Mechanisms of Development 1999: Vol 88 Index

7 Pages·1999·2.5 MB·English

Mechanisms of Development 88 (1999) 257-258
Author index
Volume 88 (1999)
Aanstad, P., Whitaker, M., Predictability of dorso-ventral asymmetry in the Paired-class homeobox gene specifically expressed in the Drosophila
cleavage stage zebrafish embryo: an analysis using lithium sensitivity as larval eye, 107
a dorso-ventral marker, 33 Gress, T.M., see Mueller-Pillasch, F., 95
Adler, G., see Mueller-Pillasch, F., 95
Afouda, A.B., Reynaud-Deonauth, S., Mohun, T., Spohr, G., Localized Hameister, H., see Mueller-Pillasch, F., 95
XId3 mRNA activation in Xenopus embryos by cytoplasmic polyade- Heymer, J., Riither, U., Syndactyly of Ft/+ mice correlates with an imbal-
nylation, 15 ance in Bmp4 and Fgf8 expression, 173
Aniello, F., Locascio, A., Villani, M.G., Di Gregorio, A., Fucci, L., Branno, Hinson, S., Pettus, J., Nagoshi, R.N., Regulatory and functional interactions
M., Identification and developmental expression of Ci-msxb: a novel between ovarian tumor and ovo during Drosophila oogenesis, 3
homologue of Drosophila msh gene in Ciona intestinalis, 123 Hollemann, T., Pieler, T., Xpitx-/: a homeobox gene expressed during
pituitary and cement gland formation of Xenopus embryos, 249
Beck, C.W., Slack, J.M.W., Gut specific expression using mammalian Hooiveld, M.H.W., see Morgan, R., 67
promoters in transgenic Xenopus laevis, 221
Beil, M., see Mueller-Pillasch, F., 95 Jonkers, J., van Amerongen, R., van der Valk, M., Robanus-Maandag, E.,
Bell, S.M., Schreiner, C.M., Scott Jr., W.J., Disrupting the establishment of Molenaar, M., Destrée, O., Berns, A., In vivo analysis of Frat/ defi-
polarizing activity by teratogen exposure, 147 ciency suggests compensatory activity of Frat3, 183
Berns, A., see Jonkers, J., 183
Blader, P., see Miiller, F., 73 Kao, W.W.-Y., see Lovicu, F.J., 43
Bonner, J.T., Fey, P., Cox, E.C., Expression of prestalk and prespore Kere, J., see Mikkola, M.L., 133
proteins in minute, two-dimensional Dictyostelium slugs, 253 Knoéchel, W., see Késter, M., 89
Botas, J., see Lilly, B., 195 Knéchel, W., see Mueller-Pillasch, F., 95
Branno, M., see Aniello, F., 123 Knoéchel, W., see Miiller, F., 73
Brunskill, E.W., Witte, D.P., Shreiner, A.B., Potter, S.S., Characterization Koster, M., Dillinger, K., Knéchel, W., Genomic structure and embryonic
of Npas3, a novel basic helix-loop-helix PAS gene expressed in the expression of the Xenopus winged helix factors XFD-13/13', 89
developing mouse nervous system, 237 Kornberg, T.B., see Casso, D., 229
Bundy, J., see Koushik, S.V., 119 Koushik, S.V., Bundy, J., Conway, S.J., Sodium-calcium exchanger is
initially expressed in a heart-restricted pattern within the early mouse
Casso, D., Ramirez-Weber, F.-A., Kornberg, T.B., GFP-tagged balancer embryo, 119
chromosomes for Drosophila melanogaster, 229
Chao, S.-H., Nagoshi, R.N., Induction of apoptosis in the germline and Lacher, U., see Mueller-Pillasch, F., 95
follicle layer of Drosophila egg chambers, 159 Lear, B.C., Skeath, J.B., Patel, N.H., Neural cell fate in rca/ and cycA
Coffinier, C., see Goriely, A., 107 mutants: the roles of intrinsic and extrinsic factors in asymmetric divi-
Conway, S.J., see Koushik, S.V., 119 sion in the Drosophila central nervous system, 207
Cox, E.C., see Bonner, J.T., 253 Lilly, B., O’Keefe, D.D., Thomas, J.B., Botas, J., The LIM homeodomain
protein dLim! defines a subclass of neurons within the embryonic
Desplan, C., see Goriely, A., 107 ventral nerve cord of Drosophila, 195
Destrée, O., see Jonkers, J., 183 Locascio, A., see Aniello, F., 123
Di Gregorio, A., see Aniello, F., 123 Losson, R., see Niederreither, K., 111
Dillinger, K., see Késter, M., 89 Lovicu, F.J., Kao, W.W.-Y., Overbeek, P.A., Ectopic gland induction by
Dollé, P., see Niederreither, K., 111 lens-specific expression of keratinocyte growth factor (FGF-7) in trans-
Durston, A.J., see Morgan, R., 67 genic mice, 43
