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【Animal Modeling】-Application Analysis of Constipation Animal Model Based on Data Mining

【Animal Modeling】-Application Analysis of Constipation Animal Model Based on Data Mining

To study the modeling points of constipation animal models and provide reference for improving the success rate of modeling...

2022-08-11
【Animal Modeling】-Construction of a rat treadmill resistance training model

【Animal Modeling】-Construction of a rat treadmill resistance training model

To construct a rat treadmill resistance training model...

2022-08-11
【Animal Modeling】-Three-dimensional modeling and valuable application of miniature porcine heart coronary artery casting based on embedding technology

【Animal Modeling】-Three-dimensional modeling and valuable application of miniature porcine heart coronary artery casting based on embedding technology

To investigate the three-dimensional construction and preservation of coronary anatomy in miniature pig hearts...

2022-08-11
【Animal Modeling】-Establishment, identification and preliminary phenotype of a mouse model of conditional knockout of FGF9 gene in oligodendrocytes

【Animal Modeling】-Establishment, identification and preliminary phenotype of a mouse model of conditional knockout of FGF9 gene in oligodendrocytes

To establish a mouse model of oligodendrocyte-specific knockout of fibroblast growth factor 9 (FGF9), and to further study the role of FGF9 in neural development...

2022-08-11
【Animal Modeling】-Exploring the role of GIP receptor (GIPR) signaling in adipose tissue in a mouse model using ultrasound to evaluate insulin resistance and hepatic steatosis

【Animal Modeling】-Exploring the role of GIP receptor (GIPR) signaling in adipose tissue in a mouse model using ultrasound to evaluate insulin resistance and hepatic steatosis

To compare the advantages and disadvantages of two high-glucose-induced hippocampal neuron models, and to explore the application effects of the two cell models in different situations....

2022-08-11
【Animal Modeling】-GIPR signaling in adipose tissue of mouse model plays a role in insulin resistance and hepatic steatosis

【Animal Modeling】-GIPR signaling in adipose tissue of mouse model plays a role in insulin resistance and hepatic steatosis

To investigate the role of GIP receptor (GIPR) signaling in adipose tissue in a mouse model of insulin resistance and hepatic steatosis assessed by ultrasound...

2022-08-11
【Animal modeling】-Application of reduced glutathione in biological purification and rapid reproduction of AG129 mice

【Animal modeling】-Application of reduced glutathione in biological purification and rapid reproduction of AG129 mice

AG129 mice are difficult to give birth naturally, and conventional in vitro fertilization reagents cannot be used to obtain enough embryos for transplantation. Reduced glutathione (GSH) was used to adjust the composition of in vitro fertilization flu...

2022-08-10
【Animal modeling】-Analysis of genetic diversity of ferret microsatellite DNA

【Animal modeling】-Analysis of genetic diversity of ferret microsatellite DNA

To screen and optimize ferret microsatellite DNA primers, and to evaluate and analyze the genetic diversity of ferret populations...

2022-08-10
【Animal modeling】-Comparative study on the microbial composition of different parts of the digestive tract of wild tree shrew and artificially reared tree shrew

【Animal modeling】-Comparative study on the microbial composition of different parts of the digestive tract of wild tree shrew and artificially reared tree shrew

To use tree shrew as a research model to explore the composition of flora in different intestinal segments of wild tree shrew and artificially bred tree shrew...

2022-08-10
【Animal Modeling】-The role of ripply1 in the dorsal and ventral development of early zebrafish embryos

【Animal Modeling】-The role of ripply1 in the dorsal and ventral development of early zebrafish embryos

To explore the role of ripply1 gene in the development of the early dorsal-ventral axis in zebrafish...

2022-08-10
【Animal Modeling】-The Secret Weapon of Delayed Aging in Mice with Mitochondrial Disease

【Animal Modeling】-The Secret Weapon of Delayed Aging in Mice with Mitochondrial Disease

POLG knockout mice – a mouse model of mitochondrial disease and premature aging that can easily be mistaken for older than chronological age – had hair loss, osteoporosis, hearing loss, Infertility, heart problems and weight loss...

2022-08-10
【Animal Modeling】-Pathological Study of Spontaneous Hepatobiliary Hyperplasia in Aged Rats

【Animal Modeling】-Pathological Study of Spontaneous Hepatobiliary Hyperplasia in Aged Rats

To accumulate valuable research data on rat hepatic bile duct hyperplasia for related scientific research and new drug safety evaluation...

2022-08-10
【Animal Modeling】-Analysis of Physiological and Biochemical Characteristics of SPF Large White and Landrace Pigs

【Animal Modeling】-Analysis of Physiological and Biochemical Characteristics of SPF Large White and Landrace Pigs

To study and analyze the reproductive physiology, blood physiology and biochemical characteristics of SPF large white and landrace pigs...

2022-08-09
【Animal Modeling】-Establishment and evaluation of long-term anesthesia protocol for the study of spinal cord injury in rhesus monkeys

【Animal Modeling】-Establishment and evaluation of long-term anesthesia protocol for the study of spinal cord injury in rhesus monkeys

To provide a simple and easy anesthesia scheme for the successful establishment of rhesus monkey spinal cord injury model and other long-term surgical operations in rhesus monkeys...

2022-08-09
【Animal modeling】-Influence of RNA interference inhibition of Beclin1 gene on proliferation and apoptosis of naked mole rat fibroblasts

【Animal modeling】-Influence of RNA interference inhibition of Beclin1 gene on proliferation and apoptosis of naked mole rat fibroblasts

To inhibit the expression of autophagy-regulating gene Beclin 1 by RNA interference technology, and to detect the effect of Beclin 1 expression on the proliferation and apoptosis of naked mole rat skin fibroblasts and the expression of p53, BAX, Bcl2...

2022-08-09
【Animal modeling】-Establishment and identification of vitamin D receptor gene knockout mouse strain

【Animal modeling】-Establishment and identification of vitamin D receptor gene knockout mouse strain

To explore the optimal breeding method and identification method of vitamin D receptor (VDR) knockout mice, and to provide animal models for further study of VDR function and related diseases...

2022-08-09