The prevalence of type 2 diabetes has consistently increased and type 2 diabetes can cause many types of vascular complications. Diabetes develops due to glucose intolerance. Early detection and intervention in the stage of glucose intolerance makes it afford to prevent overt diabetes and its complications. This study was designed to make a cohort of korean patients with glucose intolerance to construct a long term database about clinical characteristics of these patients.
Study Type
OBSERVATIONAL
Enrollment
500
Life style assessment - Past medical history - Smoking, alcohol history - Sleep, exercise, daily activity check - Diet - Reproductive status (Women only) - Socioeconomic status
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Past medical history
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Smoking, alcohol history
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Sleep, exercise, daily activity check
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Diet
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Reproductive status (Women only)
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Socioeconomic status
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
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Time frame: an expected average of 12 weeks
Anthropometric measurements : Height, weight, waist circumference, pulse rate, blood pressure
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
SMA, TG, HDL, LDLM apoA, apoB
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
PC2hrs, HbA1C, Insulin, C-peptide (AC, PC2hr), hs-CRP
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Urine protein, albumin, creatinine
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
EKG, Neurometer, Chest PA, Abdominal sonography
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
Fundus photography, fat computed tomography
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks
HOMA-IR, HOMA-β
Measuring above all, investigators plan to investigate how clinical parameters help to predict and prevent diabetic vascular complications
Time frame: an expected average of 12 weeks