381
Index of Authors and Titles
BARONE, D. See MALACINSKI, G. M.
BOUCAUT, J. C., DARRIBERE, T., LI, S. D . , BOULEKBACHE, H . , YAMADA, K. M. andTWERY,
J. P. E v i d e n c e
for the role of fibronectin in amphibian gastrulation 211
BOULEKBACHE, H. See BOUCAUT, J. C.
BRENNAN, S. See GURDON, J. B.
BROWN, D. See WYLIE, c. c.
CASCIO, s. See GURDON, J. B.
CLEINE, J. H. See SLACK, J. M. W.
COOKE, J. The system specifying
body position in the early development of Xenopus, and its
response to early perturbations 69
DALE, L. See SMITH, J. C.
DANILCHIK, M. See KELLER, R. E.
DARRIBERE, T. See BOUCAUT, J. C.
DAWID, I. B . , HAYNES, S. R., JAMRICH, M., JONAS, E., MIYATANI, S., SARGENT, T. D. and WINKLES, J.
A. Gene expression in Xenopus embryogenesis 113
DREYER, C. See HAUSEN, P.
DUPRAT, A.M., KAN, P. , GUALANDRIS, L. , FOULQUIER, F. , MARTY, J.
and WEBER, M. Neural induction:
embryonic determination elicits full expression of specific neuronal traits 167
FORD,
c. c. Maturation promoting factor and cell cycle regulation 271
FOULQUIER, F. See DUPRAT, A. M.
GIMLICH, R. See KELLER, R. E.
GIMLICH, R. L. Cytoplasmic localization and chordamesoderm induction in the frog embryo
GODSAVE, S. F. See WYLIE, C. C.
GORDON, R. A review of the theories of vertebrate neurulation and their relationship to
89
the
mechanics of neural tube birth defects 229
GRUNZ, H. Information transfer during embryonic induction in amphibians 349
GUALANDRIS, L. See DUPRAT, A. M.
GURDON, j . B., MOHUN, T. J., BRENNAN,
s. and CASCIO, s. Actin genes in Xenopus and their
developmental control 125
HAUSEN, p., HUI, w. Y. , DREYER, c. and STICK, R. Distribution of nuclear proteins during maturation
of the Xenopus oocyte 17
HAYNES, S. R. See DAWID, I. B.
HEASMAN, J. See WYLIE, C. C.
HEASMAN, j . , SNAPE, A., SMITH, J.
and WYLIE, c. c. Single cell analysis of commitment in early
embryogenesis 297
JAMRICH, M. See DAWID, I. B.
JONAS, E. See DAWID, I. B.
JONES, E. A. Epidermal development
in Xenopus laevis: the definition of a monoclonal antibody
to an epidermal marker 155
KAN, P. See DUPRAT, A. M.
KELLER, R. E., DANILCHIK, M., GIMLICH, R. L.
and SHIH, J. The function and mechanism of convergent extension during gastrulation of Xenopus laevis 185
382
Index of Authors and Titles
LASKEY, R. A. Chromosome
LI, s. D. See BOUCAUT, J. c.
replication in early development oiXenopus laevis
and BARONE, D. Towards understanding paternal extragenic contributions to
early amphibian pattern specification: the axolotl ts-1 gene as a model system 53
MALACINSKI, G. M.
MARTY, J. See DUPRAT, A. M.
MTYATANI, S. See DAWID, I. B.
MOHUN, T. J. See GURDON, J. B.
p.
nature 333
NIEUWKOOP,
D.
Inductive interactions in early amphibian development and their general
QUARMBY, J. See WYLIE, C. C.
ROBINSON, K. R. See TAYLOR, M. A.
SARGENT, T. D. See DAWID, I. B.
Recent advances in our understanding of the temporal control of early embryonic
development in amphibians 257
SATOH, N.
SHIH, J. See KELLER, R. E.
j . M. w., CLEINE, J. H. and SMITH, J. c. Regional specificity of glycoconjugates in Xenopus
and axolotl embryos 137
SLACK,
SLACK, j . M. w. See SMITH, J. C.
SMITH, J. See HEASMAN, J.
SMITH, j . c. See SLACK, J. M. w.
SMITH, j . c , DALE, L. and SLACK, J. M.
w. Cell lineage labels and region-specific markers in the
analysis of inductive interactions 317
SMITH, L. D. See TAYLOR, M. A.
SNAPE, A. See HEASMAN, J.
STICK, c. See HAUSEN, P.
and SMITH, L. D. Intracellular pH and ribosomal protein S6
phosphorylation: role in translational control in Xenopus oocytes 35
TAYLOR, M. A., ROBINSON, K. R.
THIERY, J. P. See BOUCAUT, J. C.
WANG, Y. H. See HAUSEN, P.
WARNER, A. E.
The role of gap junctions in amphibian development 365
WEBER, M. See DUPRAT, A. M.
WINKLES, J. A. See DAWID, I. B.
WYLIE, c. c. See HEASMAN, J.
WYLIE, c. c , BROWN, D., GODSAVE,
s. F., QUARMBY,
Xenopus oocytes and its role in development 1
YAMADA, K. M. See BOUCAUT, J. C.
J.
and
HEASMAN, J.
The cytoskeleton of