order Code Order Description AOE Code AOE Name Answer Answer code question type
AFBIS AFB IDENTIFICATION SDES Specimen Source See Full list in Test Directory under Sources for RPS Clients.   List

Example Report

For additional information or questions, contact RPSInterfaceSupport@unmc.edu