Review Article
ACE Insertion/Deletion Polymorphism and Diabetic Nephropathy: Clinical Implications of Genetic Information
Table 1
Studies examining the association of the ACE I/D polymorphism and response to antiproteinuric (renoprotective) effect of ACE inhibitor therapy.
| Authors (year) | Ethnicity | Disease and patient number | Study durations (month) | Therapy drug | Effects on proteinuria or progression | Reference |
| Parving et al. (1996) | Caucasian | Type 1 DM (35) | 84 | Captopril | Faster progression and higher residual proteinuria in DD genotype | [44] | Jacobsen et al. (1998) | Caucasian | Type 1 DM (60) | 6 | Captopril | II genotype more albuminuria reduction | [45] | Penno et al. (1998) | Caucasian | Type 1 DM (530) | 24 | Lisinopril | II genotype more albuminuria reduction | [46] | Jacobsen et al. (2003) | Caucasian | Type 1 DM (169) | 72 | ACEIs (captopril, lisinopril, and enalapril) | D Allele accelerated progression of DMN | [47] | Ha et al. (2000) | Asian (Korean) | Type 2 DM (83) | 3 | Benazepril, perindopril | DD genotype more albuminuria reduction | [34] | So et al. (2006) | Asian (Chinese) | Type 2 DM (2089) | 44.6 | RAAS inhibitors | DD genotype higher risk of declining renal function | [48] | Cheema et al. (2013) | Asian (Indian) | Type 2 DM (490) | 36 | ACEIs | II genotype better renoprotective effect | [49] |
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ACE: angiotensin converting enzyme; ACEI: angiotensin converting enzyme inhibitor; ACE I/D polymorphism: angiotensin converting enzyme insertion/deletion polymorphism.
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