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4. The non-canonical mechanism of ER stress-mediated progression of prostate cancer

Author

Pachikov, Artem N., Gough, Ryan R., Christy, Caroline E., Morris, Mary E., Casey, Carol A., LaGrange, Chad A., Bhat, Ganapati, Kubyshkin, Anatoly V., Fomochkina, Iryna I., Zyablitskaya, Evgeniya Y., Makalish, Tatiana P., Golubinskaya, Elena P., Davydenko, Kateryna A., Eremenko, Sergey N., Riethoven, Jean-Jack M., Maroli, Amith S., Payne, Thomas S., Powers, Robert, Lushnikov, Alexander Y., Macke, Amanda J., and Petrosyan, Armen

Published
2021
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5. Movie S1 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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6. Supplementary Figure 1 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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7. Supplementary Figure 6 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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8. Supplementary Figure 8 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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9. Supplementary Table 1 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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10. Supplementary Figure 5 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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11. Supplementary Figure 3 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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12. Supplementary Figure 7 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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13. Supplementary Table 4 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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14. Supplementary Figure 2 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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15. Supplementary Figure 4 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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16. Supplementary Table 2 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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17. Supplementary Table 3 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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18. Supplementary Movies Description from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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19. Data from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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20. Supplementary Methods and Materials from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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21. Supplementary Figure 9 from Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., primary, Divita, Taylor E., primary, Morris, Mary E., primary, LaGrange, Chad A., primary, Holzapfel, Melissa S., primary, Kubyshkin, Anatoly V., primary, Zyablitskaya, Evgeniya Y., primary, Makalish, Tatiana P., primary, Eremenko, Sergey N., primary, Qiu, Haowen, primary, Riethoven, Jean-Jack M., primary, Hemstreet, George P., primary, and Petrosyan, Armen, primary

Published
2023
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23. Targeting the ATF6-Mediated ER Stress Response and Autophagy Blocks Integrin-Driven Prostate Cancer Progression

Author

Macke, Amanda J., primary, Pachikov, Artem N., additional, Divita, Taylor E., additional, Morris, Mary E., additional, LaGrange, Chad A., additional, Holzapfel, Melissa S., additional, Kubyshkin, Anatoly V., additional, Zyablitskaya, Evgeniya Y., additional, Makalish, Tatiana P., additional, Eremenko, Sergey N., additional, Qiu, Haowen, additional, Riethoven, Jean-Jack M., additional, Hemstreet, George P., additional, and Petrosyan, Armen, additional

Published
2023
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25. A single-cell atlas of the cycling murine ovary

Author

Morris, Mary E, primary, Meinsohn, Marie-Charlotte, primary, Chauvin, Maeva, additional, Saatcioglu, Hatice D, additional, Kashiwagi, Aki, additional, Sicher, Natalie A, additional, Nguyen, Ngoc, additional, Yuan, Selena, additional, Stavely, Rhian, additional, Hyun, Minsuk, additional, Donahoe, Patricia K, additional, Sabatini, Bernardo L, additional, and Pépin, David, additional

Published
2022
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26. DO MATERNAL PRECONCEPTION SERUM ANTI-MÜLLERIAN HORMONE (AMH) LEVELS CORRELATE WITH LIVE BIRTH SEX RATIO AFTER INTRAUTERINE INSEMINATION (IUI) WITH OR WITHOUT OVARIAN STIMULATION (OS)?

