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【Animal Modeling Drug Efficacy Evaluation】 Stress Hypertension Model

【Animal Modeling Drug Efficacy Evaluation】 Stress Hypertension Model

Repeated combination of unconditional stimuli (such as injection of adrenaline, angiotensin, or electrical stimulation) with conditioned stimuli can induce hypertension in animals such as dogs, rats, and rabbits...

2024-09-19
[Animal modeling - Drug efficacy evaluation] - Extrarenal bandaging induced hypertension model

[Animal modeling - Drug efficacy evaluation] - Extrarenal bandaging induced hypertension model

Also known as extrarenal compression hypertension model, it can be divided into two kidney one bundle type (one kidney bundle, bilateral kidney preservation), one kidney one bundle type (one kidney bundle, contralateral kidney resection), and two kid...

2024-09-19
[Animal modeling - Drug efficacy evaluation] - Renal vascular hypertension model

[Animal modeling - Drug efficacy evaluation] - Renal vascular hypertension model

The renal vascular hypertension model is a model in which animal renal artery stenosis leads to an increase in blood pressure. According to different experimental methods, it can be divided into two kidney one clip type (left renal artery stenosis, b...

2024-09-19
[Animal modeling - efficacy evaluation] - Atherosclerosis model induced by high fat and high sugar diet in rabbits

[Animal modeling - efficacy evaluation] - Atherosclerosis model induced by high fat and high sugar diet in rabbits

A significant increase in plasma glucose concentration leads to an increase in blood viscosity. Hyperglycemia can also generate superoxide stress, increase the generation of oxygen free radicals and advanced glycation end products (AGEs) in the body,...

2024-09-19
[Animal modeling - efficacy evaluation] - Vitamin D induced atherosclerosis model in rats

[Animal modeling - efficacy evaluation] - Vitamin D induced atherosclerosis model in rats

Compared with the previous model of atherosclerosis induced by feeding animals with vitamin D, the one-time intraperitoneal injection of vitamin D has the advantages of simpler operation, lower cost, shorter time and higher success rate. This model h...

2024-09-19
[Animal modeling - efficacy evaluation] - macaque cerebral atherosclerosis animal model

[Animal modeling - efficacy evaluation] - macaque cerebral atherosclerosis animal model

This model was created using primate macaques and fed a high-fat diet for 16-28 months. Compared with other animal models, its cardiovascular anatomy and physiological functions are closer to those of humans, but the modeling time is longer...

2024-09-19
[Animal modeling - efficacy evaluation] - quail atherosclerosis animal model

[Animal modeling - efficacy evaluation] - quail atherosclerosis animal model

This model is modeled using quails, with a simple method and high modeling rate. But after 32-36 weeks of high-fat feeding and 4-6 weeks of basic feed feeding, the thickness of the aortic intima and plaque score were significantly reduced compared to...

2024-09-19
[Animal modeling - Drug efficacy evaluation] - Acute renal failure dog model caused by abdominal open injury combined with seawater immersion

[Animal modeling - Drug efficacy evaluation] - Acute renal failure dog model caused by abdominal open injury combined with seawater immersion

20 healthy adult beagle dogs weighing 13-20kg; Reagent: Artificial seawater [Main indicators: osmotic pressure (1250 ± 11.52) mmol/L, pH 8.2, sodium ion (630 ± 5.33) mmol/L, potassium ion (10.88 ± 0.68) mmol/L, chloride ion (658.8 ± 5.25) mmol/L, sea...

2024-09-19
【Animal modeling - Drug efficacy evaluation】 - Chronic renal failure rat glomerulosclerosis model

【Animal modeling - Drug efficacy evaluation】 - Chronic renal failure rat glomerulosclerosis model

After one week of adaptation in the model animals, right nephrectomy was performed. On the 7th day after surgery, a 2g/L solution of doxorubicin was injected into the tail vein at a dose of 5mg/kg. On the 30th day after surgery, doxorubicin was repea...

2024-09-19
[Animal Modeling - Pharmacological Evaluation] - Small Pig Root Absorption Model

[Animal Modeling - Pharmacological Evaluation] - Small Pig Root Absorption Model

  Root resorption is a common and difficult complication in orthodontic treatment. There are many factors that can cause root resorption, including age, gender, nutritional status, type of orthodontic appliance, magnitude of orthodontic force, orthod...

2024-09-18
[Animal modeling - Efficacy evaluation] - Repair of peri implant bone defects in miniature pigs

[Animal modeling - Efficacy evaluation] - Repair of peri implant bone defects in miniature pigs

Implant restoration has been increasingly widely used in clinical practice, but tooth loss due to trauma, tumors, periodontal disease, and other reasons is often accompanied by excessive absorption of alveolar bone, resulting in insufficient bone mas...

2024-09-18
[Animal Modeling - Efficacy Evaluation] - Small Pig Myelitis Model

[Animal Modeling - Efficacy Evaluation] - Small Pig Myelitis Model

There are 5 experimental miniature pigs in China, weighing 14-26kg, with 3 males and 2 females. Select the first permanent molars of the upper and lower jaws, and create a pulpitis model with bilateral mandibular incisors...

2024-09-18
[Animal Modeling - Pharmacological Evaluation] - Other Congenital Heart Disease Models in Small Pigs

[Animal Modeling - Pharmacological Evaluation] - Other Congenital Heart Disease Models in Small Pigs

Guerreiro et al. established a model of myocardial hypertrophy in growing pigs using surgical methods...

2024-09-18
[Animal Modeling - Pharmacological Evaluation] - Tissue Engineering Pig Heart Valve

[Animal Modeling - Pharmacological Evaluation] - Tissue Engineering Pig Heart Valve

Heart valve disease is an important disease that endangers human health, and the main treatment method is heart valve replacement surgery...

2024-09-18
[Animal Modeling - Pharmacological Evaluation] - Pathological Tongue Coating Model in Small Pigs

[Animal Modeling - Pharmacological Evaluation] - Pathological Tongue Coating Model in Small Pigs

The changes in tongue coating and tongue texture are one of the main bases for clinical differentiation in traditional Chinese medicine. If similar changes to human tongue coating and tongue texture can be replicated in animal tongues, it will contri...

2024-09-18
[Animal Modeling - Pharmacological Evaluation]- Lipopolysaccharide induced Acute Renal Failure Model

[Animal Modeling - Pharmacological Evaluation]- Lipopolysaccharide induced Acute Renal Failure Model

Adult male rats weighing 200-300g; Medications: Anesthetic, inulin, Escherichia coli lipopolysaccharide (LPS)...

2024-09-18