Title of article :
EFFECTS OF COOKED LENTILS ON GLYCEMIC CONTROL and BLOOD LIPIDS OF PATIENTS WITH TYPE 2 DIABETES
Author/Authors :
Shams, Hamidreza Nutrition and Food Science Dept - Shahid Beheshti University of Medical Science & Health Services (SUMS) Tehran , Tahbaz, Farideh Nutrition and Food Science Dept - SUMS, Tehran , Entezari, Mohammadhassan School of Health - Isfafhan University of Medical Science & Health Service, Isfahan , Abadi, Alireza Social Medicine Dept - School of Medicine - SUMS, Tehran
Abstract :
INTRODUCTION: Diabetes control is one of the main conflict issues in diabetes management.
Scientists, recently, recommend [increasing low glycemic index (LGI) foods in dietary regimen.
The effects of cooked lentil as a low glycemic index food on serum blood glucose and lipid profile
among type 2 diabetic patients has been investigated in this study.
METHODS: In a randomized cross-over clinical trial which was performed on 30 patients with
type II diabetes mellitus, subjects were randomly divided into 2 groups. Group A followed the
normal diet and Group B followed normal diet with 50gm cooked lentil and 6gm canula oil substitute
of 30gm bread and 20gm cheese. After 6 weeks, groups stopped their diets and put on
wash out period for 3 weeks and later the diets where switched between the them. Diet continued
for another 6 weeks. Anthropometric measurements, dietary intakes, serum lipids and glucose
levels were determined at the beginning and the end of each test period. Data were analyzed
by Food Processor II and SPSS-13.
RESULTS: BMI, LDL_C, HDL_C, TG and serum Fructozamine were not significantly affected
by dietary regimens. But Total cholesterol and fasting blood glucose decreased significantly in
regimen containing lentil (P<0.05).
CONCLUSION: Consumption of cooked lentil as a LGI food in breakfast led to reduction of FBS
and TC and improvement of glycemic control in type 2 diabetic patients.
Keywords :
Diabetes Mellitus , Lentil , Lipid profiles , Blood glucose , Glycemic index , Clinical Trial
Journal title :
Astroparticle Physics