1. Cell Biology

Distinct insulin granule subpopulations implicated in the secretory pathology of diabetes types 1 and 2

  1. Alex JB Kreutzberger
  2. Volker Kiessling
  3. Catherine A Doyle
  4. Noah Schenk
  5. Clint M Upchurch
  6. Margaret Elmer-Dixon
  7. Amanda E Ward
  8. Julia Preobraschenski
  9. Syed S Hussein
  10. Weronika Tomaka
  11. Patrick Seelheim
  12. Iman Kattan
  13. Megan Harris
  14. Binyong Liang
  15. Anne K Kenworthy
  16. Bimal N Desai
  17. Norbert Leitinger
  18. Arun Anatharam
  19. J David Castle  Is a corresponding author
  20. Lukas K Tamm  Is a corresponding author
  1. University of Virginia, United States
  2. University of Michigan, United States
  3. Max Planck Institute of Biophysical Chemistry, Germany
https://doi.org/10.7554/eLife.62506
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  1. Alex JB Kreutzberger
  2. Volker Kiessling
  3. Catherine A Doyle
  4. Noah Schenk
  5. Clint M Upchurch
  6. Margaret Elmer-Dixon
  7. Amanda E Ward
  8. Julia Preobraschenski
  9. Syed S Hussein
  10. Weronika Tomaka
  11. Patrick Seelheim
  12. Iman Kattan
  13. Megan Harris
  14. Binyong Liang
  15. Anne K Kenworthy
  16. Bimal N Desai
  17. Norbert Leitinger
  18. Arun Anatharam
  19. J David Castle
  20. Lukas K Tamm
(2020)
Distinct insulin granule subpopulations implicated in the secretory pathology of diabetes types 1 and 2
eLife 9:e62506.
https://doi.org/10.7554/eLife.62506
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  1. Alex JB Kreutzberger
  2. Volker Kiessling
  3. Catherine A Doyle
  4. Noah Schenk
  5. Clint M Upchurch
  6. Margaret Elmer-Dixon
  7. Amanda E Ward
  8. Julia Preobraschenski
  9. Syed S Hussein
  10. Weronika Tomaka
  11. Patrick Seelheim
  12. Iman Kattan
  13. Megan Harris
  14. Binyong Liang
  15. Anne K Kenworthy
  16. Bimal N Desai
  17. Norbert Leitinger
  18. Arun Anatharam
  19. J David Castle
  20. Lukas K Tamm
(2020)
Distinct insulin granule subpopulations implicated in the secretory pathology of diabetes types 1 and 2
eLife 9:e62506.
https://doi.org/10.7554/eLife.62506