Correction to: AIDS Res Ther (2020) 17:62 https://doi.org/10.1186/s12981-020-00318-8
In the original publication of this article [1], the authors were notified that there were some errors in Table 2 that were also present in the main text, specifically in the results section of the abstract, the overall sensitivity of the LAM-test of 56.1% with 95% CI of (43.3–68.3) should have been 62.7 with 95% CI of (49.1–75); the LAM-test sensitivity in PLWH with < 200 CD4 T cells/µl of 62.2% (95% CI 46.5–76.2) should have been of 71.8% with 95% CI of (55.1–85), and the differences in sensitivity when comparing LAM-test results obtained from untreated vs. α-mannosidase treated urine had been deleted.
The sentence “the two participating UAIs using the Fischer exact test” in the statistical analysis sub-heading should have been “the LAM tests using the McNemar exact test”.
In the results section, the LAM-test sensitivity of 56.1% with 95% CI of (43.3–68.3) should have been 62.7 with 95% CI of (49.1–75), and the LAM-test sensitivity in PLWH with < 200 CD4 T cells/µl of 62.2% (95% CI 46.5–76.2) should have been of 71.8% with 95% CI of (55.1–85), the acronym “UIA” should have been “UAI”; the sentence “the defined gold standard composite” should have been “the defined reference standard”; the word “gold” has been eliminated; the sentence “composite gold referenced standard” should have been “composite reference standard”; the acronym “IAUs” should have been “UAI”, and the term “composite gold standard” should have been “composite reference standard”.
As a result, the authors have corrected Table 2. All sensitivity and specificity values have been corrected; the McNemar exact test has replaced the Fischer exact test for p value calculations, and these p values have been corrected; the footnote has been modified to reflect these changes.
Table 2.
aSite = Site 1 includes UAI 1 = "Dr. Isaac Cohen Alcahé" UAI and Rodolfo Robles Hospital. Site 2 includes UAI 2 = "Dr. Carlos Rodolfo Mejía" UAI and Roosevelt Hospital
bMcNemar exact test was used when comparing LAM test alone and LAM test after α-mannosidase treatment
The authors apologize for any inconvenience.
Footnotes
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Juan Ignacio García, Johanna Meléndez and Rosa Álvarez: co-authors contributed equally to this work
Contributor Information
Juan Ignacio García, Email: juangarcia@txbiomed.org.
Jordi B. Torrelles, Email: JTorrelles@txbiomed.org
Janet Ikeda, Email: janet.m.ikeda@gmail.com.
Reference
- 1.García JI, Meléndez J, Álvarez R, Mejía-Chew C, Kelley HV, Sidiki S, Castillo A, Mazariegos C, López-Téllez C, Forno D, Ayala N, Balada-Llasat J-M, Mejía-Villatoro CR, Wang S-H, Torrelles JB, Ikeda J. Accuracy of the tuberculosis point-of-care Alere determine lipoarabinomannan antigen diagnostic test using α-mannosidase treated and untreated urine in a cohort of people living with HIV in Guatemala. AIDS Res Therapy. 2020;17:62. doi: 10.1186/s12981-020-00318-8. [DOI] [PMC free article] [PubMed] [Google Scholar]