Lutz, B., Schmid, W., Niehrs, C., Schiitz, G., Essential role of CREB family
Fey, P., see Bonner, J.T., 253 proteins during Xenopus embryogenesis, 55
Fischer, N., see Miiller, F., 73
Fromer, M., see Zhang, Q., 101 Meyer, D., see Zhang, Q., 101
Fucci, L., see Aniello, F., 123 Mikkola, M.L., Pispa, J., Pekkanen, M., Paulin, L., Nieminen, P., Kere, J.,
Thesleff, I., Ectodysplasin, a protein required for epithelial morphogen-
Gansmuller, A., see Niederreither, K., 111 esis, is a novel TNF homologue and promotes cell-matrix adhesion, 133
Git, A., see Zhang, Q., 10] Mohun, T., see Afouda, A.B., 15
Goriely, A., Mollereau, B., Coffinier, C., Desplan, C., Munster, a novel Molenaar, M., see Jonkers, J., 183
0925-4773/99/$ - see front matter © 1999 Elsevier Science Ireland Ltd. All rights reserved.
PII: $0925-4773(99)00243-9
258 Author index
Mollereau, B., see Goriely, A., 107 Reynaud-Deonauth, S., see Afouda, A.B., 15
Morgan, R., Hooiveld, M.H.W., Durston, A.J., A novel guanine exchange Robanus-Maandag, E., see Jonkers, J., 183
factor increases the competence of early ectoderm to respond to neural Riither, U., see Heymer, J., 173
induction, 67
Mueller-Pillasch, F., Pohl, B., Wilda, M., Lacher, U., Beil, M., Wallrapp,
Schmid, W., see Lutz, B., 55
C., Hameister, H., Knéchel, W., Adler, G., Gress, T.M., Expression of Schoenwolf, G.C., see Yuan, S., 243
the highly conserved RNA binding protein KOC in embryogenesis, 95 Schreiner, C.M., see Bell, S.M., 147
Miiller, F., Blader, P., Rastegar, S., Fischer, N., Knéchel, W., Strahle, U., Schiitz, G., see Lutz, B., 55
Characterization of zebrafish smad/, smad2 and smad5: the amino-
Scott Jr., W.J., see Bell, S.M., 147
terminus of Smad! and Smad5 is required for specific function in the Shreiner, A.B., see Brunskill, E.W., 237
embryo, 73
Skeath, J.B., see Lear, B.C., 207
Miinchberg, S.R., Ober, E.A., Steinbeisser, H., Expression of the Ets tran- Slack, J.M.W., see Beck, C.W., 221
scription factors erm and pea3 in early zebrafish development, 233 Spohr, G., see Afouda, A.B., 15
Standart, N., see Zhang, Q., 101
Nagoshi, R.N., see Chao, S.-H., 159 Steinbeisser, H., see Miinchberg, S.R., 233
Nagoshi, R.N., see Hinson, S., 3 Strahle, U., see Miiller, F., 73
Niederreither, K., Remboutsika, E., Gansmuller, A., Losson, R., Dollé, P.,
Expression of the transcriptional intermediary factor TIFla during
Taylor, W.L., see Zhang, Q., 101
mouse development and in the reproductive organs, 111
Thesleff, I., see Mikkola, M.L., 133
Niehrs, C., see Lutz, B., 55
Thomas, J.B., see Lilly, B., 195
Nieminen, P., see Mikkola, M.L., 133
van Amerongen, R., see Jonkers, J., 183
Ober, E.A., see Miinchberg, S.R., 233
van der Valk, M., see Jonkers, J., 183
Oberman, F., see Zhang, Q., 101
Villani, M.G., see Aniello, F., 123
O’K eefe, D.D., see Lilly, B., 195
Overbeek, P.A., see Lovicu, F.J., 43
Wallrapp, C., see Mueller-Pillasch, F., 95
Whitaker, M., see Aanstad, P., 33
Patel, N.H., see Lear, B.C., 207
Wilda, M., see Mueller-Pillasch, F., 95
Paulin, L., see Mikkola, M.L., 133
Witte, D.P., see Brunskill, E.W., 237
Pekkanen, M., see Mikkola, M.L., 133
Wolke, U., see Zhang, Q., 101
Pettus, J., see Hinson, S., 3
Pieler, T., see Hollemann, T., 249
Pispa, J., see Mikkola, M.L., 133 Yaniv, K., see Zhang, Q., 101
Pohl, B., see Mueller-Pillasch, F., 95 Yisraeli, J.K., see Zhang, Q., 101
Potter, S.S., see Brunskill, E.W., 237 Yuan, S., Schoenwolf, G.C., The spatial and temporal pattern of C-Lmx/
expression in the neuroectoderm during chick neurulation, 243
Ramirez-Weber, F.-A., see Casso, D., 229 Zhang, Q., Yaniv, K., Oberman, F., Wolke, U., Git, A., Fromer, M., Taylor,
Rastegar, S., see Miiller, F., 73 W.L., Meyer, D., Standart, N., Raz, E., Yisraeli, J.K., Vgl RBP intra-
Raz, E., see Zhang, Q., 101 cellular distribution and evolutionarily conserved expression at multiple
Remboutsika, E., see Niederreither, K., 111 stages during development, 101
Mechanisms of Development 88 (1999) 259-263
Subject index
Volume 88 (1999)
