Physiology | Embryology | Neurobiology | Evening | ||
M | June 3 | Degnan |
Diaz |
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Tu | 4 | Wikramanayake Sea urchin |
Eaton Drosoph synapse |
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W | 5 | Rokhsar Genomes |
Parrish Dendrites FACS |
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Th | 6 | Sherwood C elegans |
Arbeitman Genom, Circuits, Behavior |
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F | 7 | McClay Sea urchin |
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Sa | 8 | Rothman C elegans |
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Su | 9 | ||||
M | 10 | Shroff |
Rushlow Drosophila embryogenesis |
Marty Whole cell recordings |
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Tu | 11 | Roll-Mecak tubulin |
Spradling Drosophila oogenesis |
Sack Single channel recordings |
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W | 12 | Cohen bioelectric |
Hariharan Imaginal disc |
Benzanilla Voltage dependent channels |
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Th | 13 | Gardner microtubule tips |
Patel Arthropod development |
Bautista Ion channels Touch, pain |
LB Cohen |
F | 14 | Cox parkin |
Ronshaugen Regulatory RNAs |
MacKinnon Structure of ion channels |
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Sa | 15 | Allen fluorescent proteins |
Patel Butterfly wing patterning |
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Su | 16 | ||||
M | 17 | Gartner model tissues |
Ober Zebrafish |
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Tu | 18 | Vale T cell signaling |
Wallingford Xenopus |
Llano Ca & synaptic transmission |
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W | 19 | Waterman myosin II |
Keller Xenopus gastrulation |
Kaplan Synaptic transmission |
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Th | 20 | Heald intracellular scaling |
Harland Axis formation and neural induct |
Chevaleyre Long term plasticity |
Lisman |
F | 21 | King choanoflagellates |
Schier Zebrafish development |
Trussell Inhibitory transmission |
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Sa | 22 | Mayor actin cortex |
Baker Placode development |
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Su | 23 | ||||
M | 24 | Zhu mechanosensing |
Streit chick |
Aizenman Modulation |
Trussell |
Tu | 25 | Bear arp2/3 |
Behringer |
Raman Integration |
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W | 26 | Desai yeast variation |
Niswander neural tube |
Araneda Olfactory processing |
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Th | 27 | Nelson cell cell junctions |
Trainor mouse development |
Davis homeostasis |
Regehr |
F | 28 | Dunn cell traction forces |
Stern chick neural development |
Rosbash Circadian rhythms |
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Sa | 29 | Sussel pancreas |
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Su | 30 | ||||
M | July 1 | Thomsen nematostella |
Lichtman | McGee | |
Tu | 2 | Marshall pattern formation |
Sanchez Alvarade planaria |
Lichtman | |
W | 3 | Mullins tropomyosin |
Gaillot hydra |
Hess | |
Th | 4 | ||||
F | 5 | Mitchison cell geometry |
Henry spiralians |
Peterka / Zuo | Silver |
Sa | 6 | Pereira-Leal cell evolution |
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Su | 7 | ||||
M | 8 | Zeller ascidians |
Reese / Commons | ||
Tu | 9 | Seaver annelids |
Smith / Micheva | ||
W | 10 | Arendt annelids |
Yasuda FRET & FLIM |
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Th | 11 | Swalla chordate evolution |
Bill Green | ||
F | 12 | Nusslein-Volhard | |||
Sa | 13 | ||||
Su | 14 | ||||
M | 15 | ||||
Tu | 16 | von Zastrow Principles of signalling |
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W | 17 | Ryan Vesicle recycling |
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Th | 18 | Oertner Optogenetics |
Vosshall | ||
F | 19 | Khodakh Cerebellum |
Poo | ||
Sa | 20 | ||||
Su | 21 | ||||
M | 22 | Sagasti Neural development |
Martin | ||
Tu | 23 | Hammarlund Regeneration & Repair |
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W | 24 | ||||
Th | 25 | Stuart | |||
F | 26 | Boyden | |||
Sa | 27 | ||||
Su | 28 | ||||
M | 29 | ||||
Tu | 30 | ||||
W | 31 | ||||
Th | Aug 1 | Fernandez-Chacon | |||
F | 2 | Roberts Why I love bacteria |
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Sa | 3 | ||||
Su | 4 | ||||
M | 5 | ||||
Tu | 6 | ||||
W | 7 | ||||
Th | 8 | Kramer | |||
F | 9 | Kenyon | |||
Sa | 10 | ||||
Su | 11 | ||||
M | 12 | ||||
Tu | 13 | ||||
W | 14 | ||||
Th | 15 | Royer | |||
F | 16 | Zuber | |||
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