Author

Hammer, Karissa C., primary, Cherouveim, Panagiotis, additional, James, Kaitlyn E., additional, Cherston, Caroline, additional, Vagios, Stylianos, additional, Sacha, Caitlin R., additional, Fitz, Victoria W., additional, Jiang, Victoria S., additional, Dimitriadis, Irene, additional, Pepin, David, additional, Morris, Mary E., additional, and Souter, Irene, additional

Published
2022
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28. Author response: A single-cell atlas of the cycling murine ovary

Author

Morris, Mary E, primary, Meinsohn, Marie-Charlotte, primary, Chauvin, Maeva, additional, Saatcioglu, Hatice D, additional, Kashiwagi, Aki, additional, Sicher, Natalie A, additional, Nguyen, Ngoc, additional, Yuan, Selena, additional, Stavely, Rhian, additional, Hyun, Minsuk, additional, Donahoe, Patricia K, additional, Sabatini, Bernardo L, additional, and Pépin, David, additional

Published
2022
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31. Additional file 1 of The non-canonical mechanism of ER stress-mediated progression of prostate cancer

Author

Pachikov, Artem N., Gough, Ryan R., Christy, Caroline E., Morris, Mary E., Casey, Carol A., LaGrange, Chad A., Bhat, Ganapati, Kubyshkin, Anatoly V., Fomochkina, Iryna I., Zyablitskaya, Evgeniya Y., Makalish, Tatiana P., Golubinskaya, Elena P., Davydenko, Kateryna A., Eremenko, Sergey N., Riethoven, Jean-Jack M., Maroli, Amith S., Payne, Thomas S., Powers, Robert, Lushnikov, Alexander Y., Macke, Amanda J., and Petrosyan, Armen

Abstract

Additional file 1: Fig. S1. (A, B). IF staining of RWPE-1 cells to detect colocalization of (A) S1P (green) and (B) S2P (green) with different trans-Golgi markers: GCC185 (red), GCC88 (red), TMF (red), and Golgin-245 (red). All images were acquired with the same imaging parameters, nucleus – blue, DAPI; bars, 10 μm. White boxes indicate the cell enlarged and shown at the right. (C) Quantification of the Pearson coefficient of colocalization for the cells presented in A and B (N = 90 cells from three repeats; **P 1.0). (D) Permutation results (n = 1000) – P value = 0.026)). Table S1: List of identified metabolites from 36 discriminatory features (VIP > 1.0) from supervised OPLS-DA analysis between Ctrl and EtOH-treated samples of the LNCaP cells media based on 106 metabolic features from 2D 1H-13C HSQC NMR spectra. Table S2: List of discriminatory metabolites (p-value

Published
2021
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33. Black Lives Matter: A call to action and position statement from the Cultural Humility, Equity and Diversity Committee of the North American Drama Therapy Association

Author

Stevens, Adam D.-F., primary, Bleuer, Jessica, additional, Morris, Mary E., additional, Shamir, Opher, additional, Weisman, Pella Schafer, additional, Wichmann, Stephanie, additional, Kliger, Sara, additional, Flickinger, Craig, additional, Jordan, Diana, additional, Tam, Rowena, additional, Brookes, Kristen, additional, Johnson, Jadae, additional, Orense, Jess, additional, Truax, Abigail, additional, Sayre, Dana, additional, Beti, Bonface, additional, Olson, Kate, additional, and Nasser, Kholoud, additional

Published
2020
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34. Alcohol‐Induced Liver Injury: Down‐regulation and Redistribution of Rab3D Results in Atypical Protein Trafficking.

Author

Casey, Carol A., Macke, Amanda J., Gough, Ryan R., Pachikov, Artem N., Morris, Mary E., Thomes, Paul G., Kubik, Jacy L., Holzapfel, Melissa S., and Petrosyan, Armen

Subjects
LIVER injuries, PROTEINS, CELL membranes, ENDOPLASMIC reticulum, GUANOSINE triphosphatase
Abstract

