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Automated Author Profile

Thiri Zaw

Current S-Index

23.3

Sum of Dataset Indices for all datasets

Average Dataset Index per Dataset

0.6

Average Dataset Index per dataset

Total Datasets

38

Total datasets for this author

Average FAIR Score

78.2%

Average FAIR Score per dataset

Total Citations

24

Total citations to the author's datasets

Total Mentions

0

Total mentions of the author's datasets

S-Index Interpretation

S-Index Over Time

Cumulative Citations Over Time

Cumulative Mentions Over Time

Datasets

Additional file 8 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 8:File S7. A zip archive containing time lapse Holo-tomographic video.avi files of cells. These images are based upon differences in refractive index [53], and are provided for the dynamic visualization of mitochondria. Prominent visible features include small white lipid droplets and cholesterol-rich mitochondria [21], as well as nuclear membrane and nucleoli. The previously described MIA PaCa-2 cell bleb-like protrusions [34] are apparent as highly dynamic rearrangements of the cytoplasmic membrane, which may contribute to intercellular communication. (A) MP cells. (B) WT cells. (C) DM cells. (D) TM cells.

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.4 Dataset Index
10.6084/m9.figshare.121604582020

Additional file 3 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 3:File S2. An Excel file showing experimental design, normalized ion intensities for 1330 proteins identified by SWATH-MS proteomics, and six pairwise comparisons between the 4 sample types [1) MP v. WT, 2) MP v. DM, 3) MP v. TM, 4) WT v. DM, 5) WT v. TM, and 6) DM v. TM]. Related to Fig. 3. The first tab contains a detailed descriptive legend. Data are available via ProteomeXchange with identifier PXD014716.

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.5 Dataset Index
10.6084/m9.figshare.12160428.v12020

Additional file 4 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 4:File S3. Principal component analysis results for pathways associated with SWATH-MS proteomics results.

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.4 Dataset Index
10.6084/m9.figshare.121604372020

Additional file 4 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 4:File S3. Principal component analysis results for pathways associated with SWATH-MS proteomics results.

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.5 Dataset Index
10.6084/m9.figshare.12160437.v12020

Additional file 5 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 5:File S4. An excel file containing proteomics results for 243 proteins which fulfil stringency criteria of t-test p-value of less than 0.05, and a fold change greater than 1.5 by both the protein and peptide approaches from File S2. Related to Fig. 3. Column B shows “red” (more abundant in comparative sample 1) and “blue” (less abundant in sample 1) significantly differential proteins for each pair wise comparison which were later used for “red” and ‘blue” WebGestalt pathways enrichment analysis (File S5). Comparisons follow File S2.

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.4 Dataset Index
10.6084/m9.figshare.121604432020

Additional file 5 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 5:File S4. An excel file containing proteomics results for 243 proteins which fulfil stringency criteria of t-test p-value of less than 0.05, and a fold change greater than 1.5 by both the protein and peptide approaches from File S2. Related to Fig. 3. Column B shows “red” (more abundant in comparative sample 1) and “blue” (less abundant in sample 1) significantly differential proteins for each pair wise comparison which were later used for “red” and ‘blue” WebGestalt pathways enrichment analysis (File S5). Comparisons follow File S2.

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.5 Dataset Index
10.6084/m9.figshare.12160443.v12020

Additional file 6 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 6:File S5. WebGestalt pathway mapping excel results file for red and blue proteins from File S4. Related to Fig. 3. (A) WebGestalt Features (GO, KEGG Pathways, Wikipathways, Pathway Commons, Transcription Factors) significant at the adjP≤0.001 level between any 2 comparisons. (B) Features from A, viewed at the adjP

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.4 Dataset Index
10.6084/m9.figshare.121604462020

Additional file 6 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 6:File S5. WebGestalt pathway mapping excel results file for red and blue proteins from File S4. Related to Fig. 3. (A) WebGestalt Features (GO, KEGG Pathways, Wikipathways, Pathway Commons, Transcription Factors) significant at the adjP≤0.001 level between any 2 comparisons. (B) Features from A, viewed at the adjP

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.4 Dataset Index
10.6084/m9.figshare.12160446.v12020

Additional file 7 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 7:File S6. An excel file with heat map protein IDs and pathways for red vs. blue pathways adjP

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions48% FAIR0.2 Dataset Index
10.6084/m9.figshare.121604492020

Additional file 7 of PGRMC1 phosphorylation affects cell shape, motility, glycolysis, mitochondrial form and function, and tumor growth

Additional file 7:File S6. An excel file with heat map protein IDs and pathways for red vs. blue pathways adjP

Authors

  • Thejer, Bashar M. ;
  • Partho P. Adhikary ;
  • Amandeep Kaur ;
  • Teakel, Sarah L. ;
  • Oosterum, Ashleigh Van ;
  • Ishith Seth ;
  • Pajic, Marina ;
  • Hannan, Katherine M. ;
  • Pavy, Megan ;
  • Perlita Poh ;
  • Jazayeri, Jalal A. ;
  • Thiri Zaw ;
  • Pascovici, Dana ;
  • Ludescher, Marina ;
  • Pawlak, Michael ;
  • Cassano, Juan C. ;
  • Turnbull, Lynne ;
  • Jazayeri, Mitra ;
  • James, Alexander C. ;
  • Coorey, Craig P. ;
  • Roberts, Tara L. ;
  • Kinder, Simon J. ;
  • Hannan, Ross D. ;
  • Patrick, Ellis ;
  • Molloy, Mark P. ;
  • New, Elizabeth J. ;
  • Fehm, Tanja N. ;
  • Neubauer, Hans ;
  • Goldys, Ewa M. ;
  • Weston, Leslie A. ;
  • Cahill, Michael A.
0 Citations0 Mentions85% FAIR0.5 Dataset Index
10.6084/m9.figshare.12160449.v12020