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. Author manuscript; available in PMC: 2012 Mar 1.
Published in final edited form as: N Am J Med Sci (Boston). 2011 Oct 1;4(4):183–190. doi: 10.7156/v4i4p183

Table 1.

Characteristics of mice with genetic manipulations of AGT

Manipulation Strategy Pathophysiological Features References
BP kidney heart   Others
rat Agt overexpression rat Agt transgene under the control of the
mouse metallothionein I promoter
ND ND   ND [61]
rat Agt transgene under the control of the
rat Agt promoter
nephro-
sclerosis
hyper-
trophy
  ND [62,76]
human Agt
overexpression
human Agt transgene under the control of
the human Agt promoter
  ↔ [63]
rat Agt and Ren
overexpression
breeding of rat Agt transgenic mice with
rat Ren transgenic mice
ND ND   ND [61]
human Agt and Ren
overexpression
breeding of human Agt transgenic mice
with human Ren transgenic mice
nephro-
sclerosis
hyper-
trophy
↓ body weight [64,94]
whole body Agt
deficiency (Agt −/−)
insertion of a neo cassette to the exon 2
prior to the start codon of the mouse Agt
hydro-
nephrosis
cardio-
myopathy

↓ body weight,
fat mass &
locomoter
activity
[65,66]
rat Agt overexpression
in adipocytes
rat Agt transgene under the control of aP2
promoter in wild type mice
ND ND ↑ body weight &
fat mass,
↓ energy
expenditure
[79]
rat Agt adipocyte-
specific expression

rat Agt transgene under the control of aP2
promoter in Agt −/− mice
ND
Agt adipocyte-specific
deficiency
breeding of Agt floxed mice with trangenic
mice expressing Cre recombinase under
the control of aP2 promoter
↓ in
aged
mice
ND ND ↔ body weight
& fat mass
[34]

Notes: Agt = angiotensinogen gene; Ren = renin gene; BP = blood pressure; ↔ = no change; ↑ = increase; ↓ = decrease; ND = not determined. The pathophysiological changes were determined in comparison with their relative wild type littermates