Journal: Nigerian Journal Of Physiological Sciences
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Abstract
Several epidemiological evidences indicate that consumption of coffee is associated with a lower risk of type 2 diabetes mellitus (T2DM) however; there is dearth of experimental data to support these observations. Given that associations do not necessarily infer causality, the present study was designed to investigate the effect of coffee consumption on glucose regulation, T2DM and the probable mechanisms of action, using an animal model. The effect of coffee (2-fold dilution) by oral gavage on normal and high sucrose-solution (HSS) fed (30 % w/v) rats was evaluated. The results showed that consumption of coffee significantly increase glucose tolerance and insulin sensitivity (p<0>
Ayodele,O.M ADEKUNBI,D. Dada,K. Olufeyi,A.A .
(0000). Coffee attenuates induction of insulin resistance in high-sucrose fed rats, 28
(), 179-179.
Ayodele,O.M ADEKUNBI,D. Dada,K. Olufeyi,A.A .
"Coffee attenuates induction of insulin resistance in high-sucrose fed rats" 28, no (), (0000):
179-179.
Ayodele,O.M and ADEKUNBI,D. and Dada,K. and Olufeyi,A.A and .
(0000). Coffee attenuates induction of insulin resistance in high-sucrose fed rats, 28
(), pp179-179.
AyodeleOM, ADEKUNBID, DadaK, OlufeyiAA, .
Coffee attenuates induction of insulin resistance in high-sucrose fed rats. 0000, 28
():179-179.
Ayodele,Olufemi Morakinyo,
ADEKUNBI,Daniel ,
Dada,Kayode ,
and Olufeyi,Adefunke Adegoke
.
"Coffee attenuates induction of insulin resistance in high-sucrose fed rats", 28 . (0000) :
179-179.
A.Olufemi Morakinyo A.Daniel D.Kayode & O.Adefunke Adegoke ,
"Coffee attenuates induction of insulin resistance in high-sucrose fed rats"
vol.28,
no.,
pp. 179-179,
0000.