Autoimmune Disease Efficacy Evaluation

Custom Model Generation Services
Preclinical Testing Services
Anti-Tumor Drug Efficacy EvaluationAutoimmune Disease Efficacy EvaluationMetabolic Disease Efficacy EvaluationNeurological Disease Efficacy EvaluationCardiovascular Diseases Efficacy EvaluationBioanalytical ServicesPhenotyping ServicesNon-GLP Toxicity Assessment ServicesCell Therapy & Gene Therapy Efficacy EvaluationDisease Rat Models Infectious Disease Efficacy Evaluation
Germ-Free and Microbiome Services
Mouse-Derived Gut Microbiota LibraryCustomized Germ-free ServicesEvaluation of Anti-tumor Effect of Gut MicrobiotaMicrobiota Extraction and TransplantationGerm-free Rederivation and BreedingMicrobial Strain Culture and Colonization
Cell Lines and Customization Services
Cell Line Customization ServicesSyngeneic Cell LinesReporter Cell LinesCDX Cell Lines
Patient Derived Xenograft (PDX) Mouse Models and Efficacy Services
Custom Breeding Services
Customized Mice Breeding ServicesCryopreservation and ResuscitationAssisted ReproductionMouse Rederivation Service
Animal Quality Testing Services
SNP Testing ServicesMicrobiology Testing ServicesGenetic IntegrityAnimal HealthAnimal Welfare
NeoMab Fully-Human Antibody Discovery Service
Assay Capabilities
Molecular PlatformPK/PD PlatformPathological Diagnosis PlatformCell-based Service PlatformFlow Cytometry PlatformImaging and Analysis PlatformBehavioral Analysis Platform
Other Services
Animal Facility and HusbandryReproductive and Embryology Services Isolation of Embryonic Fibroblasts

GemPharmatech’s preclinical service platform offers our clients one-stop technical services for preclinical autoimmune disease drug development. Our experienced scientific team, rich mouse model resources, and stringent quality control standards provide a comprehensive system for preclinical services, including preclinical efficacy evaluation and customized services to support IND submission.


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Service specifications

  • Construction and phenotypic validation of animal models for autoimmune diseases.

  • Preclinical in vitro and in vivo efficacy evaluation for autoimmune disease therapeutics.


Workflow

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