Search Results - "Stapornwongkul, Kristina S"

Generation of extracellular morphogen gradients: the case for diffusion by Stapornwongkul, Kristina S., Vincent, Jean-Paul

“…Cells within developing tissues rely on morphogens to assess positional information. Passive diffusion is the most parsimonious transport model for long-range…”
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Patterning and growth control in vivo by an engineered GFP gradient by Stapornwongkul, Kristina S, de Gennes, Marc, Cocconi, Luca, Salbreux, Guillaume, Vincent, Jean-Paul

“…Morphogen gradients provide positional information during development. To uncover the minimal requirements for morphogen gradient formation, we have engineered…”
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In preprints: morphogens in motion by Stapornwongkul, Kristina S., Briscoe, James

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Scaling up complexity in synthetic developmental biology by Martínez-Ara, Guillermo, Stapornwongkul, Kristina S., Ebisuya, Miki

“…The application of synthetic biology approaches to study development opens the possibility to build and manipulate developmental processes to understand them…”
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Local cellular interactions during the self-organization of stem cells by Schröter, Christian, Stapornwongkul, Kristina S., Trivedi, Vikas

“…Stem cell models for early mammalian development offer new experimental opportunities to access spatio-temporal details of the cell-cell interactions that…”
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Developmental Biology: Morphogen in a Dish by Stapornwongkul, Kristina S., Salbreux, Guillaume, Vincent, Jean-Paul

“…Reconstitution of a Hedgehog morphogen gradient in vitro and in silico reveals the architectural features of the signal transduction pathway that ensure rapid…”
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DIXDC1 contributes to psychiatric susceptibility by regulating dendritic spine and glutamatergic synapse density via GSK3 and Wnt/β-catenin signaling by Martin, P-M, Stanley, R E, Ross, A P, Freitas, A E, Moyer, C E, Brumback, A C, Iafrati, J, Stapornwongkul, K S, Dominguez, S, Kivimäe, S, Mulligan, K A, Pirooznia, M, McCombie, W R, Potash, J B, Zandi, P P, Purcell, S M, Sanders, S J, Zuo, Y, Sohal, V S, Cheyette, B N R

“…Mice lacking DIX domain containing-1 (DIXDC1), an intracellular Wnt/β-catenin signal pathway protein, have abnormal measures of anxiety, depression and social…”
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