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March 2024 Table of Contents Newsletter - DePauw Scholarship / ORCiD
Get PDFThe DePauw Libraries is committed to providing open access education and publishing support to our students, faculty, and staff to promote our campus scholarly and creative output.
Our institutional repository service is growing in content and page hits, displaying the widening global outreach of DePauw authors. The repository integrates with ORCID, a free service for you to register for your own unique, persistent identifier, known as an ORCID iD. An ORCID iD can: Sign in to various systems (journal article submission, grant application, research information systems, etc.) Transfer your information to employers, funders, and publishers via ORCID Use the “printable version” to easily and quickly create a CV or resume Allow trusted individuals to add relevant information to your ORCID record for you, so you can save time!
Contact Victoria Peters for more information. As you move through research-related workflows, keep an eye out for the ORCID iD logo and use your ORCID iD whenever possible
Ep #02: Leadership, Resilience, and Authenticity with Angie Torain
No full textToday we are joined by Angie Torain, Director of Athletics and Recreation at the University of Chicago. Angie offers a glimpse of her journey in college athletics, from serendipitous beginnings to fostering a culture of inclusion. She also opens up about the lessons she learned through her extensive experience.
Listen in as Angie shares candid reflections on resilience, embracing mistakes, and asking the right questions before committing to a job. You’ll learn about the importance of authenticity and alignment in career choices, as well as the transformative power of leadership rooted in trust and vulnerability.https://scholarship.depauw.edu/conv_leaders/1001/thumbnail.jp
Curatorial Talk: Matt Rees
No full textThe Annual Juried Student Art Exhibition features works created by current DePauw students enrolled in studio art courses. This year\u27s exhibition will be juried by artist Matt Rees.https://scholarship.depauw.edu/peeler_event/1019/thumbnail.jp
Hidden Treasures: Objects from DePauw University Art Collections
No full textTiffany clock and two candelabra mid to late 19th century Metalwork, enamel, and porcelain 16-1/4 x 8-7/8 x 5-3/4 inches 0000.19.1a-c Gift of the Gilmore Estatehttps://scholarship.depauw.edu/peeler_exhibit/1003/thumbnail.jp
Annual Juried Student Exhibition
No full texthttps://scholarship.depauw.edu/peeler_exhibit/1004/thumbnail.jp
DePauw Women\u27s Basketball vs Denison 1-17-24
No full textWGRE Winter Term students Paige Brady and Katie O\u27Hara bring you women\u27s basketball vs Denison, broadcast 1-17-24
The Impact of Fintech Lending on Small Business Bankruptcies in California (2008-2023)
Get PDFThis study examines the impact of fintech lending on small business bankruptcies at the county level in California from 2008 to 2023. Using UCC filings and FJC bankruptcy records, we find that increased fintech lending is associated with decreased bankruptcy rates across counties. This suggests that fintech lenders play a crucial role in supporting small businesses by maintaining credit access, even during economic downturns, thereby helping to mitigate the impact of reduced bank lending.https://scholarship.depauw.edu/srfposters/1158/thumbnail.jp
Development and Quantification of an Attachment Assay for Epidermal Cells to Varying Extracellular Matrix Dilutions
Get PDFThe concept of cellular attachment is cells interacting with the extracellular matrices surrounding it. Extracellular matrices are made of various components, and it has been shown that the interactions differ between different classes of extracellular matrices. The basement membrane plays a critical role in the structure and function of the epidermis, the outermost layer of the skin. It is composed of key extracellular matrix components, which are crucial for structural stability of the skin and for maintaining the integrity of the epidermis. Through components like collagen, laminin, and proteoglycans, the BM facilitates communication between the epidermal cells and the connective tissue. This communication is very relevant and key to cell proliferation, differentiation, and wound healing processes. This project focused on developing and modifying a generalized protocol for a cellular attachment assay using the HaCat epithelial cell line to measure the number of cells that attach to different classes of extracellular matrices. Three classes of extracellular matrices were experimented on: the protein collagen, synthetic polymer poly-D-lysine, and glycoprotein laminin. The goal for the protocol is for it to be able to be a low cost, effective, and easily modifiable model that can be used in research involving the observation of cellular attachment.https://scholarship.depauw.edu/srfposters/1139/thumbnail.jp