1
Transduced islets were transplanted under the left kidney capsule of diabetic rats.
2
Formalin-evoked flinching was increased in diabetic rats as compared to non-diabetic rats.
3
IR-induced myocardial damage was augmented in hearts isolated from hypertensive and diabetic rats.
4
Quercetin could ameliorate ED in diabetic rats by inhibiting oxidative stress.
5
ICP in diabetic rats was significantly decreased than that in controls.
6
No autoantibodies against insulin could be detected in the plasma of diabetic rats.
7
All substances were given intragastrically to non-diabetic and STZ-induced diabetic rats for 4 weeks.
8
There was no difference in cardiac aldose reductase activity between control and diabetic rats.
9
L-Propionylcarnitine treatment of the diabetic rats partially normalized these activities.
10
Hearts isolated from 12-mo non-insulin-dependent diabetic rats exhibited reduced rates of contractility and relaxation.
11
A concomitant HR slowing was also smaller in diabetic rats.
12
Oral administration of kaempferitrin reduced blood sugar in diabetic rats.
13
Conclusion: The organic vanadium complex was found to effectively attenuate diabetic alterations in STZ- diabetic rats.
14
A significant elevation in body weight was observed in diabetic rats treated with the extract.
15
On this condition, subcutaneous administration of PPG or HA reduced tactile allodynia in diabetic rats.
16
Untreated diabetic rats had progressive proteinuria and developed glomerulosclerosis.
