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20 results on '"Walther-Antonio, Marina R."'

8. Author Correction: Interaction between the microbiome and TP53 in human lung cancer

Author

Greathouse, K. Leigh, White, James R., Vargas, Ashely J., Bliskovsky, Valery V., Beck, Jessica A., von Muhlinen, Natalia, Polley, Eric C., Bowman, Elise D., Khan, Mohammed A., Robles, Ana I., Cooks, Tomer, Ryan, Bríd M., Padgett, Noah, Dzutsev, Amiran H., Trinchieri, Giorgio, Pineda, Marbin A., Bilke, Sven, Meltzer, Paul S., Hokenstad, Alexis N., Stickrod, Tricia M., Walther-Antonio, Marina R., Earl, Joshua P., Mell, Joshua C., Krol, Jaroslaw E., Balashov, Sergey V., Bhat, Archana S., Ehrlich, Garth D., Valm, Alex, Deming, Clayton, Conlan, Sean, Oh, Julia, Segre, Julie A., and Harris, Curtis C.

Published
2020
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10. Interaction between the microbiome and TP53 in human lung cancer

Author

Greathouse, K. Leigh, White, James R., Vargas, Ashely J., Bliskovsky, Valery V., Beck, Jessica A., von Muhlinen, Natalia, Polley, Eric C., Bowman, Elise D., Khan, Mohammed A., Robles, Ana I., Cooks, Tomer, Ryan, Bríd M., Padgett, Noah, Dzutsev, Amiran H., Trinchieri, Giorgio, Pineda, Marbin A., Bilke, Sven, Meltzer, Paul S., Hokenstad, Alexis N., Stickrod, Tricia M., Walther-Antonio, Marina R., Earl, Joshua P., Mell, Joshua C., Krol, Jaroslaw E., Balashov, Sergey V., Bhat, Archana S., Ehrlich, Garth D., Valm, Alex, Deming, Clayton, Conlan, Sean, Oh, Julia, Segre, Julie A., and Harris, Curtis C.

Published
2018
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12. Porphyromonas somerae Invasion of Endometrial Cancer Cells

Author

Crooks, Taylor A., primary, Madison, Joseph D., additional, Walsh, Dana M., additional, Herbert, William G., additional, Jeraldo, Patricio R., additional, Chia, Nicholas, additional, Cliby, William A., additional, Kaufmann, Scott H., additional, and Walther-Antonio, Marina R. S., additional

Published
2021
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13. Predominance of Atopobium vaginae at Midtrimester: a Potential Indicator of Preterm Birth Risk in a Nigerian Cohort

Author

Odogwu, Nkechi Martina, primary, Chen, Jun, additional, Onebunne, Chinedum Amara, additional, Jeraldo, Patricio, additional, Yang, Lu, additional, Johnson, Stephen, additional, Ayeni, Funmilola A., additional, Walther-Antonio, Marina R. S., additional, Olayemi, Oladapo O., additional, Chia, Nicholas, additional, and Omigbodun, Akinyinka O., additional

Published
2021
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16. Microbiome-TP53 Gene Interaction in Human Lung Cancer

Author

Greathouse, K. Leigh, primary, White, James R., additional, Vargas, Ashely J., additional, Bliskovsky, Valery V., additional, Beck, Jessica A., additional, Muhlinen, Natalia von, additional, Polley, Eric C., additional, Bowman, Elise D., additional, Khan, Mohammed A., additional, Robles, Ana I., additional, Cooks, Tomer, additional, Ryan, Bríd M., additional, Dzutsev, Amiran H., additional, Trinchieri, Giorgio, additional, Pineda, Marbin A., additional, Bilke, Sven, additional, Meltzer, Paul S., additional, Hokenstad, Alexis N., additional, Stickrod, Tricia M., additional, Walther-Antonio, Marina R., additional, Earl, Joshua P., additional, Mell, Joshua C., additional, Krol, Jaroslaw E., additional, Balashov, Sergey V., additional, Bhat, Archana S., additional, Ehrlich, Garth D., additional, Valm, Alex, additional, Deming, Clayton, additional, Conlan, Sean, additional, Oh, Julia, additional, Segre, Julie A., additional, and Harris, Curtis C., additional

Published
2018
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17. A comprehensive analysis of breast cancer microbiota and host gene expression