Animal cap; Xenopus development; Localization; Inhibition; Cytoplasmic Control prepattern axis; Xenopus development; Localization; Inhibition;
polyadenylation; Palindrome CPE; Oocyte maturation; GVBD; Post-tran- Cytoplasmic polyadenylation; Palindrome CPE; Oocyte maturation:
scriptional regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; GVBD; Post-transcriptional regulation; Id2 sequence; Id3; Maternal
In situ; Epithelial sensorial layer; Gasrtrula; Embryo; HLH bHLH tran- mRNA; Galactosidase; In situ; Epithelial sensorial layer; Animal cap;
scription factor; 3'-UTR translation; Control prepattern axis 88 15 Gasrtrula; Embryo; HLH bHLH transcription factor; 3‘-UTR translation
88 15
Apical ectodermal ridge; shh; Polarizing activity 88 147
Cornea; Keratinocyte growth factor; Fibroblast growth factor-7; Keratino-
Asymmetric division; Cell fate; Central nervous system; numb; Cell cycle; cyte growth factor receptor; Keratin 12; Lacrimal gland; Gland develop-
Ganglion mother cell 88 207 ment; Transgenic mice 88 43
Balancer chromosomes; GFP; Drosophila 88 229 Cytoplasmic polyadenylation; Xenopus development; Localization;
Inhibition; Palindrome CPE; Oocyte maturation; GVBD, Post-transcrip-
bHLH-PAS; Mouse; Neural development; Embryogenesis 88 237 tional regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In
situ; Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH
Bmp4, Limb development; Fgf8; Fused toes mutation 88 173 bHLH transcription factor; 3'-UTR translation; Control prepattern axis
88 15
Brain; Chromatin; In situ hybridization; Mouse embryo; Nervous system;
Nuclear receptors; Ovary; Testis; Transcription factor 88 111 Development; Urochordata; Ciona_ intestinalis; Homeobox-containing
gene; Msx; Nervous system; Pharynx; Otolith; Ocellus; Neural gland 88
cAMP response element binding protein; Xenopus; CNS development; 123
RU486-inducible protein activation 88 55
Dictyostelium; Prestalk; Prespore; GFP 88 253
Cardiac crescent; Sodium-calcium exchanger; Embryo; Heartbeat; Heart-
restricted expression; Mouse 88 119 Dorsolateral plate; Fork head; Winged helix; Transcription factor; Xeno-
pus laevis; FREAC-1; Expression pattern; Hematopoiesis; Neural crest cells
Cell cycle; Asymmetric division; Cell fate; Central nervous system; numb; 88 89
Ganglion mother cell 88 207
Dorso-ventral axis specification; Zebrafish; Lithium 88 33
Cell fate; Asymmetric division; Central nervous system; numb; Cell cycle;
Ganglion mother cell 88 207
Dorsoventral patterning; Smad; Zebrafish; Xenopus; Xvent-2B 88 73
Cell-matrix adhesion; Tabby; EDA; TNF superfamily; Ectodermal orga-
Drosophila; GFP; Balancer chromosomes 88 229
nogenesis 88 133
Drosophila; LIM; Homeodomain; Lim-1; Nervous system; Motorneuron
Cement gland; Pitx; Pituitary; Xenopus laevis 88 249
88 195
Central nervous system; Asymmetric division; Cell fate; numb; Cell
Drosophila; Munster, Larval eye; Paired-class 88 107
cycle; Ganglion mother cell 88 207
Ectoderm; Guanine exchange factor; Neural induction 88 67
Chick embryos; Gene expression; In situ hybridization; Neuroectoderm;
Neurulation; Neural plate; Neural tube 88 243
Ectodermal organogenesis; Tabby; EDA; TNF superfamily; Cell-matrix
adhesion 88 133
Chromatin; Brain; In situ hybridization; Mouse embryo; Nervous system;
Nuclear receptors; Ovary; Testis; Transcription factor 88 111
EDA; Tabby; TNF superfamily; Ectodermal organogenesis; Cell-matrix
Ciona intestinalis; Urochordata; Homeobox-containing gene; Msx; Devel- adhesion 88 133
opment; Nervous system; Pharynx; Otolith; Ocellus; Neural gland 88 123
Elastase; Gut; Liver; Pancreas; Intestine; Xenopus laevis; Transgenic;
CNS development; cAMP response element binding protein; Xenopus; Promoter; Enhancer; Pancreatic duodenal homeobox-1; XIHbox8; Trans-
RU486-inducible protein activation 88 55 thyretin; Intestinal fatty acid binding protein 88 221
0925-4773/99/$ - see front matter © 1999 Elsevier Science Ireland Ltd. All rights reserved.