Previous work from our laboratories has identified multiple defects in endocytosis, protein trafficking, and secretion, along with altered Golgi function after alcohol administration. Manifestation of alcohol‐associated liver disease (ALD) is associated with an aberrant function of several hepatic proteins, including asialoglycoprotein receptor (ASGP‐R), their atypical distribution at the plasma membrane (PM), and secretion of their abnormally glycosylated forms into the bloodstream, but trafficking mechanism is unknown. Here we report that a small GTPase, Rab3D, known to be involved in exocytosis, secretion, and vesicle trafficking, shows ethanol (EtOH)–impaired function, which plays an important role in Golgi disorganization. We used multiple approaches and cellular/animal models of ALD, along with Rab3D knockout (KO) mice and human tissue from patients with ALD. We found that Rab3D resides primarily in trans‐ and cis‐faces of Golgi; however, EtOH treatment results in Rab3D redistribution from trans‐Golgi to cis‐medial‐Golgi. Cells lacking Rab3D demonstrate enlargement of Golgi, especially its distal compartments. We identified that Rab3D is required for coat protein I (COPI) vesiculation in Golgi, and conversely, COPI is critical for intra‐Golgi distribution of Rab3D. Rab3D/COPI association was altered not only in the liver of patients with ALD but also in the donors consuming alcohol without steatosis. In Rab3D KO mice, hepatocytes experience endoplasmic reticulum (ER) stress, and EtOH administration activates apoptosis. Notably, in these cells, ASGP‐R, despite incomplete glycosylation, can still reach cell surface through ER‐PM junctions. This mimics the effects seen with EtOH‐induced liver injury. Conclusion: We revealed that down‐regulation of Rab3D contributes significantly to EtOH‐induced Golgi disorganization, and abnormally glycosylated ASGP‐R is excreted through ER‐PM connections, bypassing canonical (ER→Golgi→PM) anterograde transportation. This suggests that ER‐PM sites may be a therapeutic target for ALD. [ABSTRACT FROM AUTHOR]

Published
2022
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35. Gender, politics and the state: what do Middle Eastern women want?

Author

Norton, Augustus Richard, Singerman, Diane, Morris, Mary E., Moghadam, Valentine M., Fakhro, Munira A., Saktanber, Ayse, Taraki, Lisa, Cheriet, Boutheina, and Carapico, Sheila

Subjects
Middle East -- Social aspects, Religion and state -- Social aspects, Women politicians -- Social aspects -- Political activity, Women in politics -- Social aspects -- Political activity, Islam -- Social aspects, Women, Muslim -- Political activity -- Social aspects, International relations, Regional focus/area studies, Political activity, Social aspects
Abstract

The essays that follow are drawn from invited presentations of the Conference Group on the Middle East, which meets annually in conjunction with the American Political Science Association. The essays [...]

Published
1997

36. Additional sequence complexity in the muscle gene, unc-22, and its encoded protein, twitchin, of Caenorhabditis elegans

Author

Benian, Guy M., L'Hernault, Steven W., and Morris, Mary E.

Subjects
Caenorhabditis elegans -- Genetic aspects, Myosin -- Influence, Biological sciences
Abstract

Null mutations of the Caenorhabditis elegans unc-22 gene, when associated with hindered movement and a distortion in the muscle structure, give rise to a distinct body surface twitch. Earlier sequence analysis of the unc-22 had revealed that the encoded polypeptide termed twitching is comprised of a bone protein kinase domain, several variants of both the immunoglobulin-like domain and a fibronectin type III-like domain. The present experiment provides an explanation for the weak phenotype of a transposon insertion allele after additional information on the DNA sequence was revealed.

Published
1993

37. Changes in extracellular (K+) and (Ca2+) induced by anoxia in neonatal rabbit medulla

Author

Morris, Mary E. and Trippenbach, Teresa

Subjects
Cerebral circulation -- Physiological aspects, Hypoxia -- Physiological aspects, Calcium in the body -- Physiological aspects, Potassium in the body -- Physiological aspects, Biological sciences
Abstract

The effects of anoxia in extracellular concentrations of potassium ((K+)O) and calcium ((Ca2+)O) were studied in the medulla of newborn rabbits using ion-selective microelectrodes to monitor changes in the ion levels. Anoxia produced an age-dependent decrease in both (K+)O and (Ca2+)O resting concentrations in the brain stem confirming the neonatal brain's high resistance to oxygen deprivation.

Published
1993

47. EDUCATIONAL FORUM

Author

Redway, J. W., Morris, Mary E., and Hay, R. S.

Published
1920

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