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1 ntly, irrespective of blood glucose level or diabetic status.
2 ese adults, and depletion is associated with diabetic status.
3 ug-eluting stent (DES) outcomes according to diabetic status.
4 uction of the islet mass needed to reverse a diabetic status.
5 ponse system, and were stratified by sex and diabetic status.
6 least one follow-up report of posttransplant diabetic status.
7 were higher in Indians irrespective of their diabetic status.
8 nical outcome were compared according to the diabetic status.
9 ncentrations did not differ significantly by diabetic status.
10 re higher in women than in men regardless of diabetic status.
11 14 patients (6.2%) showed no change in their diabetic status.
12 d which were associated to measures of their diabetic status.
14 , 6081 patients were stratified according to diabetic status and according to the median SYNTAX score
15 drug-eluting stents outcomes in relation to diabetic status and coronary artery disease complexity a
17 alteration in the extracellular matrix with diabetic status and its implications on incident heart f
18 ostoperative hyperglycemia is independent of diabetic status and needs further evaluation to assess f
21 10 minutes, were stratified on the basis of diabetic status and randomized to low-dose (4x10(9) PU)
22 differences in gene expression caused by the diabetic status and reprogram diabetic cells to a patter
24 ignificant interactions were present between diabetic status and stent type for the 2-year end points
25 We aimed to evaluate the association between diabetic status and the rates of cataract extraction (CE
27 analyzed as a function of race, gender, age, diabetic status, and levels of serum calcium, phosphorus
28 r risk factors using current blood pressure, diabetic status, and smoking history and measurements of
29 tients were stratified according to eGFR and diabetic status, and subgroup-specific propensity score
37 as independent of left ventricular function, diabetic status, history of hypertension, or history of
38 +/-0.80 and 2.55+/-0.91 mg/dl), age, weight, diabetic status, left ventricular function, degree of pr
39 metabolism disorders, lipid alterations, or diabetic status, may contribute to the development and p
44 r PI after clopidogrel therapy regardless of diabetic status or fibrinogen level (36.8 +/- 9.0% vs. 4
46 action was found for these associations with diabetic status or with microbial markers for caries (S.
47 weight, serum creatinine level, proteinuria, diabetic status, or greater use of short-acting antihype
49 ctive Global Assessment grade C; P = 0.009), diabetic status (P = 0.008), and UF (<750 ml/24 h; P = 0
51 ge, Subjective Global Assessment grade C and diabetic status predicted patient survival with UF the n
53 d documentation of antihypertensive therapy, diabetic status, proteinuria status, and body weight.
54 levated fibrinogen level was associated with diabetic status, resulting in lower PI in diabetic patie
55 0 in whites after adjusting for age, gender, diabetic status, serum calcium, and phosphorus (P < 0.00
57 the number of teeth by controlling for age, diabetic status, systolic blood pressure, education, and
59 We categorized our final cohort based on diabetic status using criteria from the American Diabeti
62 between platelet GP IIb/IIIa inhibition and diabetic status was statistically significant (P=0.036).
64 odontitis in 2009 and compared their 2006/07 diabetic status with that of controls (individually matc