PII: S0925-4773(99)00244-0
260 Subject index
Embryo; Xenopus development; Localization; Inhibition; Cytoplasmic polyadenylation; Palindrome CPE; Oocyte maturation; GVBD; Post-tran-
polyadenylation; Palindrome CPE; Oocyte maturation; GVBD; Post-tran- scriptional regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase;
scriptional regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ; Epithelial sensorial layer; Animal cap; Embryo; HLH bHLH tran-
In situ; Epithelial sensorial layer; Animal cap; Gasrtrula; HLH bHLH tran- scription factor; 3'-UTR translation; Control prepattern axis 88 15
scription factor; 3’-UTR translation; Control prepattern axis 88 15
Gene expression; Chick embryos; In situ hybridization; Neuroectoderm;
Embryo; Sodium-calcium exchanger; Cardiac crescent; Heartbeat; Heart- Neurulation; Neural plate; Neural tube 88 243
restricted expression; Mouse 88 119
Gene targeting; Fetal development; Frat; Mice; Knockout; Proto-onco-
Embryogenesis; Ets transcription factors; erm; pea3; Zebrafish 88 233 genes; Signal transduction; Wnt; Xenopus laevis 88 183
Embryogenesis; KOC; Vg!l-RBP; RNA binding protein; KH domain; Germline; Oogenesis; ovarian tumour, ovo 88 3
Organogenesis; RNA localization; Posttranscriptional regulation 88 95
GFP; Drosophila; Balancer chromosomes 88 229
Embryogenesis; Mouse; bHLH-PAS; Neural development 88 237
GFP; Prestalk; Prespore; Dictyostelium 88 253
Enhancer; Gut; Liver; Pancreas; Intestine; Xenopus laevis; Transgenic;
Promoter; Pancreatic duodenal homeobox-1; XIHbox8; Transthyretin; Gland development; Keratinocyte growth factor; Fibroblast growth factor-
Elastase; Intestinal fatty acid binding protein 88 221 7; Keratinocyte growth factor receptor; Keratin 12; Lacrimal gland;
Cornea; Transgenic mice 88 43
Epithelial sensorial layer; Xenopus development; Localization; Inhibi-
tion; Cytoplasmic polyadenylation; Palindrome CPE; Oocyte maturation; Guanine exchange factor; Ectoderm; Neural induction 88 67
GVBD; Post-transcriptional regulation; Id2 sequence; Id3; Maternal
mRNA; Galactosidase; In situ; Animal cap; Gasrtrula; Embryo; HLH Gut; Liver; Pancreas; Intestine; Xenopus laevis; Transgenic; Promoter;
bHLH transcription factor; 3'-UTR translation; Control prepattern axis 88 Enhancer; Pancreatic duodenal homeobox-1; XIHbox8; Transthyretin;
15 Elastase; Intestinal fatty acid binding protein 88 221
erm, Ets transcription factors; pea3: Zebrafish; Embryogenesis 88 233 GVBD; Xenopus development; Localization; Inhibition; Cytoplasmic poly-
adenylation; Palindrome CPE; Oocyte maturation; Post-transcriptional
Ets transcription factors; erm; pea3; Zebrafish; Embryogenesis 88 233 regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ;
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
Expression pattern; Fork head; Winged helix; Transcription factor; Xeno- transcription factor; 3‘-UTR translation; Control prepattern axis 88 15
pus laevis; FREAC-1; Dorsolateral plate; Hematopoiesis; Neural crest cells
88 89 Head involution defective; Programmed cell death; Reaper; Oogenesis;
Nurse cells 88 159
Fetal development; Gene targeting; Frat; Mice; Knockout; Proto-onco-
genes; Signal transduction; Wnt; Xenopus laevis 88 183 Heartbeat; Sodium-calcium exchanger; Embryo; Cardiac crescent; Heart-
restricted expression; Mouse 88 119
Fgf8; Limb development; Bmp4; Fused toes mutation 88 173
Heart-restricted expressionSodium-calcium exchanger; Embryo;
Fibroblast growth factor-7; Keratinocyte growth factor receptor; Kerati- Cardiac crescent; Heartbeat; ; Mouse 88 119
nocyte growth factor; Keratin 12; Lacrimal gland; Gland development;
Cornea; Transgenic mice 88 43 Hematopoiesis; Fork head; Winged helix; Transcription factor; Xenopus
