Index Catalog // Scholar@UC

ViDEO sAVant

User Collection

Type:: Collection
Descripción/Resumen:: Documentation of live Performances by viDEO sAVant
Creador/Autor:: Woodman, Charles
Peticionario:: Charles Woodman
Licencia:: All rights reserved

0Colecciones

0Obras

Boissy Lab Research Data - Koshoffer

User Collection

Type:: Collection
Descripción/Resumen:: This collection contains research data generated during the time I worked in the Boissy lab, department of dermatology
Creador/Autor:: Koshoffer, Amy
Peticionario:: Amy Koshoffer
Licencia:: All rights reserved

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0Obras

Presentations - Ted Baldwin

User Collection

Type:: Collection
Descripción/Resumen:: No Description
Creador/Autor:: Baldwin, Ted
Peticionario:: Ted Baldwin
Licencia:: All rights reserved

0Colecciones

7Obras

Records Management Presentations

User Collection

Type:: Collection
Descripción/Resumen:: No Description
Creador/Autor:: Tansey, Eira
Peticionario:: Eira Tansey
Licencia:: All rights reserved

0Colecciones

0Obras

Armin Aren Archive: Historical Collection of Cincinnati Public Stairway Blueprints

User Collection

Type:: Collection
Descripción/Resumen:: No Description
Creador/Autor:: Winslow, Shane
Peticionario:: Shane Winslow
Licencia:: All rights reserved

0Colecciones

1Obras

The Durrës Regional Archaeological Project (DRAP)

User Collection

Type:: Collection
Descripción/Resumen:: The Durrës Regional Archaeological Project (DRAP) was a intensive surface survey field project centered around the modern town of Durrës, Albania. This collection represents all of the raw data collected from the project, whether born analog or born digital.
Creador/Autor:: Wallrodt, John
Peticionario:: John Wallrodt

0Colecciones

6Obras

Test for File

Type:: Document
Descripción/Resumen:: sres
Creador/Autor:: Langsam, Walter
Peticionario:: Walter Langsam
Fecha modificada:: 10/12/2026
Fecha modificada:: 10/12/2026
Licencia:: Attribution 4.0 International

Defeating Recurrence: Antibiotics from Soil Microbes as Inhibitors of Cancer Stem Cells

Type:: Media
Descripción/Resumen:: PowerPoint Presentation at the 2024 Tiny Earth Summer Symposium Abstract Cancer stem cells (CSCs) play a significant role in cancer recurrence and metastasis, as they are resistant to conventional therapies and drive tumor growth. Recent studies have shown that certain classes of antibiotics exhibit inhibitory effects on CSCs, suggesting their potential as CSC inhibitors. Our undergraduate research program focuses on a multidisciplinary screening approach to discover and test novel antibiotics from soil microbes, aiming to identify compounds capable of inhibiting CSCs and advancing anticancer drug development. As a part of our collaborative project, Tiny Earth research students source and prepare candidate antibiotics from soil samples. Undergraduate researchers screen the antibiotic candidates for their ability to inhibit CSCs through the use of tumor-spheroid forming assays. The potential CSC inhibitors are extracted and purified through bioassay guided high-performance liquid chromatography (HPLC). Our student-centered project combines the Tiny Earth course undergraduate research experience with mentored undergraduate research experiences to defeat cancer recurrence.
Creador/Autor:: Girard, Anne-Lise and Shirokawa, Jill
Peticionario:: Jill Shirokawa
Fecha modificada:: 10/11/2026
Fecha modificada:: 10/11/2026
Fecha de creacion:: 2024-06-12
Licencia:: Attribution 4.0 International

Data to accompany:: Extreme heat disrupts fall migratory monarch butterfly orientation and reduces overwintering abundance

Dataset thumbnail: Data to accompany:: Extreme heat disrupts fall migratory monarch butterfly orientation and reduces overwintering abundance

Type:: Dataset
Descripción/Resumen:: Data files that were used in the MS.
Creador/Autor:: Matter, Stephen F.
Peticionario:: Stephen F. Matter
Fecha modificada:: 10/07/2026
Fecha modificada:: 10/07/2026
Fecha de creacion:: 2026-10-07
Licencia:: Attribution-NonCommercial 4.0 International

Selective Inhibition of A549 Lung Cancer Stem Cell Tumorspheres by a Bacterial Antibiotic Supernatant

Type:: Article
Descripción/Resumen:: Authors Patel Y, Maiorano JN, Girard AL, & Shirokawa J. Abstract Non-small cell lung cancer is one of the most prevalent types of cancer that is responsible for the majority of cancer-related deaths worldwide. Recurrence and metastasis continue as a major barriers to the successful treatment of non-small cell lung cancer. Cancer stem cells are a main contributor to cancer recurrence and metastasis thus, a target for lung anticancer therapy. Evidence that some antibiotics are effective cancer stem cell inhibitors makes the identification of new antibiotic cancer stem cell inhibitors a key area in lung anticancer drug discovery. Previously we isolated antibiotic producing bacteria as a part of the Tiny Earth® network and screened their media supernatants for the ability to inhibit cancer stem cells using a tumorsphere assay. One supernatant inhibited breast, prostate, and lung cancer stem cells. In the present study, we find that this antibiotic active supernatant selectively inhibits A549 lung cancer stem cells over bulk A549 lung cancer cells.
Creador/Autor:: Shirokawa, Jill M.
Peticionario:: Jill Shirokawa
Fecha modificada:: 10/01/2026
Fecha modificada:: 10/11/2026
Fecha de creacion:: 2025-09-24
Licencia:: Attribution 4.0 International

ViDEO sAVant

Boissy Lab Research Data - Koshoffer

Presentations - Ted Baldwin

Records Management Presentations

Armin Aren Archive: Historical Collection of Cincinnati Public Stairway Blueprints

The Durrës Regional Archaeological Project (DRAP)

Test for File

Defeating Recurrence: Antibiotics from Soil Microbes as Inhibitors of Cancer Stem Cells

Data to accompany:: Extreme heat disrupts fall migratory monarch butterfly orientation and reduces overwintering abundance

Selective Inhibition of A549 Lung Cancer Stem Cell Tumorspheres by a Bacterial Antibiotic Supernatant

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