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. 2019 Nov 19;39(2):205. doi: 10.1002/sim.8436

Correction to “A Bayesian latent class approach for EHR‐based phenotyping”

Rebecca A Hubbard 1
PMCID: PMC8094191  PMID: 31814163

I would like to report an erratum to “A Bayesian latent class approach for EHR‐based phenotyping” by Hubbard et al (38(1):74‐87). Due to a typographical error, the stratified sample sizes and first two rows reported in Table 4 are incorrect. A corrected Table 4 is provided below.

Table 4.

Characteristics of study population of pediatric patients at risk for T2DM stratified according to absence of codes for T1DM and presence of codes for T2DM, metformin prescription, or elevated hemoglobin A1c or glucose

Total Codes or Biomarkers Suggesting T2DM
Yes No
N = 68 265 N = 804 N = 67 461
N (%) N (%) N (%)
Male 36 836 (53.96)        221 (27.49) 36 615 (54.28)
White 35 740 (52.35)        371 (46.14) 35 369 (52.43)
Endocrinologist     5338 (7.82)        510 (63.43)     4828 (7.16)
Metformin        764 (1.12)        675 (83.96)         89 (0.13)
Insulin        727 (1.06)        154 (19.15)        573 (0.85)
T1D Codes        632 (0.93) 0 (0)        632 (0.94)
T2D Codes      275 (0.4)        221 (27.49)          54 (0.08)
Any glucose measurement 11 325 (16.59)        355 (44.15) 10 970 (16.26)
Any HbA1c measurement      6031 (8.83)        397 (49.38)      5634 (8.35)
Mean (SD) Mean (SD) Mean (SD)
Age    11.90(2.50)        13.79 (2.58)   11.87 (2.49)
BMI     2.02 (0.30)          2.27 (0.36)     2.01 (0.30)
Glucose 94.31 (32.51) 141.39 (104.47) 92.79 (27.44)
Hemoglobin A1c     5.79 (1.25)           6.93 (1.94)     5.71 (1.15)

Additionally, the number of patients with biomarkers or codes indicative of type 2 diabetes stated on page 81 as 5043 (7.4%) should be 804 (1.2%). No other results in the manuscript were affected by this error.

Hubbard RA. Correction to “A Bayesian latent class approach for EHR‐based phenotyping”. Statistics in Medicine. 2020;39:205–205. 10.1002/sim.8436


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