PDS >> Efficacy Models >> Respiratory

Respiratory In vivo Models for Drug Discovery

 

Respiratory diseases affect the upper respiratory tract and can result in difficulty breathing, decreased lung capacity, asthma, emphysema and a host of other conditions.  Left untreated, respiratory diseases can result in chronic breathing issues and become potentially life threatening.  

For over 30 years, Pharmacology Discovery Services has recognized the need for effective and relevant in vivo models for respiratory conditions.  In order to help you bring the next potential respiratory treatment to clinical trials, we offer a number of relevant validated models to help you understand the effectiveness of your test agent.  All Respiratory in vivo models are validated in a dose-dependent manner with approved benchmark positive controls to assure high-quality, reproducible data is provided to our clients.  To meet the needs of your specific Respiratory drug discovery project we also have the flexibility and expertise to develop custom in vivo models.


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Validated Respiratory In vivo Models

To help you advance your respiratory treatment in drug discovery, we offer a number of relevant qualified models that include:

  • Pulmonary Inflammation
  • Allergic Reaction
  • Airway Hypersensitivity
  • Antagonism of Pro-inflammatory Mediators
  • Bacterial Pneumonia
  • Cough Suppression
  • LPD Induced Neutrophilia

Routine Outcome Measures

Our laboratory staff routinely provides outcome measures of relevant markers that include:

  • Blood Gases
  • Cytokine Detection in Plasma or Bronchoalveolar Lavage Fluid
  • Respiration Rate
  • Respiratory Mechanics
  • Tidal Volume
  • Minute volume employing whole body plethysmography
  • Detailed analysis of respiratory mechanics

In vivo Pharmacology Expertise

Each of our Technical Directors specializes in selected therapeutic areas so they may provide expert scientific support to our clients.  This involves consulting with clients to identify an appropriate model to meet their scientific objectives, designing studies and writing the custom protocols and statements of work (SOWs) to meet quality assurance guidelines.  They also work closely with our Study Directors to assure that SOWs are clear and that all methods and timelines are feasible.  Our laboratory staff also averages 15 years of experience conducting in vivo pharmacology studies. 

Respiratory Models
Model Name Item Number Species
Pulmonary, Airway Hyperresponsiveness, Methacholine 568050 Mouse
Pulmonary, Bleomycin-induced lung fibrosis 568070 Mouse
Pulmonary, Lipopolysaccharide-Induced Neutrophilia, Mouse 572100 Mouse
Pulmonary, Lipopolysaccharide-Induced Neutrophilia, Rat 572110 Rat
Respiration, Rate and Depth 576610 Mouse
Respiration, Blood Gases 576650 Rat
Respiration, Rate, Tidal Volume, Minute Volume and Blood Gases 576660 Rat