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[Animal modeling drug efficacy evaluation] - replication of disseminated intravascular coagulation model using rabbit brain powder infusion

[Animal modeling drug efficacy evaluation] - replication of disseminated intravascular coagulation model using rabbit brain powder infusion

  Preparation of rabbit brain powder infusion: euthanize the rabbit by bloodletting, remove the rabbit brain, clean the attached blood vessels and meninges, rinse it clean, and then use gauze to absorb it. Place it in a mortar and add acetone. Grind ...

2024-09-05
【Animal Modeling - Pharmacological Evaluation】 - Acute Renal Failure Model Induced by Oleic Acid

【Animal Modeling - Pharmacological Evaluation】 - Acute Renal Failure Model Induced by Oleic Acid

rats, weighing 220-250g; Drug: Oleic acid...

2024-09-05
[Animal modeling] - establishment of a traumatic epilepsy animal model by cortical injection of ferrous chloride

[Animal modeling] - establishment of a traumatic epilepsy animal model by cortical injection of ferrous chloride

Healthy adult male SD rats, weighing 180-220g; Medication: 10% chloral hydrate, FeCl2 solution...

2024-09-05
【Animal modeling】-Effects of bile duct ligation and recanalization on the phenotype and NOX4 protein expression in rat liver

【Animal modeling】-Effects of bile duct ligation and recanalization on the phenotype and NOX4 protein expression in rat liver

To design and establish a rat liver fibrosis model with bile duct ligation and recanalization, and to observe the effects of bile duct ligation and recanalization on epithelial-mesenchymal phenotype and oxidative stress-related protein expression in...

2024-09-05
【Animal Modeling】-Discussion on Influencing Factors of Non-Human Primate Evaluation of Learning and Memory Function

【Animal Modeling】-Discussion on Influencing Factors of Non-Human Primate Evaluation of Learning and Memory Function

The delayed response test based on the Wisconsin Universal Tester is a common method to evaluate the learning and memory ability of non-human primates. The experiment is affected by many factors during the process. The learning and memory ability has...

2024-09-05
【Animal Modeling - Pharmacological Evaluation】 - Virus Induced Brain Tumor Model

【Animal Modeling - Pharmacological Evaluation】 - Virus Induced Brain Tumor Model

Vazquez Lopez first discovered that viruses can induce tumors, but the pathogenesis has not been fully elucidated...

2024-09-04
[Animal Modeling - Pharmacological Evaluation] - Acute Epilepsy Animal Model

[Animal Modeling - Pharmacological Evaluation] - Acute Epilepsy Animal Model

The acute epilepsy model is often a one-time acute seizure model that can induce epilepsy with a single treatment. Including the maximum electroconvulsive epilepsy model and the pentylenetetrazole epilepsy model...

2024-09-04
[Animal Modeling - Pharmacological Evaluation] - Gene Modified Lymphoma Animal Model

[Animal Modeling - Pharmacological Evaluation] - Gene Modified Lymphoma Animal Model

The occurrence of lymphoma is a multifactorial and multi-stage process. Various mechanisms such as cell cycle regulation, abnormal anti apoptotic pathways, and tumor suppressor pathways play important roles in the pathogenesis of lymphoma...

2024-09-04
[Animal Modeling - Pharmacological Evaluation] - Gene Modified Leukemia Animal Model

[Animal Modeling - Pharmacological Evaluation] - Gene Modified Leukemia Animal Model

Bcr/bl transgenic mouse model: Through cloning and analysis of the promoter sequence and function of the mouse Tec gene, it was found that genes regulated by the Tec promoter are only specifically expressed in the cytoplasm of hematopoietic stem cell...

2024-09-04
[Animal Modeling Drug Efficacy Evaluation] - Acute Renal Failure Model Induced by Norepinephrine

[Animal Modeling Drug Efficacy Evaluation] - Acute Renal Failure Model Induced by Norepinephrine

male domestic dogs, weighing 10-20kg; Medication; Pentobarbital, norepinephrine...

2024-09-04
[Animal Modeling Drug Efficacy Evaluation ]-Induced Lymphoma Animal Model

[Animal Modeling Drug Efficacy Evaluation ]-Induced Lymphoma Animal Model

The most commonly used inducer is N-methylnitrosourea (MNU). Its carcinogenic mechanism is related to the formation of O6 methylguanine, which causes GyA point mutations during DNA replication...

2024-09-03
[Animal Modeling - Pharmacological Evaluation] - Inducing Retinal Pigmentation Degeneration Animal Model

[Animal Modeling - Pharmacological Evaluation] - Inducing Retinal Pigmentation Degeneration Animal Model

Inducing retinal diseases through medication or physical methods to alter the structure of the retina, resulting in conditions similar to human retinitis pigmentosa...

2024-09-03
[Animal Modeling - Pharmacological Evaluation] - Gene Modified Retinitis Pigmentation Animal Model

[Animal Modeling - Pharmacological Evaluation] - Gene Modified Retinitis Pigmentation Animal Model

Knocking out genes related to retinal diseases to obtain animal models with stable clinical phenotypes and clear genetic backgrounds provides an important research tool for studying the functions of related genes and their encoded proteins...

2024-09-03
[Animal Modeling - Efficacy Evaluation ]- Dry Eye Disease Animal Model

[Animal Modeling - Efficacy Evaluation ]- Dry Eye Disease Animal Model

Dry eye disease, also known as dry keratoconjunctivitis, is one of the most common eye diseases, which can cause damage to the ocular surface and blurred vision, affecting the quality of life of patients...

2024-09-03
[Animal modeling - efficacy evaluation] - diabetes retinopathy model

[Animal modeling - efficacy evaluation] - diabetes retinopathy model

NOD mice are the best model for studying human type 1 diabetes, and they are very similar to human in genetics and immunity. The main susceptibility gene of human type 1 diabetes is located in MHC, and the susceptibility gene of NOD mice is also loca...

2024-09-03
[Animal Modeling - Pharmacological Evaluation]- Chemical Induced Brain Tumor Model

[Animal Modeling - Pharmacological Evaluation]- Chemical Induced Brain Tumor Model

Injecting some chemical carcinogens into different parts of animals in different ways can induce tumors, but the incidence, type, and location of tumors induced by carcinogens vary depending on their dosage, animal age, strain, and physiological stat...

2024-09-03