Skip to main content
. 2020 Jan 31;2020:3014693. doi: 10.1155/2020/3014693

Table 1.

Methods to establish an animal model.

Model Modeling method Molding time Mortality Success rate
SHR 18 m [5, 9, 10] >50% [9]

Aortic Stenosis Model
TAC Ligation of the aortic arch 18-G needle and 4-0 silk [15] 8 w 7.14% 85.71
17-G needle and 6-0 silk [16] 8 w
27-G needle and 7-0 silk 4 w [1719] 1 w [20, 21] <25% [2225] 25%–50% [2628] 50%–75% [2931] 28% [32]
20-G needle and 3-0 silk [33] 6 w 85%
22-G needle and 4-0 silk [34] 2 w
18-G needle and 5-0 nylon [35] 8 w 75.76%
The titanium clamp (internal diameter: 0.45 mm) [36] 3 w 20%
26 G clip [37], 30 G clip [38, 39] 4 w
Ascending aorta constriction model Ligation of the ascending aorta 0.8 mm blunt steel wire and 3-0 silk [46] 6 w 7.7% 82.82%
27-G needle and 7–0 silk [47] 8 w 70%
A titanium clip (50%–60% of original diameter) [43] 21 m [48] 20% [43] 100% [48]
O-rings (ID of 0.61 mm or 0.66 mm) [49] 4 w or 6 w 1.3%
AAC Ligation of the abdominal aorta 22-G needle and 2-0 silk [52] and 22-G needle and 4-0 silk [53] 12 w
24-G needle and 2-0 silk [54] 3 w 8%
7-G needle and 4-0 silk [55] 4 w 18.8% 100%
21-G needle and 4-0 silk [56] 2 w

Renovascular model
2K1C Ligation of unilateral renal artery A polytetrafluoroethylene tubing (0.2 mm internal space) [59] 3 d 1.2% 73.3 ± 15.4%
Stainless steel wire (diameter: 0.3 mm) [60] 3 w 100%
A silver clip (0.2 mm internal space) 4 W [61], 15 d [62], 6 w [63], 7 w [64]
2K2C Ligation of bilateral renal arteries Two silver clips (0.3 mm internal space) 10 w [66, 67], 4 w [68]
1K1C Ligation of unilateral renal artery after nephrectomy A silver clip (0.15 mm internal gap) 4 w [70, 71]

Unilateral nephrectomy model Five-sixth nephrectomy 8 w [73, 76], 5 w [78]
4 w [77] 20%
Right nephrectomy 10 d [74]

Pulmonary hypertension model
PAB Ligation of the pulmonary artery A surgical clip (internal diameter of 0.35 mm) 3 w [83], 7 d [84]
18-G needle and 7-0 prolene suture [85] 4 w 35.71%
Vascular cuff (5 mm width) [86] 3 w 3.8%
16-G or 18-G and 7-0 prolene suture [87] 21 d
Semiclosed clip (outer size: 18-G needle) [85] 4 w 46.43%
MCT Injection 60 mg/Kg 2 w [94], 3 w [93]
4 w 31.58% [86] or 37.5% [95]
35 d [96] 55%
50 mg/Kg 2 w [97]
SU5416 Injection 20 mg/kg, 10% O2 5 w 12.5% [105] or 25% [108]
8 w [106], 9 w [107]

Exogenous induction model
NaCl Feeding 8% NaCl 13 w [112] 68%
6 w [114]
8 w [115]
4 w [113]
14 w 67% [116] or 25% [117]
18 w [118] 25%
200 ng/kg/min [122], 1.5 µg/g/day [123], 0.83 μg/kg/min [124], 400 ng/kg/min [125], 0.7 mg/kg/d [126] 4 w
Angiotensin II Osmotic minipump 0.2 or 2.0 μg/kg/min [121] 4 w 100%
1.5 mg/kg/day [130], 1000 ng/kg/min [128], 1.1 mg/kg/day [129], 800 ng/min/kg [127] 2 w
Aldosterone alone Osmotic minipump 0.2 mg/kg/day [135], 200 mg/kg/day [136] 4 w
0.15 μg/h [137139] 4 w 100%
Aldosterone plus unilateral nephrectomy Osmotic minipump 0.75 μg/h [140] 4 w [140] or 6 w [141]
L-NAME Feeding or gavage 20 mg/d [147] 8 w 33% 80%
40 mg/kg [148] 4 w
60 mg/kg/day [149] 16 w 10%
3 m/ml [150] 6 w
0.1 g/L [151] 2 w

Genetic model
Ufl1 knockout mice 6 m [155]
Raf1L613V expression mice 4 d [156]