Canine serum C-reactive protein detected by means of a near-patient test for human C-reactive protein
The aim of the study was to evaluate the reliability of a rapid human C-reactive protein near-patient slide reversed passive latex agglutination test (Randox) for the semi-quantitative determination of canine serum C-reactive protein. The concentration of C-reactive protein was determined in 244 can...
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Published in | Journal of small animal practice Vol. 49; no. 6; pp. 282 - 286 |
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Main Authors | , , |
Format | Journal Article |
Language | English |
Published |
Oxford, UK
Oxford, UK : Blackwell Publishing Ltd
01.06.2008
Blackwell Publishing Ltd |
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Abstract | The aim of the study was to evaluate the reliability of a rapid human C-reactive protein near-patient slide reversed passive latex agglutination test (Randox) for the semi-quantitative determination of canine serum C-reactive protein. The concentration of C-reactive protein was determined in 244 canine serum samples by an established automated immunoturbidimetric method and in various predilutions by a commercially available reversed passive latex agglutination test for human C-reactive protein. The results were compared to assess if the reversed passive latex agglutination test reflected the results of the established method with special emphasis on the reversed passive latex agglutination test's ability to identify samples characterised as positive or negative by the established method. The reversed passive latex agglutination test reflected the C-reactive protein concentration in canine serum samples at all the tested predilutions (undiluted, 1:4, 1:8 and 1:16). When applying a predilution of 1:8, the positive and negative analytical predictive values for discriminating between positive and negative samples (according to the established quantitative method) were high (0·94 [0·82 to 0·99] and 0·97 [0·93 to 0·99], respectively). In conclusion, this near-patient test was able to reflect the serum C-reactive protein concentration in canine samples in a reliable and clinically useful manner and could be applicable for general practice for evaluating C-reactive protein levels in canine serum. |
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AbstractList | O
bjectives
:
The aim of the study was to evaluate the reliability of a rapid human C‐reactive protein near‐patient slide reversed passive latex agglutination test (Randox) for the semi‐quantitative determination of canine serum C‐reactive protein.
M
ethods
:
The concentration of C‐reactive protein was determined in 244 canine serum samples by an established automated immunoturbidimetric method and in various predilutions by a commercially available reversed passive latex agglutination test for human C‐reactive protein. The results were compared to assess if the reversed passive latex agglutination test reflected the results of the established method with special emphasis on the reversed passive latex agglutination test’s ability to identify samples characterised as positive or negative by the established method.
R
esults
:
The reversed passive latex agglutination test reflected the C‐reactive protein concentration in canine serum samples at all the tested predilutions (undiluted, 1:4, 1:8 and 1:16). When applying a predilution of 1:8, the positive and negative analytical predictive values for discriminating between positive and negative samples (according to the established quantitative method) were high (0·94 [0·82 to 0·99] and 0·97 [0·93 to 0·99], respectively).
C
linical
S
ignificance
:
In conclusion, this near‐patient test was able to reflect the serum C‐reactive protein concentration in canine samples in a reliable and clinically useful manner and could be applicable for general practice for evaluating C‐reactive protein levels in canine serum. The aim of the study was to evaluate the reliability of a rapid human C-reactive protein near-patient slide reversed passive latex agglutination test (Randox) for the semi-quantitative determination of canine serum C-reactive protein. The concentration of C-reactive protein was determined in 244 canine serum samples by an established automated immunoturbidimetric method and in various predilutions by a commercially available reversed passive latex agglutination test for human C-reactive protein. The results were compared to assess if the reversed passive latex agglutination test reflected the results of the established method with special emphasis on the reversed passive latex agglutination test's ability to identify samples characterised as positive or negative by the established method. The reversed passive latex agglutination test reflected the C-reactive protein concentration in canine serum samples at all the tested predilutions (undiluted, 1:4, 1:8 and 1:16). When applying a predilution of 1:8, the positive and negative analytical predictive values for discriminating between positive and negative samples (according to the established quantitative method) were high (0·94 [0·82 to 0·99] and 0·97 [0·93 to 0·99], respectively). In conclusion, this near-patient test was able to reflect the serum C-reactive protein concentration in canine samples in a reliable and clinically useful manner and could be applicable for general practice