Author

Thompson, Kevin J., primary, Ingle, James N., additional, Tang, Xiaojia, additional, Chia, Nicholas, additional, Jeraldo, Patricio R., additional, Walther-Antonio, Marina R., additional, Kandimalla, Karunya K., additional, Johnson, Stephen, additional, Yao, Janet Z., additional, Harrington, Sean C., additional, Suman, Vera J., additional, Wang, Liewei, additional, Weinshilboum, Richard L., additional, Boughey, Judy C., additional, Kocher, Jean-Pierre, additional, Nelson, Heidi, additional, Goetz, Matthew P., additional, and Kalari, Krishna R., additional

Published
2017
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18. Preoperative Vaginal Microbiome as a Predictor of Postoperative Urinary Tract Infection.

Author

Occhino JA, Byrnes JN, Wu PY, Walther-Antonio MR, and Chen J

Abstract

This is a single Institute, prospective cohort study. We collected twenty- two postmenopausal women with pelvic organ prolapse planning to undergo vaginal hysterectomy with transvaginal pelvic reconstructive surgery, with or without a concomitant anti-incontinence procedure. Vaginal swabs and urine samples were longitudinally collected at five time points: preoperative consult visit (T1), day of surgery prior to surgical scrub (T2), immediately postoperative (T3), day of hospital discharge (T4), and at the postoperative exam visit (T5). Women experiencing urinary tract infection symptoms provided a sample set prior to antibiotic administration (T6). Microbiome analysis on vaginal and urinary specimens at each time point. Region V3-V5 of the 16S ribosomal RNA gene was amplified and sequenced. Sample DNA was analyzed with visit T1, T2, T5 and T6. Six (27.3%) participants developed postoperative urinary tract infection whose vaginal sample at first clinical visit (T1) revealed beta-diversity analysis with significant differences in microbiome structure and composition. Women diagnosed with a postoperative urinary tract infection had a vaginal microbiome characterized by low abundance of Lactobacillus and high prevalence of Prevotella and Gardnerella species. In our cohort, preoperative vaginal swabs can predict who will develop a urinary tract infection following transvaginal surgery for pelvic organ prolapse., Competing Interests: Conflict of interest All authors report no conflicts of interest.

Published
2024
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19. The Cancer Microbiome: Distinguishing Direct and Indirect Effects Requires a Systemic View.

Author

Xavier JB, Young VB, Skufca J, Ginty F, Testerman T, Pearson AT, Macklin P, Mitchell A, Shmulevich I, Xie L, Caporaso JG, Crandall KA, Simone NL, Godoy-Vitorino F, Griffin TJ, Whiteson KL, Gustafson HH, Slade DJ, Schmidt TM, Walther-Antonio MRS, Korem T, Webb-Robertson BM, Styczynski MP, Johnson WE, Jobin C, Ridlon JM, Koh AY, Yu M, Kelly L, and Wargo JA

Subjects
Analgesics, Opioid therapeutic use, Animals, Bacteria metabolism, Central Nervous System physiology, Drug Synergism, Environmental Microbiology, Gastritis microbiology, Gastrointestinal Microbiome, Helicobacter Infections complications, Host-Pathogen Interactions, Humans, Immunotherapy, Mice, Neoplasms etiology, Neoplasms therapy, Neoplasms virology, Oncogenic Viruses pathogenicity, Probiotics, Stomach Neoplasms etiology, Stomach Neoplasms microbiology, Symbiosis, Tumor Virus Infections, Microbiota drug effects, Microbiota radiation effects, Neoplasms microbiology
Abstract

The collection of microbes that live in and on the human body - the human microbiome - can impact on cancer initiation, progression, and response to therapy, including cancer immunotherapy. The mechanisms by which microbiomes impact on cancers can yield new diagnostics and treatments, but much remains unknown. The interactions between microbes, diet, host factors, drugs, and cell-cell interactions within the cancer itself likely involve intricate feedbacks, and no single component can explain all the behavior of the system. Understanding the role of host-associated microbial communities in cancer systems will require a multidisciplinary approach combining microbial ecology, immunology, cancer cell biology, and computational biology - a systems biology approach., (Copyright © 2020 The Author(s). Published by Elsevier Inc. All rights reserved.)

Published
2020
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