laevis; FREAC-1; Expression pattern; Dorsolateral plate; Neural crest cells
Fork head; Winged helix; Transcription factor; Xenopus laevis; FREAC-1; 88 89
Expression pattern; Dorsolateral plate; Hematopoiesis; Neural crest cells 88
89 HLH bHLH transcription factor; Xenopus development; Localization;
Inhibition; Cytoplasmic polyadenylation; Palindrome CPE; Oocyte matura-
Frat; Gene targeting; Fetal development; Mice; Knockout; Proto-onco- tion; GVBD; Post-transcriptional regulation; Id2 sequence; Id3; Maternal
genes; Signal transduction; Wnt; Xenopus laevis 88 183 mRNA; Galactosidase; In situ; Epithelial sensorial layer; Animal cap; Gasr-
trula; Embryo; 3'-UTR translation; Control prepattern axis 88 15
FREAC-1; Fork head; Winged helix; Transcription factor; Xenopus laevis;
Expression pattern; Dorsolateral plate; Hematopoiesis; Neural crest cells 88 Homeobox-containing gene; Urochordata; Ciona intestinalis; Msx;
89 Development; Nervous system; Pharynx; Otolith; Ocellus; Neural gland
88 123
Fused toes mutation; Limb development; Bmp4; Fgf8 88 173
Homeodomain; LIM; Lim-1; Nervous system; Motorneuron; Drosophila
Galactosidase; Xenopus development; Localization; Inhibition; Cytoplas- 88 195
mic polyadenylation; Palindrome CPE; Oocyte maturation; GVBD; Post-
transcriptional regulation; Id2 sequence; Id3; Maternal mRNA; In situ; Id2 sequence; Xenopus development; Localization; Inhibition; Cytoplas-
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH mic polyadenylation; Palindrome CPE; Oocyte maturation; GVBD; Post-
transcription factor; 3’-UTR translation; Control prepattern axis 88 15 transcriptional regulation; Id3; Maternal mRNA; Galactosidase; In situ;
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
Ganglion mother cell; Asymmetric division; Cell fate; Central nervous transcription factor; 3'-UTR translation; Control prepattern axis 88 15
system; numb; Cell cycle 88 207
Id3; Xenopus development; Localization; Inhibition; Cytoplasmic polya-
Gasrtrula; Xenopus development; Localization; Inhibition; Cytoplasmic denylation; Palindrome CPE; Oocyte maturation; GVBD; Post-transcrip-
Subject index 261
tional regulation; Id2 sequence; Maternal mRNA; Galactosidase; In situ; Liver; Gut; Pancreas; Intestine; Xenopus laevis; Transgenic; Promoter;
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH Enhancer; Pancreatic duodenal homeobox-l; XiHbox8; Transthyretin;
transcription factor; 3’-UTR translation; Control prepattern axis 88 15 Elastase; Intestinal fatty acid binding protein 88 221
In situ hybridization; Brain; Chromatin; Mouse embryo; Nervous system; Localization; Xenopus development; Inhibition; Cytoplasmic polyadeny-
Nuclear receptors; Ovary; Testis; Transcription factor 88 111 lation; Palindrome CPE; Oocyte maturation; GVBD; Post-transcriptional
regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ;
In situ hybridization; Chick embryos; Gene expression; Neuroectoderm: Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
Neurulation; Neural plate; Neural tube 88 243 transcription factor; 3'-UTR translation; Control prepattern axis 88 15
In situ; Xenopus development; Localization; Inhibition; Cytoplasmic poly- Maternal mRNA; Xenopus development; Localization; Inhibition; Cyto-
adenylation; Palindrome CPE; Oocyte maturation; GVBD; Post-transcrip- plasmic polyadenylation; Palindrome CPE; Oocyte maturation; GVBD;
tional regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; Post-transcriptional regulation; Id2 sequence; Id3; Galactosidase; In situ;
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
transcription factor; 3’-UTR translation; Control prepattern axis 88 15 transcription factor; 3'-UTR translation; Control prepattern axis 88 15
