ライフサイエンスコーパス: blood sugar

1 oride, sodium), creatinine, urea, and random blood sugar).

2 ate, with higher-GI foods rapidly increasing blood sugar.

3 ed obesity, cholesterol, blood pressure, and blood sugar.

4 variable, accuracy at times of low and high blood sugar.

5 ad (GL), which identify foods that stabilize blood sugar.

6 They too had normal fasting blood sugars.

7 improve outcomes more than tight control of blood sugars.

8 were treated with insulin to normalize their blood sugars.

9 /L; 95% CI: -0.03, 0.28 mmol/L), and fasting blood sugar (-0.16 mmol/L; 95% CI: -0.44, 0.11 mmol/L).

10 Fasting blood sugar, 2-h post prandial glucose, or using anti-di

11 ing glucose levels by decreasing the rate of blood sugar absorption.

12 ing glucose levels by decreasing the rate of blood sugar absorption.

13 The pattern of diabetic care and control of blood sugar among diabetic patients are not well describ

14 eakfast skipping) on lipid profiles, fasting blood sugar and body composition in Ethiopian set up.

15 le health effects on lipid profiles, fasting blood sugar and body composition.

16 in addressing the increasing burden of high blood sugar and inform the potential impact of different

17 istration of anti-resistin antibody improves blood sugar and insulin action in mice with diet-induced

18 l obesity, high blood pressure, and abnormal blood sugar and lipid levels, is a growing global health

19 e were treated with the RIPtk gene, and both blood sugars and animal viability were monitored.

20 ed atherosclerotic process, managing lipids, blood sugar, and blood pressure.

21 ), respectively; obesity, hypertension, high blood sugar, and regular cigarette smoking were rare.

22 ith the risk of high blood pressure, fasting blood sugar, and triglycerides, with marginal significan

23 Age, fasting blood sugar, and years of diabetes mellitus were correla

24 on-beta-cells that are capable of modulating blood sugar; and the construction of synthetic 'cells' o

25 t how the counterregulatory responses to low blood sugar are affected under these metabolic condition

26 e present study was to determine whether low blood sugar augments glucagon's ability to increase gluc

27 While improvements in blood sugar, blood pressure, and attenuation of kidney d

28 Blood pressure, non-fasting blood sugar, body mass index and abdominal girth were me

29 in supplementation also led to lower fasting blood sugar, body mass index, and total cholesterol.

30 r type 2 diabetes, metformin, not only lower blood sugar, but also promote longevity in preclinical m

31 when diabetic patients try to control their blood sugar, but the molecular mechanism of this 'metabo

32 Lowering blood sugar by the sodium-glucose co-transporter 2 inhib

33 ese findings support the hypothesis that low blood sugar causes greater participant cooperation - whi

34 vascular biomarkers, including lipoproteins, blood sugar, circulatory pressure, proinflammatory marke

35 erapies to control cerebral amyloid-beta and blood sugar concentrations.

36 e for individuals with diabetes by improving blood sugar control and limiting the risk of hypoglycemi

37 cose and lipid metabolism, leading to better blood-sugar control and decreased insulin resistance.

38 describes how a food, meal, or diet affects blood sugar during the postprandial period.

39 his hormone peptide in a hyperglycemia (high blood sugar) environment.

40 Fasting blood sugar (FBS = 189.08 +/- 51.3 mg/dl) and diabetes m

41 ted with an increased risk of higher fasting blood sugar (FBS) (OR = 6.07; 95% CI: 1.33-27.74, P valu

42 ver craniocaudal length (P = 0.012), fasting blood sugar (FBS) (P = 0.047), aspartate aminotransferas

43 garding diabetes-related traits like fasting blood sugar (FBS) and type 2 diabetes (T2D) and glaucoma

44 oglobin (HbA1c), and mean changes in fasting blood sugar (FBS) level, body weight (BW) and homeostasi

45 body mass index (BMI) (p < 0.05) and fasting blood sugar (FBS) levels (p < 0.05).

46 albumin, complete blood count (CBC), fasting blood sugar (FBS), Alanine aminotransferase (ALT), and a

47 e-responsive) improve outcomes by minimising blood sugar fluctuations.

48 andial glycemic response, or the increase in blood sugar following a meal, is a crucial component to

49 strain should provide utility in separating blood sugar from blood pressure-related treatment effect

50 drink causes some participants who have low blood sugar from fasting to give lower slant estimates.

51 that can reveal a patient's average level of blood sugar from the past 2-3 months instead of just mea

52 tion (ureagenesis) and regulation of fasting blood sugar (gluconeogenesis).

53 DAN score (0 to 6 points) comprises baseline blood Sugar (glucose; 8.1-12.0 mmol/l [145-216 mg/dl] =

54 Weights, blood sugar, glycosylated hemoglobin, and detailed ERGs

55 At the time of rejection (blood sugar >300 mg/100 ml), grafts were harvested and a

56 Haematological tests (blood sugar, HbA1c and lipid profile, 31.8%), OCT (27.4%

57 d metabolic dysregulation (obesity, elevated blood sugar, high blood pressure, high levels of triglyc

58 Buruli ulcer pathogenesis is that changes in blood sugar homeostasis in infected patients are mirrore

59 ptor (GCGR), a Family B GPCR responsible for blood sugar homeostasis, and broadly inhibits receptor-i

60 h as lipid levels, circulating sex hormones, blood sugar homeostasis, inflammation and immune functio

61 reas has the crucial function of maintaining blood sugar homeostasis.

