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Digital Collaborative Governance Team Facilitation Tasks
No full textA set of guidelines and instructions for acting as the current quarterly meeting facilitator for the Digital Collaborative Governance Team, a committee at the University of Rochester Libraries.</p
Data Bloom 2024: Composing Stories with Data and Viz in Tableau
No full textData Bloom: Composing Stories with Data and Viz in Tableau was presented via Zoom on Wednesday, November 20, 2024 as part of the Fall 2024 Data Bloom workshop series.Are you ready to transform your data into impactful visual stories? In this hands-on workshop, you'll dive into the world of data visualization using Tableau, a powerful and user-friendly tool that allows you to effortlessly connect to various data sources, explore your data, and craft stunning visual representations. No prior experience with Tableau is required – we'll start from the basics and guide you step-by-step through the process of creating engaging visualizations. Join us for an interactive learning experience that will boost your data visualization capabilities and help you communicate insights more effectively. Please register to receive the zoom link.This record includes the PowerPoint slide deck, data source, and recorded session (subtitles forthcoming).</p
Local Color: Reckoning with Blackness in the Port City of Veracruz
No full textThe Caribbean port city of Veracruz is many things. It is where the Spanish first settled and last left the colony that would go on to become Mexico. It is a destination boasting the “happiest Carnival in the world,” nightly live music, and public dancing. It is also where Blackness is an integral and celebrated part of local culture and history, but not of the individual self. In Local Color, anthropologist Karma F. Frierson follows Veracruzanos as they reckon with the Afro-Caribbean roots of their distinctive history, traditions, and culture. As residents learn to be more jarocho, or more local to Veracruz, Frierson examines how people both internalize and externalize the centrality of Blackness in their regional identity. Frierson provocatively asks readers to consider a manifestation of Mexican Blackness unconcerned with self-identification as Black in favor of the active pursuit and cultivation of a collective and regionalized Blackness.University of California PressISBN: 9780520413412</p
The Modular μSiM: insituPerm_Coated_ImageJ Analysis_2021-02-12.xlsx
No full textin situ permeability raw data (extracted fluorescence intensity values) for The Modular μSiM: A Mass Produced, Rapidly Assembled, and Reconfigurable Platform for the Study of Barrier Tissue Models In Vitro</p
The Modular μSiM: insituPerm_Uncoated_ImageJ Analysis_2022-01-20.xlsx
No full textin situ permeability raw data (extracted fluorescence intensity values) for The Modular μSiM: A Mass Produced, Rapidly Assembled, and Reconfigurable Platform for the Study of Barrier Tissue Models In Vitro</p
URRR Cheat Sheet
No full textThis short cheat sheet is designed to assist users with making a submission. This item is part of the "URRR Standards and Workflows Documents" Collection in URRR.</p
UR-Specific Directions on Using the NIH Template in the DMPTool
No full textUR Libraries Data Services Team created an UR-specific template to help individuals create NIH-compliant Data Management and Sharing Plans. This template can be accessed as a word document which includes a checklist, but it can also be accessed via the DMPTool. This document includes directions on how to use the DMPTool and how to find the UR-Specific guidance. If you need any assistance, please contact UR Libraries Data Services. You can learn more about UR Libraries Data Services by visiting our webpage. This document is part of our collection of resources on writing DMSPs for the NIH. Check out our collection for more guides. </p
Working Papers in the Language Sciences (WPLS), Volume 9, Number 1, Fall 2022
No full textWorking Papers in the Language Sciences at the University of Rochester (WPLS: UR) is an online publication of working papers from the University's interdisciplinary language sciences community.Any student or faculty member from the University of Rochester can submit their working papers for consideration.For more information, please visit the Working Papers in the Language Sciences homepage.Table of Contents;Editors: Joyce McDonoughProof-theoretic thematic uniquenessby Ash AsudehWhat changes when we tune into talker-specific prosody?by Andre ́s Buxo ́-Lugo and Chigusa KurumadaA unified operator movement analysis for adverbial clauses and relative clauses in Swahiliby Zhendong LiuThe diphthongization observation: an analysis of the “indie voice” personaby Sarah SmithThe long-distance ‘Taziji’ revisited: experimental evidence for inherent non-local bindingsby Yuhang Xu and Jeffrey T. Runner</p
Sound Exposure and c-Fos Expression in the Cochlear Nucleus of Fmr1-Knockout Mice
No full textFragile X Syndrome (FXS) is a genetic disorder that affects 1 in 4,000 males and 1 in 6,000 females in the United States.1 It is caused by a trinucleotide repeat expansion in the Fmr1 gene that leads to a loss of the protein product FMRP. Although several studies have shown that individuals with FXS exhibit auditory hypersensitivity, the relationship between sound exposure and neuronal activity remains sparsely examined.2 Here, we explore the neuronal activity of Fmr1-knockout (KO) mice by exposing them to varying sound levels and quantifying the resulting c-Fos expression found in mice cochlear nuclei. 14-day-old (P14) Fmr1-KO mice were distributed into four experimental groups. Each group was exposed to 88, 70, 65 and 60 dB of sound for approximately two hours. Following exposure to sound, mice were perfused and their brains were harvested. Neuronal activity was quantified in the cochlear nucleus (CN) using c-Fos immunostaining. c-Fos is an immediate early marker known to be activated in response to neuronal activity. An analysis of the data revealed that c-Fos expression in Fmr1-KO mice is sound pressure level-dependent; Fmr1-KO mice exposed to the highest sound level showed the most c-Fos expression while Fmr1-KO mice exposed to the lowest sound level exhibited the least c-Fos expression. These findings show that auditory stimulation does lead to c-Fos expression in the cochlear nucleus of Fmr1 KO mice and this occurs in a dose-dependent manner. Although we were unable to apply these experiments to wild-type mice, we anticipate that the c-Fos immunoreactivity will be different between mutant and nonmutant groups and plan to compare these in the future.</p
Data Skills 2025: Reproducible Code and Data Workflows
No full textCan your results be verified by others? Learn tips and tricks to make your data and code more readable and easy to share, allowing experts to reproduce the results and enhance your credibility. This workshop was presented via Zoom on April 16, 2025 as part of the Spring 2025 Data Skills Workshop Series.</p