Inhibition; Xenopus development; Localization; Cytoplasmic polyadeny- Mice; Gene targeting; Fetal development; Frat; Knockout; Proto-onco-
lation; Palindrome CPE; Oocyte maturation; GVBD; Post-transcriptional genes; Signal transduction; Wnt; Xenopus laevis 88 183
regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ;
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH Motorneuron; LIM; Homeodomain; Lim-1; Nervous system; Drosophila
transcription factor; 3’-UTR translation; Control prepattern axis 88 15 88 195
Intestinal fatty acid binding protein; Gut; Liver; Pancreas; Intestine; Mouse embryo; Brain; Chromatin; In situ hybridization; Nervous system;
Xenopus laevis; Transgenic; Promoter; Enhancer; Pancreatic duodenal Nuclear receptors; Ovary; Testis; Transcription factor 88 111
homeobox-1; XIHbox8; Transthyretin; Elastase 88 221
Mouse; bHLH-PAS; Neural development; Embryogenesis 88 237
Intestine; Gut; Liver; Pancreas; Xenopus laevis; Transgenic; Promoter;
Enhancer; Pancreatic duodenal homeobox-1; XIHbox8; Transthyretin; Mouse; Sodium-calcium exchanger; Embryo; Cardiac crescent; Heartbeat;
Elastase; Intestinal fatty acid binding protein 88 221 Heart-restricted expression 88 119
Keratin 12; Keratinocyte growth factor; Fibroblast growth factor-7; Kera- Msx; Urochordata; Ciona intestinalis; Homeobox-containing gene; Devel-
tinocyte growth factor receptor; Lacrimal gland; Gland development; opment; Nervous system; Pharynx; Otolith; Ocellus; Neural gland 88 123
Cornea; Transgenic mice 88 43
Munster, Larval eye; Paired-class; Drosophila 88 107
Keratinocyte growth factor receptor; Keratinocyte growth factor; Fibro-
blast growth factor-7; Keratin 12; Lacrimal gland; Gland development; Nervous system; Brain; Chromatin; In situ hybridization; Mouse embryo;
Cornea; Transgenic mice 88 43 Nuclear receptors; Ovary; Testis; Transcription factor 88 111
Keratinocyte growth factor; Fibroblast growth factor-7; Keratinocyte Nervous system; LIM; Homeodomain; Lim-1; Motorneuron; Drosophila
growth factor receptor; Keratin 12; Lacrimal gland; Gland development; 88 195
Cornea; Transgenic mice 88 43
Nervous system; Urochordata; Ciona intestinalis; Homeobox-containing
KH domain; KOC; Vgl-RBP; RNA binding protein; Embryogenesis; gene; Msx; Development; Pharynx; Otolith; Ocellus; Neural gland 88 123
Organogenesis; RNA localization; Posttranscriptional regulation 88 95
Neural crest cells; Fork head; Winged helix; Transcription factor; Xenopus
laevis; FREAC-1; Expression pattern; Dorsolateral plate; Hematopoiesis 88
Knockout; Gene targeting; Fetal development; Frat; Mice; Proto-onco-
89
genes; Signal transduction; Wnt; Xenopus laevis 88 183
Neural crest; RNA localization; Xenopus oocytes; RNA binding protein;
KOC; Vgl-RBP; RNA binding protein; KH domain; Embryogenesis;
Vgl; Zebrafish 88 101
Organogenesis; RNA localization; Posttranscriptional regulation 88 95
Neural development; Mouse; bHLH-PAS; Embryogenesis 88 237
Lacrimal gland; Keratinocyte growth factor; Fibroblast growth factor-7;
Keratinocyte growth factor receptor; Keratin 12; Gland development;
Neural gland; Urochordata; Ciona intestinalis, Homeobox-containing
Cornea; Transgenic mice 88 43
gene; Msx; Development; Nervous system; Pharynx; Otolith; Ocellus 88
123
Larval eye; Munster; Paired-class; Drosophila 88 107
Neural induction; Guanine exchange factor; Ectoderm 88 67
LIM; Homeodomain; Lim-1; Nervous system; Motorneuron; Drosophila
88 195 Neural plate; Chick embryos; Gene expression; In situ hybridization;
Neuroectoderm: Neurulation; Neural tube 88 243
Lim-1; LIM; Homeodomain; Nervous system; Motorneuron; Drosophila
88 195 Neural tube; Chick embryos; Gene expression; In situ hybridization;
Neuroectoderm; Neurulation; Neural plate 88 243
Limb development; Bmp4; Fg/8; Fused toes mutation 88 173
