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5. The Future of Consumerism

Author

Bloom, Anna [Author, Researcher, Onscreen presenter], Rice, Annalee [Author, Researcher, Onscreen presenter], Wang, Esther [Author, Researcher, Onscreen presenter], De Matos, Christina [Author, Researcher, Onscreen presenter], Millan, Andrea [Author, Researcher, Onscreen presenter], Margiotta, Gabrielle [Author, Researcher, Onscreen presenter], Sanchez, Susy [Author, Researcher, Onscreen presenter], Shafer, Samantha [Author, Researcher, Onscreen presenter], Montoya, Mariana [Author, Researcher, Onscreen presenter], Kaplan, Julie [Author, Researcher, Onscreen presenter], Larson, Ryan [Author, Researcher, Onscreen presenter], Anderson, Sara [Author, Researcher, Onscreen presenter], Bodmer, Eber [Author, Researcher, Onscreen presenter], Frankel, Jenna [Author, Researcher, Onscreen presenter], Glover, Amber [Author, Researcher, Onscreen presenter], Hammond, Thomas [Author, Researcher, Onscreen presenter], Meier, Aleccandrea [Author, Researcher, Onscreen presenter], Rosen, Sarah [Author, Researcher, Onscreen presenter], Seeley, Eric [Author, Researcher, Onscreen presenter], Silva, Solange [Author, Researcher, Onscreen presenter], Trayah, Allyson [Author, Researcher, Onscreen presenter], Kanlian, Stephan [Degree supervisor, Onscreen presenter], Brown, Joyce F., 1947- [Onscreen presenter], Carlson, Brooke [Onscreen presenter], Bloom, Anna [Author, Researcher, Onscreen presenter], Rice, Annalee [Author, Researcher, Onscreen presenter], Wang, Esther [Author, Researcher, Onscreen presenter], De Matos, Christina [Author, Researcher, Onscreen presenter], Millan, Andrea [Author, Researcher, Onscreen presenter], Margiotta, Gabrielle [Author, Researcher, Onscreen presenter], Sanchez, Susy [Author, Researcher, Onscreen presenter], Shafer, Samantha [Author, Researcher, Onscreen presenter], Montoya, Mariana [Author, Researcher, Onscreen presenter], Kaplan, Julie [Author, Researcher, Onscreen presenter], Larson, Ryan [Author, Researcher, Onscreen presenter], Anderson, Sara [Author, Researcher, Onscreen presenter], Bodmer, Eber [Author, Researcher, Onscreen presenter], Frankel, Jenna [Author, Researcher, Onscreen presenter], Glover, Amber [Author, Researcher, Onscreen presenter], Hammond, Thomas [Author, Researcher, Onscreen presenter], Meier, Aleccandrea [Author, Researcher, Onscreen presenter], Rosen, Sarah [Author, Researcher, Onscreen presenter], Seeley, Eric [Author, Researcher, Onscreen presenter], Silva, Solange [Author, Researcher, Onscreen presenter], Trayah, Allyson [Author, Researcher, Onscreen presenter], Kanlian, Stephan [Degree supervisor, Onscreen presenter], Brown, Joyce F., 1947- [Onscreen presenter], and Carlson, Brooke [Onscreen presenter]

Abstract

The annual capstone research presentation by the School of Graduate Studies’ Cosmetics and Fragrance Marketing and Management (CFMM) class of 2021 was held virtually as a YouTube Premiere. Presentations include "The Future of Global Consumption" and "The Chameleon Consumer." The program is concluded with the department's award presentation.

Published
2021

6. Dye-Enhanced imaging of mammalian cells with SIMS

Author

Bloom, Anna and Winograd, Nicholas

Subjects
Article
Abstract

A major limitation of SIMS studies of cells is the limited number of molecules available for detection. This study examines the possibility of utilizing a molecular tag which is easily identifiable using SIMS and does not interfere with the mass spectra of commonly identified cellular components, to aid in the visualization of specific cellular organelles. Here, a fluorescent, nuclear stain (Hoechst 33342) was used to allow for verification of the staining protocols prior to SIMS analysis. The stain was successfully chemically imaged within the nuclear region of a glutaraldehyde fixed bovine aortic endothelial cell. The ability to chemically map a larger variety of organelles and cellular components will allow for further possible study of a greater number of biological pathways and processes, as well as make cell-drug studies more feasible using SIMS.

Published
2014

9. Tallying cuts and costs

Author

Bloom, Anna

Subjects
Education -- Finance, Teachers -- Compensation and benefits, General interest, News, opinion and commentary, University of California -- Downsizing
Abstract

More rallies are planned for next week to protest the budget cuts in higher education and the resulting layoffs, furloughs and fee increases. Here are some numbers -- from state [...]

Published
2010

10. C60-SIMS imaging of nanoparticles within mammalian cells.

Author

Bloom, Anna N., Tian, Hua, and Winograd, Nicholas

Subjects
BIOMACROMOLECULES, NANOPARTICLES, PARTICLES, MAMMALS, DRUG delivery systems, CELL lines
Abstract

To achieve successful drug delivery via nanoparticles the interactions between the nanoparticle and the chemistry of the surrounding biological environment is of central importance. A thorough understanding of these interactions is necessary in order to better elucidate information regarding drug pathways and mechanisms of action in treatment protocols. As such, it is important to identify the location of the nanoparticle, the state of its functionalization, as well as any changes in the cellular environment. The use of cluster secondary ion mass spectrometry (SIMS) using C60+ primary ions makes simultaneous acquisition of this information possible. Here, SIMS has been successfully used to chemically image gold nanoparticles (AuNPs) within a model, single cell system involving macrophage-like RAW 264.7 cells. The macrophage-like properties of this cell line make it extremely well-suited for cell-uptake studies. Both AuNPs and two pharmaceutical compounds, amiodarone and elacridar, were successfully imaged within a cellular system using cluster SIMS. To verify that SIMS can also be used to detect functionalization and nanoparticles simultaneously, fluorophore-functionalized AuNPs were studied as a model system. The fluorescent characteristics of these functionalized nanoparticles enabled the visual confirmation of the presence and location of the particles within the cell. [ABSTRACT FROM AUTHOR]

Published
2016
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