REFRENCES OF ARTICLES WHICH WERE DISCUSSED DURING THE PRESENTATION IN SECOND LIFE | |
| The original article by Wetzel
Wetzel R., Uber den primitivknotten des Hühnchens, Vehr. physik.-med. Ges. Würzburg 40, H.5 1924
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| The 1976 paper by Jacobson and Gordon which we discussed :
Jacobson, A.G. & R. Gordon (1976). Changes in the shape of the
developing vertebrate nervous system analyzed experimentally,
mathematically and by computer simulation. J. Exp. Zool. 197, 191-246
+ some others
Jacobson, A.G. & R. Gordon (1976). Nature and origin of patterns of
changes in cell shape in embryos. J. Supramolecular Structure 5(4),
371-380.
Jacobson, A.G. & R. Gordon (1977). Nature and origin of patterns of
changes in cell shape in embryos. Prog. Clin. Biol. Res. 17, 323-332.
Gordon, R. & A.G. Jacobson (1978). The shaping of tissues in embryos.
Scientific American 238(6), 106-113.
Jacobson, A.G. (1980). Computer modeling of morphogenesis. Amer. Zool.
20, 669-677.
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| A 2005 paper about vortex flows during formation of the primitive streak:
Vincent Fleury, An elasto-plastic model of avian gastrulation, Organogenesis, 2, 1, 6-16, 2005.
The said paper.
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| The 2005 paper by Weijer's group:
C. Cui, X. Yang, M. Chuai, J. A. Glazier, C. J. Weijer, Dev. Biol. 284, 37 (2005).
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| Other paper by Weijer's group:
Dorman, Chuai, Weijer et al., Cell movement during primitive streak formation Dev. Biol. vol. 296.1, 2006, 137-149.
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| A recent short review by Chuai and Weijer:
M. Chuai and C. Weijer, Who moves whom during primitive streak formation in chick embryos, HFSP, J 3 (2), 71, (2009)
The said paper. |
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| A paper in Zamir's group about the extra celllar matrix flowing together with cells:
E. A. Zamir, B. J. Rongish, and C. D. Little, The ECM moves during primitive streak
formation—computation of ECM versus cellular motion PLoS Biol. 6, e247 (2008)
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The said paper.
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A paper in my group about extra-embryonic organs, early pattern of blood vessels and limb positioning:
Vincent Fleury, Alia Al-Kilani, Mathieu Unbekandt and Thi-Hanh Nguyen, The textural aspects of vessel formation
during embryo development,
and their relation to gastrulation motions, Organogenesis, 3,1, 49-56, (2007).
A manuscript of this paper.
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A paper about the link between vortex flows and animal evolution.
V. Fleury, Clarifying tetrapod embryogenesis, a physicist’s point of view,
Euro. Phys. Journal, Appl. Phys. 45, 30101 (2009) .
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A direct frog (Photo, Dr. Richardson)
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| Large Scale numerical simulations by T. Newman.
T. Newman, Grid-Free models
of multicellular Systems,
and application to large-scale vortices accompanying primitive streak formation,
in Multiscale modelling of developmental systems, 2007
The said paper.
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| A paper which is to appear very soon
V. Fleury et al. Introducing the scanning air puff tonometer for biological studies,
Phys. Rev. E (2010).
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| No more papers Back to first series of animations
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Go to mathematical formulas Mathematics of vortex flows
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