Search
Careers
Sign Up for Our Newsletter
Submit a Sample
Services
Assays
Eye Irritation
Skin Irritation, Corrosion, Pigmentation
Skin Sensitization
Phototoxicity & Photoallergy
Respiratory Toxicology
Mucosal Irritation
Systemic Toxicity Screening
Genetic Toxicology
Efficacy Testing Services
Quality Consulting
GIVIMP Certification
Practical Methods Training
Industries We Serve
Cosmetics & Personal Care
Specialty Chemical
Household & Cleaning Products
Agro/Petrochemical
Pharmaceutical
Fragrance & Flavors
Next Generation Tobacco Products
Medical Devices
Occupational Safety & Industrial Hygiene
News & Resources
Education & Outreach
Practical Methods Training
Working With Regulators
International Outreach Program
Documents & Resources
Publications
Posters & Presentations
Webinars & Videos
News & IIVS Activities
Press Room
Newsletters
About IIVS
2023 Impact Report
Contact Us
Contribute
IIVS Team
Why IIVS?
Services
Assays
Eye Irritation
Skin Irritation, Corrosion, Pigmentation
Skin Sensitization
Phototoxicity & Photoallergy
Respiratory Toxicology
Mucosal Irritation
Systemic Toxicity Screening
Genetic Toxicology
Efficacy Testing Services
Quality Consulting
GIVIMP Certification
Practical Methods Training
Industries We Serve
Cosmetics & Personal Care
Specialty Chemical
Household & Cleaning Products
Agro/Petrochemical
Pharmaceutical
Fragrance & Flavors
Next Generation Tobacco Products
Medical Devices
Occupational Safety & Industrial Hygiene
News & Resources
Education & Outreach
Practical Methods Training
Working With Regulators
International Outreach Program
Documents & Resources
Publications
Posters & Presentations
Webinars & Videos
News & IIVS Activities
Press Room
Newsletters
About IIVS
2023 Impact Report
Contact Us
Contribute
IIVS Team
Why IIVS?
Careers
Sign Up for Our Newsletter
Submit a Sample
Home
2014
December
1
December 2014
Evaluation of a Reconstructed Human Oral Buccal Tissue Model as a Testing Platform for Determining the Oral Irritation Potential of Tobacco Products
December 1, 2014
Source: Assessment of In Vitro COPD Models for Tobacco Regulatory Science...
Bronchial/Tracheal
|
Chronic Respiratory Toxicity
|
Oral - Gingival Screening
|
Oral Buccal
|
Tobacco
Toxic Insult to Rat Precision Cut Lung Slices Increases Tissue Cytokine Levels and Activation of Macrophages, and Causes Acute Damage, While Prolonged Insult May Lead to Increased Deposition of Collagen – a Marker of Fibrosis
December 1, 2014
Source: Assessment of In Vitro COPD Models for Tobacco Regulatory Science...
Bronchial/Tracheal
|
Inflammatory Cytokine Expression
|
Precision Cut Lung Slices (PCLS)
|
Tobacco