• 00:00 1.
    index 1
  • 00:28 2.
    About Breast Cancer
  • 00:29 3.
    About Stress Granules
  • 01:16 4.
    CircTBC1D14 Highly Expressed in TNBC and Correlated with Poor Prognosis
  • 01:17 5.
    About Stress Granules
  • 03:24 6.
    CircTBC1D14 Highly Expressed in TNBC and Correlated with Poor Prognosis
  • 04:58 7.
    CircTBC1D14 Highly Expressed in TNBC and Correlated with Poor Prognosis
  • 23:39 8.
    FUS Interacted with circTBC1D14 and Had Poor Prognosis
  • 25:00 9.
    FUS Increased the Expression of CircTBC1D14 by Direct Binding
  • 26:02 10.
    CircTBC1D14 Co-localized with Stress Granules under Hypoxic Environment
  • 28:14 11.
    CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
  • 28:15 12.
    CircTBC1D14 Co-localized with Stress Granules under Hypoxic Environment
  • 28:32 13.
    CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
  • 32:11 14.
    CircTBC1D14 Transport to Cytoplasm under Hypoxic Environment
  • 32:16 15.
    CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
  • 32:17 16.
    CircTBC1D14 Co-localized with Stress Granules under Hypoxic Environment
  • 32:18 17.
    CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
  • 32:22 18.
    CircTBC1D14 Transport to Cytoplasm under Hypoxic Environment
  • 32:41 19.
    CircTBC1D14 Transport to Cytoplasm via FUS
  • 35:57 20.
    PRMT1 Bind with CircTBC1D14 Only under Hypoxia
  • 37:02 21.
    CircTBC1D14 Increased the Stability of PRMT1
  • 39:35 22.
    CircTBC1D14 Stabilize PRMT1 by Inhibiting K48-Ub
  • 42:29 23.
    CircTBC1D14 and FUS trigger SGs to Enter Autophagy
  • 45:53 24.
    CircTBC1D14 Plays an Essential Role in Lysosome-Associated Autophagy
  • 47:00 25.
    CircTBC1D14 Plays an Essential Role in Lysosome-Associated Autophagy
  • 48:33 26.
    CircTBC1D14 Plays a Role in the Lysosome-Dependent Clearance of FUS
  • 52:25 27.
    CircTBC1D14 Facilitated Lysosome-Associated Autophagy Flux
  • 54:18 28.
    CircTBC1D14 Facilitated Lysosome-Associated Autophagy Flux
  • 55:54 29.
    CircTBC1D14 Promotes Tumor Growth and Lung Metastasis
  • 57:28 30.
    Slide 22
  • 57:29 31.
    CircTBC1D14 Promotes Tumor Growth and Lung Metastasis
  • 57:58 32.
    Slide 22
  • 59:25 33.
    ** after 20230324paper.pptx
  • Index
  • Notes
  • Comment
  • Fullscreen
20230410 lab meeting_家銘
Duration: 1:00:40, Browse: 132, Last Updated: 2023-04-17
    • 00:00 1.
      index 1
    • 00:28 2.
      About Breast Cancer
    • 00:29 3.
      About Stress Granules
    • 01:16 4.
      CircTBC1D14 Highly Expressed in TNBC and Correlated with Poor Prognosis
    • 01:17 5.
      About Stress Granules
    • 03:24 6.
      CircTBC1D14 Highly Expressed in TNBC and Correlated with Poor Prognosis
    • 04:58 7.
      CircTBC1D14 Highly Expressed in TNBC and Correlated with Poor Prognosis
    • 23:39 8.
      FUS Interacted with circTBC1D14 and Had Poor Prognosis
    • 25:00 9.
      FUS Increased the Expression of CircTBC1D14 by Direct Binding
    • 26:02 10.
      CircTBC1D14 Co-localized with Stress Granules under Hypoxic Environment
    • 28:14 11.
      CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
    • 28:15 12.
      CircTBC1D14 Co-localized with Stress Granules under Hypoxic Environment
    • 28:32 13.
      CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
    • 32:11 14.
      CircTBC1D14 Transport to Cytoplasm under Hypoxic Environment
    • 32:16 15.
      CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
    • 32:17 16.
      CircTBC1D14 Co-localized with Stress Granules under Hypoxic Environment
    • 32:18 17.
      CircTBC1D14 Co-localized in Hypoxic Tumor Microenvironment
    • 32:22 18.
      CircTBC1D14 Transport to Cytoplasm under Hypoxic Environment
    • 32:41 19.
      CircTBC1D14 Transport to Cytoplasm via FUS
    • 35:57 20.
      PRMT1 Bind with CircTBC1D14 Only under Hypoxia
    • 37:02 21.
      CircTBC1D14 Increased the Stability of PRMT1
    • 39:35 22.
      CircTBC1D14 Stabilize PRMT1 by Inhibiting K48-Ub
    • 42:29 23.
      CircTBC1D14 and FUS trigger SGs to Enter Autophagy
    • 45:53 24.
      CircTBC1D14 Plays an Essential Role in Lysosome-Associated Autophagy
    • 47:00 25.
      CircTBC1D14 Plays an Essential Role in Lysosome-Associated Autophagy
    • 48:33 26.
      CircTBC1D14 Plays a Role in the Lysosome-Dependent Clearance of FUS
    • 52:25 27.
      CircTBC1D14 Facilitated Lysosome-Associated Autophagy Flux
    • 54:18 28.
      CircTBC1D14 Facilitated Lysosome-Associated Autophagy Flux
    • 55:54 29.
      CircTBC1D14 Promotes Tumor Growth and Lung Metastasis
    • 57:28 30.
      Slide 22
    • 57:29 31.
      CircTBC1D14 Promotes Tumor Growth and Lung Metastasis
    • 57:58 32.
      Slide 22
    • 59:25 33.
      ** after 20230324paper.pptx
    Location
    Folder name
    2023
    Author
    黃照穎
    Branch
    賴亮全教授
    Created
    2023-04-17 11:13:26
    Last Updated
    2023-04-17 11:37:20
    Duration
    1:00:40