Neuroectoderm; Chick embryos; Gene expression; In situ hybridization;
Lithium; Zebrafish; Dorso-ventral axis specification 88 33 Neurulation; Neural plate; Neural tube 88 243
262 Subject index
Neurulation; Chick embryos; Gene expression; In situ hybridization; Post-transcriptional regulation; Xenopus development; Localization;
Neuroectoderm; Neural plate; Neural tube 88 243 Inhibition; Cytoplasmic polyadenylation; Palindrome CPE; Oocyte matura-
tion; GVBD; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ;
Nuclear receptors; Brain; Chromatin; In situ hybridization; Mouse Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
embryo; Nervous system; Ovary; Testis; Transcription factor 88 111 transcription factor; 3’-UTR translation; Control prepattern axis 88 15
numb; Asymmetric division; Cell fate; Central nervous system; Cell cycle; Posttranscriptional regulation; KOC; Vgl-RBP; RNA binding protein;
Ganglion mother cell 88 207 KH domain; Embryogenesis; Organogenesis; RNA localization 88 95
Nurse cells; Programmed cell death; Reaper; Head involution defective; Prespore; Prestalk; Dictyostelium, GFP 88 253
Oogenesis 88 159
Prestalk; Prespore; Dictyostelium; GFP 88 253
Ocellus; Urochordata; Ciona intestinalis; Homeobox-containing gene;
Msx; Development; Nervous system; Pharynx; Otolith; Neural gland 88 Programmed cell death; Reaper; Head involution defective; Oogenesis;
123 Nurse cells 88 159
Oocyte maturation; Xenopus development; Localization; Inhibition; Cyto- Promoter; Gut; Liver; Pancreas; Intestine; Xenopus laevis; Transgenic;
plasmic polyadenylation; Palindrome CPE; GVBD; Post-transcriptional Enhancer; Pancreatic duodenal homeobox-!; XIHbox8; Transthyretin;
regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ; Elastase; Intestinal fatty acid binding protein 88 221
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
transcription factor; 3’-UTR translation; Control prepattern axis 88 15 Proto-oncogenes; Gene targeting; Fetal development; Frat; Mice; Knock-
out; Signal transduction; Wnt; Xenopus laevis 88 183
Oogenesis; Germline; ovarian tumour, ovo 88 3
Reaper; Programmed cell death; Head involution defective; Oogenesis;
Oogenesis; Programmed cell death; Reaper; Head involution defective; Nurse cells 88 159
Nurse cells 88 159
RNA binding protein; KOC; Vgl-RBP; KH domain; Embryogenesis;
Organogenesis; KOC; Vg!l-RBP; RNA binding protein; KH domain; Organogenesis; RNA localization; Posttranscriptional regulation 88 95
Embryogenesis; RNA localization; Posttranscriptional regulation 88 95
RNA binding protein; RNA localization; Xenopus oocytes; Vgl; Zebra-
Otolith; Urochordata; Ciona intestinalis, Homeobox-containing gene; fish; Neural crest 88 101
Msx; Development; Nervous system; Pharynx; Ocellus; Neural gland 88
123 RNA localization; Xenopus oocytes; RNA binding protein; Vg!; Zebra-
fish; Neural crest 88 101
ovarian tumour, Oogenesis; Germline; ovo 88 3
RNA localization; KOC; Vgl-RBP; RNA binding protein; KH domain;
Ovary; Brain; Chromatin; In situ hybridization; Mouse embryo; Nervous Embryogenesis; Organogenesis; Posttranscriptional regulation 88 95
system; Nuclear receptors; Testis; Transcription factor 88 111
RU486-inducible protein activation; cAMP response element binding
ovo; Oogenesis; Germline; ovarian tumour 88 3 protein; Xenopus; CNS development 88 55
Paired-class; Munster, Larval eye; Drosophila 88 107
Signal transduction; Gene targeting; Fetal development; Frat; Mice;
Knockout; Proto-oncogenes; Wnt; Xenopus laevis 88 183
Palindrome CPE; Xenopus development; Localization; Inhibition; Cyto-
plasmic polyadenylation; Oocyte maturation; GVBD; Post-transcriptional
shh, Polarizing activity; Apical ectodermal ridge 88 147
regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ;
