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Table 2 Spearman Partial Correlation Among Osteocalcin and Selected CGM Metrics

From: Circulating osteocalcin is associated with time in range and other metrics assessed by continuous glucose monitoring in type 2 diabetes

Variables

Osteocalcin

TIR

r = 0.227

P < 0.001

TBR

r = 0.068

P = 0.189

TAR

r = − 0.229

P < 0.001

HbA1C

r = − 0.143

P = 0.006

INS0h

r = − 0.169

P = 0.001

INS0.5 h

r = − 0.115

P = 0.03

INS1h

r = − 0.081

P = 0.128

INS2h

r = − 0.016

P = 0.762

INS3h

r = − 0.027

P = 0.603

Cp0h

r = − 0.064

P = 0.219

Cp0.5 h

r = -0.039

P = 0.448

Cp1h

r = 0.004

P = 0.935

Cp2h

r = 0.048

P = 0.351

Cp3h

r = 0.045

P = 0.389

GLu0h

r = − 0.185

P < 0.001

GLu0.5 h

r = − 0.252

 

P < 0.001

GLu1h

r = − 0.238

P < 0.001

GLu2h

r = − 0.216

P < 0.001

GLu3h

r = − 0.185

P < 0.001

HOMA-β

r = − 0.013

P = 0.801

HOMA-IS

r = 0.192

P < 0.001

MBG

r = − 0.21

P < 0.001

SD

r = − 0.157

P = 0.002

CV

r = − 0.076

P = 0.142

LBGI

r = 0.133

P = 0.01

HBGI

r = − 0.21

P < 0.001

MODD

r = − 0.162

P = 0.002

MAGE

r = − 0.092

P = 0.078

ADDR

r = − 0.215

P < 0.001

  1. HbA1c hemoglobin A1C, TIR time in range, TBR time below range, TAR time above range, INS insulin, Cp C-peptide, Glu postprandial glucose, CV coefficient variation, SD standard deviation, LBGI low blood glucose index, HBGI high blood glucose index, MAGE mean amplitude of glucose excursions, ADDR average daily danger range, MODD mean of daily differences