80685-1LOINC 2.82
Clostridioides difficile toxin A+B tcdA+tcdB genes [Presence] in Stool by NAA with probe detection
C dif tox tcdA+tcdB Stl Ql NAA+probe
Definition
- Qualitative detection of nucleic acid sequences in the Clostridium difficile toxin A (tcdA) and B (tcdB) genes in stool specimens by real-time PCR methods. This assay does not differentiate between C. difficile toxin A and B genes. This term was created for, but not limited in use to, the submitter's test kit, xTAG® Gastrointestinal Pathogen Panel (GPP).
Component
- Clostridioides difficile toxin A+B tcdA+tcdB genes
Specimen / system
- Stool
Class
- MICRO
Property
- PrThr
Scale
- Ord
Method
- Probe.amp.tar
Related names
- 3 Self-Sustaining Sequence Replication; 3SR SR; A,B; Amplif; Amplification; Amplified; Bowel movement; C dif tox tcdA+tcdB; C diff; C diff Tox; C diff Tox A; C diff Tox A+B; C difficile; Clostridium difficile; DNA NUCLEIC ACID PROBE; DNA probe; Faecal; Faeces; Fecal; Feces; Gastro; Gastroenterology; GI; ID; Infectious Disease; InfectiousDisease; LAT; LCR; Ligase chain reaction; Ligation-activated transcription; Microbiology; NAA+probe; NAAT; NASBA; Nucleic acid sequence based analysis; Ordinal; PCR; Point in time; Polymerase chain reaction; PR; Probe amp; Probe with ampification; Probe with target amplification; QBR; QL; Qual; Qualitative; Random; Screen; SDA; Stl; Stool = Fecal; Strand Displacement Amplification; TMA; Transcription mediated amplification
Index terms
- 3 Self-Sustaining Sequence Replication
- 3SR SR
- A,B
- Amplif
- Amplification
- Amplified
- Bowel movement
- C dif tox tcdA+tcdB
- C diff
- C diff Tox
- C diff Tox A
- C diff Tox A+B
- C difficile
- Clostridium difficile
- DNA NUCLEIC ACID PROBE
- DNA probe
- Faecal
- Faeces
- Fecal
- Feces
- Gastro
- Gastroenterology
- GI
- ID
- Infectious Disease
- InfectiousDisease
- LAT
- LCR
- Ligase chain reaction
- Ligation-activated transcription
- Microbiology
- NAA+probe
- NAAT
- NASBA
- Nucleic acid sequence based analysis
- Ordinal
- PCR
- Point in time
- Polymerase chain reaction
- PR
15 further terms