Inflammation, Immunology and Pain Models

Close-up of a computer monitor displaying detailed tissue sample imagery for inflammation models and pain animal models in research.

Inflammation, Immunology & Pain Models for Efficacy Studies

Pharmaron provides CRO services in inflammation models, immunology models, and pain models (inflammatory pain models and neuropathic pain models) offering comprehensive preclinical services for the evaluation of therapies targeting these complex diseases. The team is supported by internal PK/bioanalytical, ex vivo pharmacology, and in vitro biology teams to provide integrated services.

Highly-Skilled Teams

Inflammation, immunology, and pain models require a high degree of scientific expertise to ensure accuracy and reproducibility in readouts such as animal behavior and physiological observations. Our teams provide the technical excellence and deep understanding of these models, ensuring reliable results.

Client-First Communication

Pharmaron prioritizes transparency and collaboration through direct communication between clients and scientists. This approach keeps clients informed with timely updates and ensures that study objectives are met with clarity and alignment.

Dedicated Teams for Disease Areas

Our dedicated study directors provide consistency and reliability across inflammation, immunology and pain models, ensuring minimal variability in readouts.

Study Types

  • Development and validation of disease models
  • Maximum tolerated dose studies
  • Dose range finding studies
  • Efficacy studies
  • PK/PD studies
Scientists in full cleanroom suits work under a biosafety cabinet, supporting inflammation models research in a controlled lab environment.

Acute Inflammatory Models

Pharmaron’s acute inflammatory pain models are designed to assess pain-related responses driven by inflammation. These models provide critical insights into pain mechanisms, drug efficacy, and therapeutic potential, supporting the development of effective analgesics.

  • Air pouch model
  • LPS-induced cytokine release model
  • R848-induced cytokine release model
  • Delayed-Type hypersensitivity
  • Passive cutaneous anaphylaxis (PCA)
  • Mono iodoacetate (MIA)-induced rat model
  • Tail flick model
Scientist in PPE analyzes histological images on a digital scanner, supporting research in immunology models within a controlled lab environment.

Immunology and Autoimmune Disease Models

Pharmaron’s in vivo pharmacology team possesses a broad portfolio of validated immunology and autoimmune disease models for robust efficacy evaluation of test articles.

  • Wound healing model
  • Inflammatory bowel disease (IBD) model
  • Asthma model
  • Arthritis model
  • Skin inflammation models (atopic dermatitis, psoriasis, alopecia, and more)
  • Systemic lupus erythematosus model
  • Type I diabetes animal model
Scientists in cleanroom suits operate advanced imaging equipment and software to support Acute Inflammation Models research in a sterile lab setting.

Acute Inflammatory Pain Models

Our acute inflammatory pain models enable the exploration of inflammation-pathway mechanisms, providing insights into drug action and potency for therapeutic development.

  • Carrageenan-induced paw edema
  • Formalin test
  • Complete Freund’s adjuvant (CFA) model
  • Nerve growth factor (NGF) model
  • Wound healing model
  • Paw incision model
  • Acetic acid (AcOH)-induced writhing model
  • MSU-induced gout arthritis  model
  • Ocular inflammation models
Scientist in sterile attire operates the CatWalk XT system, used for gait analysis in Neuropathic Pain Models research within a high-tech lab.

Neuropathic Pain Models

Pharmaron’s in vivo pharmacology team offers a comprehensive range of neuropathic pain models to assess the efficacy of analgesics and neuroprotective agents.

  • Chronic constriction injury model (CCI; Bennett model)
  • Spared nerve injury (SNI) model
  • Vincristine-induced peripheral neuropathic pain model
  • Bortezomib-induced peripheral neuropathy pain model
  • Paclitaxel-induced peripheral neuropathy pain model
  • Cancer-induced bone pain(CIBP) model
  • Nitroglycerin (NTG)-induced migraine rat model
Digital scanner analyzing tissue slides, displaying histological data on a monitor for inflammation and pain animal models research.

Physiological and Behavioral Readouts

To accurately evaluate the therapeutic effects of treatments, Pharmaron provides a diverse range of physiological and behavioral readouts, ensuring precise and reliable measurement of study outcomes.

  • Inflammation and edema: Paw volume, joint swelling, paw thickness
  • Pain sensitivity: Tail flick test, von Frey filament test, hot plate test, cold plate test, Hargreaves test, weight bearing test, paw pressure, behavioral gait analysis
pain using animal models in drug development studies.

Biomarker and Bioanalysis Platforms

Our advanced platforms facilitate the measurement and analysis of disease-specific biomarkers and drug concentrations. These platforms enable precise measurement and analysis, ensuring clients receive actionable insights to advance their therapeutic development.

  • Matrices: blood, tissue, urine, feces, other body fluids
  • Drug concentration quantification
  • Disease-specific biomarker analysis
  • Gene and protein evaluations
  • Flow cytometry
  • Histology and IHC
  • Hematology, blood chemistry, urinalysis, and coagulation

Learn more about Pharmaron’s ex vivo pharmacology platforms

Pharmaron’s integration of technology and expertise in inflammation, immunology, and pain models along with biomarker, bioanalysis and behavior platforms ensures comprehensive solutions, helping clients overcome research challenges and accelerate therapeutic advancements.

Related Resources

Scientific poster titled "In vivo Characterization of Rotenone-Induced Optic Neuropathy in a Mouse Model" with charts and data visuals.

in vivo Mouse Model for Optic Neuropathy

Publication graphic highlighting ART26.12 efficacy as a FABP5 inhibitor in multiple preclinical neuropathy models, with Pharmaron branding elements.

Neuropathy Drug Testing via Cancer-induced Bone Pain Model