399 research outputs found
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"Flipping" the Classroom for PLTL Workshop Leaders
No full textUniversity of Rochester has a very active peer led team learning workshop program. The Workshop Leaders take a course to support them as they facilitate workshops. Librarians created an OER online tutorial consisting of videos and worksheets to support their work as they do an educational research project.</p
Cazarin and Derollo et al Supplemental Figure 5: Raw ToppFun Inputs and Outputs for genes that lost oscillation and became up- or down- regulated in 3 cancer cell lines.Source data for MYC disrupts transcriptional and metabolic circadian oscillations in cancer and promotes enhanced biosynthesis
No full textRaw input files and outputs for ToppFun analysis for 3 cancer cell lines (SHEP, SKNAS, U2OS) for genes which lost oscillation in MYC-ON and became up- or down-regulated</p
Cazarin and Derollo et al Supplemental Figure 2: Amplitude Median Comparisons, and MEF ECHO analysisSource data for MYC disrupts transcriptional and metabolic circadian oscillations in cancer and promotes enhanced biosynthesis
No full textData related to comparison of median amplitude from 3 cancer cell lines MYC-OFF (U2OS, SHEP, SKNAS), and publicly available data from macrophages and MEFs. Also included is RNA-sequencing of MEF time-series data, and ECHO outputs of analysis of these data.</p
Subscribe to Open on the Open Business Model Continuum
No full textThe first part of this presentation looks at open business models (OBM) for scholarly publishing, placing them on an OBM continuum, which flows between market transactions and collective support. The second part focuses on Subscribe to Open (S2O) as an example of Conditional OBM; it describes the logic behind the design of S2O, how it works in practice and its implications for libraries. It was presented on May, 18, 2023 as a SPARC Webcast.</p
“Creating a Holistic Fabric of Services and Collections from the Inside Out: Exploring Convergences of Liaison and Special Collections Librarianship.” <em>Research Library Issues</em>, no. 291 (2017): 32–49. https://doi.org/10.29242/rli.291.4.
No full textThe work of liaison librarians and special collections librarians could more closely mirror and support the scholarship process if the expertise of both specializations are holistically considered and, when relevant, cooperatively combined. </p
Collaborating for Impact: Special Collections and Liaison Librarian Partnerships.
No full textSpecial collections and liaison librarian partnerships can have a tremendous impact on the work within the library and the university community. Designed to guide the reader through three different themes—collection stewardship; projects, research, and exhibitions; and instruction—Collaborating for Impact: Special Collections and Liaison Librarian Partnerships offers inspiration and case studies detailing how these departments can impact research, teaching, and learning by working collaboratively. With individual expertise and skillsets, librarians and staff are together better equipped to provide researchers with a holistic, well-rounded perspective on the research process and scholarship.
Chicago: Association of College and Research Libraries, a division of the American Library Association, 2016.</p
Cazarin and Derollo et al Figure 4: Differential Expression (DeSeq2) and Gene Set Enrichment Analysis (GSEA) of 3 cancer cell lines MYC-ON vs MYC-OFFSource data for MYC disrupts transcriptional and metabolic circadian oscillations in cancer and promotes enhanced biosynthesis
No full textAnalysis and output files of differential expression, via DeSeq2, and Gene Set Enrichment Analysis (GSEA) results.</p
Cazarin and Derollo et al Supplemental Figure 1: MYC level quantitations and MYC Inhibitor RNA-sequencing differential expression analysisSource data for MYC disrupts transcriptional and metabolic circadian oscillations in cancer and promotes enhanced biosynthesis
No full textInput data and analysis for MYC levels in U2OS by immunoblot, SHEP and SKNAS by quantitative PCR, and Figures. Also R code and output data for differential expression data (via DeSeq2) of PC3 prostate cancer cells treated with MYC inhibitor MYCi361.</p
Cazarin and Derollo et al Figure 8 and Supplemental Figures 8 and 9: Metabolomics time-series Replicate A data, ECHO circadian analysis, heatmaps, and plotsSource data for MYC disrupts transcriptional and metabolic circadian oscillations in cancer and promotes enhanced biosynthesis
No full textRaw data, ECHO circadian analysis, R code for intepreting ECHO analysis, and heatmaps and plots related to U2OS Metabolomics circadian time-series Replicate A.</p
Cazarin and Derollo et al Figure 2: ECHO Venn DiagramsSource data for MYC disrupts transcriptional and metabolic circadian oscillations in cancer and promotes enhanced biosynthesis
No full textCode and source data to generate Venn diagrams of oscillating genes in 3 cancer cell lines in MYC-OFF</p