[ @entity101 type I XXXX have a higher level of microalbuminuria than normotensives irrespective of blood glucose equilibrium].

@entity1 @entity455 @entity101 @entity6 @entity633 @entity989 @entity1011
Micro- @entity633 , glycosylated haemoglobin and @entity1011 clearance were measured in 28 insulin dependent and 8 insulin requiring @entity6 @entity1 (17 males aged 45 +/- 14.4 and 19 females aged 40 +/- 17 years). Twelve had @entity989 and six had @entity101 . There was no statistical difference of duration of @entity6 , @entity1011 clearance and glycosylated haemoglobin between @entity1 with normal microalbuminuria and @entity1 with hyper microalbuminuria. There was no correlation between glycosylated haemoglobin and micro- @entity633 , between @entity1011 clearance and micro- @entity633 , and between @entity1011 clearance and glycosylated haemoglobin. @entity1 with @entity989 did not have significantly higher levels of micro- @entity633 . @entity101 @entity1 had a significantly higher micro- @entity633 (p = 0.03, m = 45.10 +/- 56) compared with normotensive @entity1 (m = 15.49 +/- 17.54). Glycosylated haemoglobin did not differ whether @entity1 were normo or @entity101 . @entity101 @entity1 were significantly older (p = 0.01) than normotensive. The lack of difference in glycemic control between normo and @entity101 @entity6 suggests that @entity6 and @entity101 are two independent cumulative risk factors of micro- @entity633 . Hypermicro- @entity633 may be secondary to @entity455 in young @entity6 and secondary to @entity101 in old @entity6 .