62 m pancreatic beta cells, which is central to blood-sugar homeostasis.

63 ent disease, primarily characterized by high blood sugar (hyperglycemia).

64 ent on the counterregulatory response to low blood sugar in dogs.

65 In this study, the blood sugar in methadone poisoning cases was statistical

66 ation significantly reduced the elevation in blood sugar in mice following an oral but not intraperit

67 s a crucial component to maintaining healthy blood sugar in patients with diabetes.

68 HOMA-beta, HOMA-IR, QUICKI, fasting blood sugar, insulin, and SPX were measured in liver and

69 To avoid high blood sugar, it is important for people to be able to pr

70 days exhibited similar or better control of blood sugar level (20% reduction in HbA1c) and weight co

71 ound that when APR systemically quenched the blood sugar level in diet-induced obesity (DIO) diabetic

72 articles had no effect on the body weight or blood sugar level of rats.

73 n premedication, Wistar male rats presenting blood sugar levels >20 mmol/L were selected for investig

74 serum antibody titers to these bacteria, and blood sugar levels (glycosylated hemoglobin, HbAlc) were

75 significant changes in creatinine, urate, or blood sugar levels after conversion, but the mean plasma

76 bin A1c (HbA1c) provides an estimate of mean blood sugar levels and glycemic control.

77 ame protocol was used on animals with normal blood sugar levels and healthy gingiva.

78 Blood sugar levels and insulin sensitivity was not affec

79 They can also regulate blood sugar levels and lower cholesterol to reduce the e

80 Empagliflozin lowered blood sugar levels compared to vehicle treated animals (

81 physiological adaptation to maintain normal blood sugar levels during sleep loss.

82 del with increased blood pressure und higher blood sugar levels had a reduced survival compared to co

83 The accurate measurement of blood sugar levels in a single drop of whole blood with

84 The blood sugar levels of GK rats are significantly higher t

85 to insulin or fail to produce it adequately, blood sugar levels rise.

86 Graft survival monitored by blood sugar levels was compared among the groups.

87 d 5 days after the start of treatment, lower blood sugar levels were observed in the particle treatme

88 Given that diet affects blood sugar levels, and carnivores have higher cancer ri

89 People with diabetes need to control their blood sugar levels.

90 the brain's ability to sense dangerously low blood sugar levels.

91 abolism may identify new strategies to lower blood sugar levels.

92 sulin secretion and effectively lowers their blood sugar levels.

93 blood pressure, low blood pressure, and high blood sugar levels.

94 One MN patch can quickly reduce the blood-sugar levels (BGLs) of chemically induced type-1 d

95 Biochemical parameters such as FBS (fasting blood sugar), lipid profile, and liver and kidney functi

96 ted of poisoning with illicit drugs and high blood sugar, methadone poisoning should be considered in

97 A significant decrease in BMI (Kg/m(2)) and blood sugar (mg/dL) levels, while an increase in systoli

98 Controlling the blood sugar of diabetic mice with insulin resulted in si

99 ical setting improves outcomes compared with blood sugars of approximately 150 mg/dl.

100 High blood sugar over long term leads to many other health co

101 cept for people with diabetes and those with blood sugar problems), desirable flavor, and taste,maple

102 , periodontal index, body mass index, random blood sugar (RBS), and glycated hemoglobin (HbA1c).

103 ally reduce the GI, contributing to improved blood sugar regulation and overall metabolic health.

104 Fasting blood sugar, serum insulin, fasting serum lipids and ser

105 o produce insulin Abs that may lower fasting blood sugars similar to an insulin autoimmune syndrome.

106 le to be able to predict what will happen to blood sugar so that they can do something to prevent hyp

107 CH(4) breath tests (MBT), blood sugar tests (BST) and clinical symptoms were compa

108 els (cholesterol and triglycerides) and high blood sugar that can lead to HTN and DM.

109 n B to 2p24-25; weight to 18q21; and fasting blood sugar to 1q31-1q43.

110 andomized clinical trials to gradually lower blood sugar to near normal levels.

111 gher body mass index, transaminases, fasting blood sugar, triglyceride, low density lipoprotein level

112 Shortly after admission, the patient's blood sugar was controlled with insulin; this led to a s

113 Similarly, fasting blood sugar was high among non-fasters (100.14 mg/dl) co

114 Blood sugars, weights, and ERGs were measured for a grou

115 Improvements in blood sugar were due in part to increased glucose uptake

116 Body weight and blood sugar were monitored.

117 ressure, low-density lipoprotein, and random blood sugar were significantly higher in NP+C and P+C, w

118 ious history of diabetes or elevated fasting blood sugar were studied.

119 uous measures for blood pressure and fasting blood sugar were used instead of hypertension and diabet

120 ns were markedly elevated, but their fasting blood sugars were normal.

121 d consistently more often when their owner's blood sugars were reported to be outside, than within, t

122 he enhanced hyperammonemia and lower fasting blood sugar, which are both seen in the DKO mice, indica

123 The control of blood sugar (with similar doses of insulin) achieved by