RIFM/
Publications

About Us
- A Framework for Conducting Environmental Risk Assessments on Fragrance Materials
- A Group Approach for Human Health Safety Assessment of Fragrance Ingredients
- A Screening-Level Environmental Assessment of Macrocyclic Fragrance Materials
- An Approach for Creating Chemical Categories for Environmental Endpoints and its Application to Risk Assessment
- An Approach to Chemical Categories for Environmental Endpoints
- Clinical Exposure Study to a Surrogate Air Freshener Product
- Dermal Sensitization Quantitative Risk Assessment (QRA) for fragrance ingredients
- Exposure Characterizations of Three Fragranced Products
- IFRA Environmental Standards 052010 Seville, Spain
- IFRA Environmental Standards: An Industry Self-Regulation Approach Using Risk And Hazard
- In Vitro Human Skin Penetration of the Fragrance Material Linalool
- In-Vitro Human Skin Penetration of the Fragrance Material Dimyrcetol®
- In-Vitro Human Skin Penetration of the Fragrance Material Geranyl Nitrile
- In-Vitro Human Skin Penetration of the Fragrance Material HMPCC
- Modeling Vapor Uptake and Tissue Disposition in Human Lungs
- Potency of Citral in the Local Lymph Node Assay
- Preferential Reactivity of Contact and Respiratory Low Molecular Weight Chemical Allergens under Competitive Conditions
- QRA for Fragrance Ingredients
- Quantitative Risk Assessments for Dermal Sensitization to Fragrance Ingredients: The Utility of LLNA Data in the Weight of Evidence Approach to Identifying Thresholds
- Ready Biodegradability Testing of Volatile Poorly Water Soluble Fragrances; Possible Pitfalls
- RIFM Database
- Safety Evaluations in the Fragrance Industry
- Sensitization Potential of Vetiveryl Acetate Evaluated Using the Local Lymph Node Assay
- The Importance of Applying "Clean" and Validated Quantification
- The Limitations of Commonly Used Ecotoxicity QSARs - Experiments in Model Validation
- The RIFM Database and Its Use in Risk Assessment and Regulatory Compliance


View Archives
Ad
Ad
© 2013 Research Institute for Fragrance Materials Follow us on Facebook Follow us on Twitter LinkedInPinterest LinkedIn Discussion Careers | Privacy | Terms of Use | Contact Us