Showing 1 - 16 results of 16 for search '"Novel mechanisms"', query time: 0.02s Refine Results
  1. 1
    Figure 3 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers

    Figure 3 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers by Milana A. Bergamino (15038015)

    Published 2025
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  2. 2
    Figure 4 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers

    Figure 4 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers by Milana A. Bergamino (15038015)

    Published 2025
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  3. 3
    Figure 2 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers

    Figure 2 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers by Milana A. Bergamino (15038015)

    Published 2025
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  4. 4
    Figure 5 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers

    Figure 5 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers by Milana A. Bergamino (15038015)

    Published 2025
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  5. 5
    Figure 1 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers

    Figure 1 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers by Milana A. Bergamino (15038015)

    Published 2025
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  6. 6
    Figure 6 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers

    Figure 6 from Impact of Duration of Neoadjuvant Aromatase Inhibitors on Molecular Expression Profiles in Estrogen Receptor–positive Breast Cancers by Milana A. Bergamino (15038015)

    Published 2025
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  7. 7
    Figure S4 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy

    Figure S4 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy by Alexander J. Cole (14971167)

    Published 2025
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  8. 8
    Figure S3 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy

    Figure S3 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy by Alexander J. Cole (14971167)

    Published 2025
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  9. 9
    Figure S1 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy

    Figure S1 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy by Alexander J. Cole (14971167)

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  10. 10
    Figure S2 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy

    Figure S2 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy by Alexander J. Cole (14971167)

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  11. 11
    Figure S5 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy

    Figure S5 from Quiescent Ovarian Cancer Cells Secrete Follistatin to Induce Chemotherapy Resistance in Surrounding Cells in Response to Chemotherapy by Alexander J. Cole (14971167)

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  12. 12
    Supplementary Table S1 from Ablation of p57<sup>+</sup> Quiescent Cancer Stem Cells Suppresses Recurrence after Chemotherapy of Intestinal Tumors

    Supplementary Table S1 from Ablation of p57<sup>+</sup> Quiescent Cancer Stem Cells Suppresses Recurrence after Chemotherapy of Intestinal Tumors by Takeru Oka (15386810)

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  13. 13
    Source Data from Ablation of p57<sup>+</sup> Quiescent Cancer Stem Cells Suppresses Recurrence after Chemotherapy of Intestinal Tumors

    Source Data from Ablation of p57<sup>+</sup> Quiescent Cancer Stem Cells Suppresses Recurrence after Chemotherapy of Intestinal Tumors by Takeru Oka (15386810)

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  14. 14
    Supplementary File 2 from Bayesian Machine Learning Enables Identification of Transcriptional Network Disruptions Associated with Drug-Resistant Prostate Cancer

    Supplementary File 2 from Bayesian Machine Learning Enables Identification of Transcriptional Network Disruptions Associated with Drug-Resistant Prostate Cancer by Charles Blatti (15292859)

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  15. 15
    Supplementary File 3 from Bayesian Machine Learning Enables Identification of Transcriptional Network Disruptions Associated with Drug-Resistant Prostate Cancer

    Supplementary File 3 from Bayesian Machine Learning Enables Identification of Transcriptional Network Disruptions Associated with Drug-Resistant Prostate Cancer by Charles Blatti (15292859)

    Published 2025
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  16. 16
    Supplementary File 4 from Bayesian Machine Learning Enables Identification of Transcriptional Network Disruptions Associated with Drug-Resistant Prostate Cancer

    Supplementary File 4 from Bayesian Machine Learning Enables Identification of Transcriptional Network Disruptions Associated with Drug-Resistant Prostate Cancer by Charles Blatti (15292859)

    Published 2025
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