for evaluating C-reactive protein levels in canine serum. OBJECTIVESThe aim of the study was to evaluate the reliability of a rapid human C-reactive protein near-patient slide reversed passive latex agglutination test (Randox) for the semi-quantitative determination of canine serum C-reactive protein.METHODSThe concentration of C-reactive protein was determined in 244 canine serum samples by an established automated immunoturbidimetric method and in various predilutions by a commercially available reversed passive latex agglutination test for human C-reactive protein. The results were compared to assess if the reversed passive latex agglutination test reflected the results of the established method with special emphasis on the reversed passive latex agglutination test's ability to identify samples characterised as positive or negative by the established method.RESULTSThe reversed passive latex agglutination test reflected the C-reactive protein concentration in canine serum samples at all the tested predilutions (undiluted, 1:4, 1:8 and 1:16). When applying a predilution of 1:8, the positive and negative analytical predictive values for discriminating between positive and negative samples (according to the established quantitative method) were high (0.94 [0.82 to 0.99] and 0.97 [0.93 to 0.99], respectively).CLINICAL SIGNIFICANCEIn conclusion, this near-patient test was able to reflect the serum C-reactive protein concentration in canine samples in a reliable and clinically useful manner and could be applicable for general practice for evaluating C-reactive protein levels in canine serum. The aim of the study was to evaluate the reliability of a rapid human C-reactive protein near-patient slide reversed passive latex agglutination test (Randox) for the semi-quantitative determination of canine serum C-reactive protein. The concentration of C-reactive protein was determined in 244 canine serum samples by an established automated immunoturbidimetric method and in various predilutions by a commercially available reversed passive latex agglutination test for human C-reactive protein. The results were compared to assess if the reversed passive latex agglutination test reflected the results of the established method with special emphasis on the reversed passive latex agglutination test's ability to identify samples characterised as positive or negative by the established method. The reversed passive latex agglutination test reflected the C-reactive protein concentration in canine serum samples at all the tested predilutions (undiluted, 1:4, 1:8 and 1:16). When applying a predilution of 1:8, the positive and negative analytical predictive values for discriminating between positive and negative samples (according to the established quantitative method) were high (0.94 [0.82 to 0.99] and 0.97 [0.93 to 0.99], respectively). In conclusion, this near-patient test was able to reflect the serum C-reactive protein concentration in canine samples in a reliable and clinically useful manner and could be applicable for general practice for evaluating C-reactive protein levels in canine serum. Objectives: The aim of the study was to evaluate the reliability of a rapid human C‐reactive protein near‐patient slide reversed passive latex agglutination test (Randox) for the semi‐quantitative determination of canine serum C‐reactive protein. Methods: The concentration of C‐reactive protein was determined in 244 canine serum samples by an established automated immunoturbidimetric method and in various predilutions by a commercially available reversed passive latex agglutination test for human C‐reactive protein. The results were compared to assess if the reversed passive latex agglutination test reflected the results of the established method with special emphasis on the reversed passive latex agglutination test’s ability to identify samples characterised as positive or negative by the established method. Results: The reversed passive latex agglutination test reflected the C‐reactive protein concentration in canine serum samples at all the tested predilutions (undiluted, 1:4, 1:8 and 1:16). When applying a predilution of 1:8, the positive and negative analytical predictive values for discriminating between positive and negative samples (according to the established quantitative method) were high (0·94 [0·82 to 0·99] and 0·97 [0·93 to 0·99], respectively). Clinical Significance: In conclusion, this near‐patient test was able to reflect the serum C‐reactive protein concentration in canine samples in a reliable and clinically useful manner and could be applicable for general practice for evaluating C‐reactive protein levels in canine serum. |
Author | Kjelgaard-H.ansen, M Jensen, A.L Stadler, M |
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SubjectTerms | Animals blood chemistry blood serum C-reactive protein C-Reactive Protein - analysis chemical concentration Dog Diseases - blood Dog Diseases - diagnosis dogs Dogs - blood False Negative Reactions False Positive Reactions hematologic tests Humans latex agglutination test Latex Fixation Tests - methods Latex Fixation Tests - standards Latex Fixation Tests - veterinary quantitative analysis rapid methods reliability Sensitivity and Specificity |
Title | Canine serum C-reactive protein detected by means of a near-patient test for human C-reactive protein |
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