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Table 1 Studies in animal models and humans with type I and/or type II diabetes showing cardiac structural and functional abnormalities

From: The interplay of inflammation, exosomes and Ca2+ dynamics in diabetic cardiomyopathy

Study model

Cardiac functional changes

Diabetes type

References

Humans

↑ HR, ↑ LV wall thickness

Type II

Galderisi et al. [244]

NZ diabetic rabbit

↑ Susceptibility to ischemia

Type I

Hadour et al. [245]

STZ-induced rat

LV systolic and diastolic dysfunction

Type I

Joffe et al. [246]

Humans

↑ LV mass and wall thickness, ↓ cardiac function

Type II

Devereux et al. [134]

Isolated perfused heart of db/db mouse

↓ Cardiac contractility, ↓ Glucose oxidation

Type II

Belke et al. [247]

Humans

↑ LV thickness and mass, ↑ cardiac output

IGT

Ilercil et al. [248]

Humans

↑ LV thickness and mass

Type I

Carugo et al. [249]

IGF-1 transgenic mice

Systolic and diastolic dysfunction, ↓ LV compliance

Type I

Kajstura et al. [250]

Humans

Diastolic dysfunction, Normal systolic function

Type I

Schannwell et al. [251]

Diabetic apoB transgenic mice

Diastolic and systolic dysfunction, ↑ BNP

Type I

Nielsen et al. [252]

Non-obese diabetic mice and rat

Systolic and diastolic dysfunction, ↓ Contractility

Type I

Pacher et al. [253]

db/db and transgenic db/db-hGLUT4 mice

Systolic and diastolic dysfunction, ↓ Contractility

Type II

Semeniuk et al. [254]

Isolated perfused heart of STZ-induced diabetic mice

Systolic dysfunction, ↓ Contractility

Type I

Trost et al. [85]

Isolated perfused heart of Zucker fatty rats

Systolic and diastolic dysfunction

Type II

Young et al. [255]

Isolated perfused heart of db/db mice

↑ Susceptibility to ischemia and dysfunction

Type II

Aasum et al. [256]

db/db and ob/ob mice

Myocyte hypertrophy

Type II

Barouch et al. [257]

ob/ob mice

Diastolic dysfunction

Type II

Christoffersen et al. [258]

Humans

LVH, diastolic dysfunction

Type II

Bell [259]

db/db mice

Contractile dysfunction

Type II

Belke et al. [44]

Zucker fatty mice

LVH

Type II

Conti et al. [260]

Goto-Kakizaki diabetic rat

LVH

Type II

Desrois et al. [261]

Zucker fatty mice and Goto-Kakizaki rat

↑ Susceptibility to ischemia

Type II

Kristiansen et al. [262]

Isolated perfused heart of ob/ob mice

LVH

Type II

Mazumder et al. [263]

Biobreeding diabetic rat

↓ HR, ↓ contractility

Type I

Broderick and Hutchison [264]

ob/ob mice

LVH, ↓ ionotropic response

Type II

Boudina et al. [265]

Biobreeding diabetic rat

Diastolic dysfunction, ↓ HR, ↓ contractility

Type I

Broderick and Poirier [266]

ob/ob mice and db/db mice

↓ Contractility

Type II

Buchanan et al. [267]

db/db mice

Cardiomyocyte dysfunction

Type II and I

Kralik et al. [268]

Sucrose-fed rats

Diastolic and systolic dysfunction

Type II

Vasanji et al. [269]

STZ-induced transgenic mice

Contractile dysfunction

Type I

Suarez et al. [270]

Genetic (Akita) mice

Diastolic dysfunction

Type I

Basu et al. [271]

db/db mice

Reduced stress compliance

Type II

Daniels et al. [272]

STZ-induced rats

Increased stiffness

Type I

Bupha-Intr et al. [273]

Zucker fatty rats

Impaired contraction

Type II

Howarth et al. [274]

Genetic (Akita) mice

Diastolic and systolic dysfunction

Type I

Patel et al. [275]

Goto-Kakizaki rat

Systolic dysfunction

Type II

Salem et al. [276]

Otsuka Long-Evans Tokushima Fatty rats

Diastolic dysfunction

Type II

Takada et al. [277]

STZ-induced rats

Contractile dysfunction

Type I

Ward et al. [80]

STZ-induced mice

Diastolic dysfunction with Ca2+ overload

Type I

Namekata et al. [278]

Humans

Diastolic dysfunction

Type II

Lamberts et al. [279]

Humans

Impaired LV midwall shortening

Type II

Cioffi et al. [280]

Humans

Contractile dysfunction

Type II

Montaigne et al. [281]

STZ-induced  transgenic mice

Diastolic and systolic dysfunction

Type I

Thomas et al. [282]

STZ-induced guinea pig

Impaired contraction after stress

Type I

Tocchetti et al. [283]

db/db mice

Contractile dysfunction

Type II

Veeranki et al. [119]

STZ-induced mice

Diastolic and systolic dysfunction

Type I

Ruiz et al. [284]

  1. NZ New Zealand; IGF-1 Insulin growth factor-1; GLUT Glucose transporter; HR Heart Rate; LV Left Ventricular; BNP B-Type natriuretic peptide; NOD Non-obese diabetic; STZ Streptozotocin; LVH Left ventricular hypertrophy; ob/ob obese mouse