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Animal Model
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Animal Model
Animal models play a crucial role in scientific research and are widely used to study various aspects of biology, medicine, and behavior. These models involve the use of animals, such as mice, rats, rabbits, and primates, to mimic human physiology and understand disease mechanisms, develop new treatments, and test the safety and efficacy of drugs. Animal models provide a controlled experimental environment that allows researchers to investigate complex biological processes in a living system. By selectively breeding animals or using genetic modification techniques, scientists can create models that exhibit specific traits or conditions relevant to human diseases. For instance, mice with a specific gene mutation can be used to study the genetic basis of cancer or neurodegenerative disorders.
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hTNFa-Tg(DBA)
- Description : Model Descripti
- Nomenclature : DBA-Tg(hTNFa)1S
- Exon : Exon 2
- Application : Arthritis Mouse
- Disease : Ocular Albinism
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Kras-LSL-G12D
- Description : Model Descripti
- Nomenclature : C57BL/6JSmoc-Kr
- Exon : Exon 2
- Application : Cancer Research
- Disease : Squamous Cell C
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Lmx1b-Flox
- Description : Model Descripti
- Nomenclature : C57BL/6JSmoc-Lm
- Exon : Exon 4-6
- Application : Research On Dop
- Disease : Nail-Patella Sy
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Ldlr-KO(2)
- Description : Model Descripti
- Nomenclature : C57BL/6JSmoc-Ld
- Exon : Exon 4.
- Application : Insulin Resista
- Disease : familial hyperc
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Mecp2-Flox
- Description : Model Descripti
- Nomenclature : C57BL/6JSmoc-Me
- Exon : Exon 2-3.
- Application : Rett Syndrome,
- Disease : Rett Syndrome
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Myocd-Flox
- Description : Model Descripti
- Nomenclature : C57BL/6JSmoc-My
- Exon : Exon s
- Application : Rett Syndrome,
- Disease : Patent Ductus A
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Nipbl-Flox
- Description : Model Descripti
- Nomenclature : B6;129S-Nipbltm
- Exon : Exon 5
- Application : Cornelia De Lan
- Disease : Autoimmune Dise
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Nphs2-R231Q
- Description : Model Descripti
- Nomenclature : C57BL/6JSmoc-Np
- Exon : Exon 5
- Application : Cornelia De Lan
- Disease : Hereditary Glom
