Mouse (118 sources):
abnormal Bruch membrane morphology,
abnormal aerobic respiration,
abnormal blood homeostasis,
abnormal blood pH regulation,
abnormal cardiac muscle tissue morphology,
abnormal cerebral cortex morphology,
abnormal cone electrophysiology,
abnormal double-strand DNA break repair,
abnormal enzyme/coenzyme level,
abnormal epidermis stratum corneum morphology,
abnormal frontal lobe morphology,
abnormal heart echocardiography feature,
abnormal hepatocyte morphology,
abnormal keratinocyte differentiation,
abnormal lipid homeostasis,
abnormal mitochondrial ATP synthesis coupled electron transport,
abnormal mitochondrial crista morphology,
abnormal mitochondrial physiology,
abnormal motor capabilities/coordination/movement,
abnormal muscle contractility,
abnormal myocardial fiber morphology,
abnormal myocardium layer morphology,
abnormal optic choroid morphology,
abnormal oxidative phosphorylation,
abnormal redox activity,
abnormal renal tubule epithelium morphology,
abnormal respiratory electron transport chain,
abnormal retina photoreceptor layer morphology,
abnormal retina pigment epithelium morphology,
abnormal retina rod cell outer segment morphology,
abnormal retina vasculature morphology,
abnormal rod electrophysiology,
abnormal skeletal muscle morphology,
abnormal tibialis anterior morphology,
abnormal trigeminal V mesencephalic nucleus morphology,
abnormal trigeminal motor nucleus morphology,
adipose tissue phenotype,
brain vacuoles,
cardiac fibrosis,
cardiac hypertrophy,
cardiac interstitial fibrosis,
cardiac muscle necrosis,
cardiovascular system phenotype,
circling,
decreased a-wave amplitude,
decreased aerobic running capacity,
decreased b-wave amplitude,
decreased body length,
decreased body size,
decreased body surface temperature,
decreased bone marrow cell number,
decreased cardiac muscle contractility,
decreased circulating glucose level,
decreased circulating lactate level,
decreased epidermal stem cell number,
decreased fetal size,
decreased food intake,
decreased hematocrit,
decreased keratinocyte proliferation,
decreased locomotor activity,
decreased mitochondrial size,
decreased retina inner nuclear layer thickness,
decreased skeletal muscle fiber size,
decreased skeletal muscle mass,
decreased ventricle muscle contractility,
delayed wound healing,
dilated distal convoluted tubule,
dilated heart,
dilated heart left ventricle,
dilated heart ventricle,
early cellular replicative senescence,
enhanced wound healing,
enlarged myocardial fiber,
growth/size/body region phenotype,
hearing/vestibular/ear phenotype,
homeostasis/metabolism phenotype,
hyperoxia,
impaired balance,
impaired exercise endurance,
impaired myelopoiesis,
impaired righting response,
increased cardiac muscle glycogen level,
increased cardiomyocyte apoptosis,
increased cell death,
increased cellular sensitivity to gamma-irradiation,
increased circulating alkaline phosphatase level,
increased circulating aspartate transaminase level,
increased circulating ketone body level,
increased heart weight,
increased hepatocyte apoptosis,
increased liver weight,
increased lymphoma incidence,
increased muscle cell glucose uptake,
increased physiological sensitivity to xenobiotic,
increased tumor incidence,
lethality throughout fetal growth and development, incomplete penetrance,
liver/biliary system phenotype,
muscle phenotype,
myocardial fiber degeneration,
myocardial fiber disarray,
neuron degeneration,
oxidative stress,
perinatal lethality, complete penetrance,
postnatal lethality, complete penetrance,
premature death,
renal cast,
renal/urinary system phenotype,
reproductive system phenotype,
retina photoreceptor degeneration,
retina pigment epithelium atrophy,
short photoreceptor inner segment,
short photoreceptor outer segment,
skin lesions,
spongiform encephalopathy,
thin epidermis,
thin retina outer nuclear layer,
thin ventricular wall,
weakness
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