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. Author manuscript; available in PMC: 2014 Oct 5.
Published in final edited form as: Endocr Pract. 2014 Aug;20(8):797–807. doi: 10.4158/EP13453.OR

Table 4a.

Quantification of physiologic data according to the quartiles of thyroid derivative analytes

Analyte Physiologic
parameter
Quartiles Parameter
Increases
or
decreases
from Q1 to
Q4
P
value*
Q1 Q2 Q3 Q4
3,3′-T2 Age (years) 63.4±15.8 47.3±15.7 50.3±13.7 47.1±12.7 decreases 0.0007
DBP
(mmHg)
68.5±15.8 75.9±11.5 78.4±12.6 75.7±12.2 increases 0.046
T3 Age 62.2±14.6 51.2±15.1 48.1±14.2 45.5±14.7 decreases 0.0001
Height 68.2±4.2 65.3±4.5 66.6±3.2 64.9±4.0 decreases 0.031
DBP 67±16.56 74±10.1 80±10.8 77±13.1 increases 0.0027
Male
Gender (%)
64 32 46 17 decreases 0.0043
T4 Age (years) 61.4±13.9 46.6±16.8 53.8±13.5 44.8±13.8 decreases 0.0017
Height
(inches)
67.6±4.3 66.9±3.7 66.4±3.9 64.3±4.1 decreases 0.0065
DBP (mmHg) 68±15.2 77±12.8 76±10.7 77±13.7 increases 0.042
Male
Gender (%)
60 48 39 12 decreases 0.0007
TSH DBP 76±11.6 80±14.6 76±12.6 68±13.4 decreases 0.029

Data are mean ± STD or percentage

Data only shown for significant relationships Q = quartile

*

Analysis based on analyte divided into quartiles t-test or ANOVA