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The Chemical Basis of Morphogenesis at 70

Oct 19 – 21, 2022
162 5th Avenue
America/New_York timezone

Dawn Tucker

Contribution List

26 out of 26 displayed
  1. 74. Looking back at Turing's paper
    Shvartsman Stanislav, Dr Siavash Golkar (Flatiron Institute), Pearson Miller
    10/19/22, 5:00 PM
  2. 49. Opening remarks for Turing Meeting
    Stas Shvartsman (Princeton University and Flatiron Institute)
    10/20/22, 9:00 AM
  3. 50. The genesis of morphogenesis: Turing's place in the study of natural pattern formation
    Philip Ball
    10/20/22, 9:20 AM
  4. 51. Complex and redundant mechanisms control hair follicle patterning
    Sarah Millar (Icahn School of Medicine at Mount Sinai)
    10/20/22, 9:50 AM
  5. 52. Hair follicle is nature's 3D printer: Self-organized principles for printing animal's fur
    Maksim Plikus (UC-Irvine)
    10/20/22, 10:40 AM
  6. 53. Sfrp2 is a multifunctional regulator of rodent color patterns
    Matthew Johnson (Princeton University)
    10/20/22, 11:10 AM
  7. 54. Single-cell analysis of tissue morphogenesis
    Qing Nie (UC-Irvine)
    10/20/22, 11:40 AM
  8. 72. Understanding Turing pattern initiation: a multiscale approach
    Cyrill Muratov (Universita di Pisa)
    10/20/22, 1:10 PM
  9. 55. Reconstituting morphogen gradients from the bottom up
    Pulin Li (MIT)
    10/20/22, 1:40 PM
  10. 56. Emergence of self-organized patterns in a synthetic multicellular system
    Amit Landge (University of Konstanz)
    10/20/22, 2:10 PM
  11. 57. Geometry and Genetics
    Eric Siggia (Rockefeller University)
    10/20/22, 3:00 PM
  12. 58. Chemical Turing Patterns
    Sergey Semenov (Weizmann Institute of Science)
    10/20/22, 3:30 PM
  13. 59. Mathematical-physical-chemical models, biological specificity, and genomic causality
    Ute Deichmann (Ben-Gurion)
    10/20/22, 4:20 PM
  14. 62. Symmetry breaking during early mammalian development
    Eszter Posfai (Princeton University)
    10/21/22, 9:00 AM
  15. 63. Illuminating the (uterine) path: from embryo movement to implantation
    Ripla Arora (Michigan State University)
    10/21/22, 9:30 AM
  16. 64. Patterning mechanisms in mammalian gastrulation
    Aryeh Warmflash (Rice University)
    10/21/22, 10:00 AM
  17. 65. Reciprocal cell-ECM dynamics generate supracellular fluidity underlying spontaneous follicle patterning
    Karl Palmquist (Rockefeller University)
    10/21/22, 10:50 AM
  18. 66. Self-centering patterns in in-vitro actomyosin networks
    Alex Mogilner (New York University)
    10/21/22, 11:20 AM
  19. 60. Waves and gradients in zebrafish regeneration
    Stefano Di Talia (Duke University)
    10/21/22, 12:50 PM
  20. 61. Oscillations, waves and patterning in vertebrate embryo axis segmentation
    Alexander Aulehla (EMBL)
    10/21/22, 1:20 PM
  21. 67. Building pattern: finding molecular and physical design principles of patterning with in toto imaging in zebrafish
    Sean Megason (Harvard University)
    10/21/22, 2:10 PM
  22. 68. Formation, robustness and scaling of morphogen gradients in a developing epithelium
    JP Vincent (Francis Crick Institute)
    10/21/22, 2:40 PM
  23. 73. Patterning diversity of the Drosophila eggshell
    Nir Yakoby (Rutgers University)
    10/21/22, 3:10 PM
  24. 71. Control of protein-based pattern formation via guiding cues
    Erwin Frey (LMU-Munich)
    10/21/22, 4:00 PM
  25. 69. Self-assembly under control in zebrafish oocyte development
    Yaniv Elkouby (Hebrew University of Jerusalem)
    10/21/22, 4:30 PM
  26. 70. Activity-driven self-organization for transport in living cells
    Michael Shelley (New York University and Flatiron Institute)
    10/21/22, 5:00 PM