Achieving body weight loss is possible through a complex process involving psychosocial,
biological, behavioral and environmental factors. Accordingly, studies have focused
on some functional food ingredients that suppress the accumulation of body fat to
support obesity treatment. In the light of this information, coffee stands out with
its high polyphenol and caffeine content. During the first 6 weeks of the study, rats
were randomly divided into 2 groups: standard diet (STD) (n = 24), and high-fat diet
(HFD) (n = 24) group. At the end of six weeks, each group was randomly divided into
4 coffee intervention (control, instant, filter and Turkish coffee) groups. Caffeine
intake for rats was determined as 35,4 mg / kg according EFSA guideline and instant,
filter and Turkish coffee, were administered to the rats corresponding to this dose.
Caffeine, chlorogenic acid, caffeic acid, p-coumaric acid analysis of coffee samples
were conducted with Liquid Chromatography Tandem Mass / Mass Spectrometry (LC-MS /
MS) and coffee dosages were determined according to analysis results. When the food
consumption of rats is evaluated according to weeks, HFD Turkish coffee (15,76±1,06
g) and filter (16,95±0,87 g) coffee groups’ and STD filter (20,47±0,77 g), Turkish
(21,24±0,94 g) and instant coffee (21,93±0,20 g) groups’ food consumption was found
to be statistically significantly lower than the their control groups. High fat diet
Turkish coffee group has the lowest food consumption (p<0,05). This result might be
due to the fact that Turkish coffee has the highest phenolic component content according
to the analysis results. The results of this study show that coffee consumption in
obese may affect body weight positively in the long term by decrease in food consumption
and energy intake.
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