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
Smad; Dorsoventral patterning; Zebrafish; Xenopus; Xvent-2B 88 73
transcription factor; 3’-UTR translation; Control prepattern axis 88 15
Sodium-calcium exchanger; Embryo; Cardiac crescent; Heartbeat; Heart-
Pancreas; Gut; Liver; Intestine; Xenopus laevis; Transgenic; Promoter;
restricted expression; Mouse 88 119
Enhancer; Pancreatic duodenal homeobox-1l; XIHbox8; Transthyretin;
Elastase; Intestinal fatty acid binding protein 88 221
Tabby; EDA; TNF superfamily; Ectodermal organogenesis; Cell-matrix
adhesion 88 133
Pancreatic duodenal homeobox-1; Gut; Liver; Pancreas; Intestine; Xeno-
pus laevis; Transgenic; Promoter; Enhancer; XIHbox8; Transthyretin; Elas-
Testis; Brain; Chromatin; In situ hybridization; Mouse embryo; Nervous
tase; Intestinal fatty acid binding protein 88 221
system; Nuclear receptors; Ovary; Transcription factor 88 111
pea3, Ets transcription factors; erm; Zebrafish; Embryogenesis 88 233
TNF superfamily; Tabby; EDA; Ectodermal organogenesis; Cell-matrix
Pharynx; Urochordata; Ciona intestinalis; Homeobox-containing gene; adhesion 88 133
Msx; Development; Nervous system; Otolith; Ocellus; Neural gland 88 123
Transcription factor; Brain; Chromatin; In situ hybridization; Mouse
Pituitary; Pitx; Cement gland; Xenopus laevis 88 249 embryo; Nervous system; Nuclear receptors; Ovary; Testis 88 111
Pitx; Cement gland; Pituitary; Xenopus laevis 88 249 Transcription factor; Fork head; Winged helix; Xenopus laevis; FREAC-
|; Expression pattern; Dorsolateral plate; Hematopoiesis; Neural crest cells
Polarizing activity; shh; Apical ectodermal ridge 88 147 88 89
Subject index 263
Transgenic mice; Keratinocyte growth factor; Fibroblast growth factor-7; Xenopus development; Localization; Inhibition; Cytoplasmic polyadeny-
Keratinocyte growth factor receptor; Keratin 12; Lacrimal gland; Gland lation; Palindrome CPE; Oocyte maturation; GVBD; Post-transcriptional
development; Cornea 88 43 regulation; Id2 sequence; Id3; Maternal mRNA; Galactosidase; In situ;
Epithelial sensorial layer; Animal cap; Gasrtrula; Embryo; HLH bHLH
Transgenic; Gut; Liver; Pancreas; Intestine; Xenopus laevis; Promoter; transcription factor; 3’-UTR translation; Control prepattern axis 88 15
Enhancer; Pancreatic duodenal homeobox-1; XIHbox8; Transthyretin;
Elastase; Intestinal fatty acid binding protein 88 221 Xenopus oocytes; RNA localization; RNA binding protein; Vg; Zebrafish;
Neural crest 88 101
Transthyretin; Gut; Liver; Pancreas; intestine; Xenopus laevis; Trans-
genic; Promoter; Enhancer; Pancreatic duodenal homeobox-1; XIHbox8; Xenopus; Smad; Dorsoventral patterning; Zebrafish, Xvent-2B 88 73
Elastase; Intestinal fatty acid binding protein 88 221
Xenopus laevis; Fork head; Winged helix; Transcription factor; FREAC-1;
Urochordata; Ciona intestinalis, Homeobox-containing gene; Msx; Expression pattern; Dorsolateral plate; Hematopoiesis; Neural crest cells 88
Development; Nervous system; Pharynx; Otolith; Ocellus; Neural gland 89
88 123
Xenopus laevis; Gene targeting; Fetal development; Frat; Mice; Knockout;
3'-UTR translation; Xenopus development; Localization; Inhibition; Proto-oncogenes; Signal transduction; Wnt 88 183
Cytoplasmic polyadenylation; Palindrome CPE; Oocyte maturation;
GVBD; Post-transcriptional regulation; Id2 sequence; Id3; Maternal Xenopus laevis; Gut; Liver; Pancreas; Intestine; Transgenic; Promoter;
mRNA; Galactosidase; In situ; Epithelial sensorial layer; Animal cap; Gasr- Enhancer; Pancreatic duodenal homeobox-l; XIHbox8; Transthyretin;
trula; Embryo; HLH bHLH transcription factor; Control prepattern axis 88 Elastase; Intestinal fatty acid binding protein 88 221
15
Xenopus laevis; Pitx; Cement g!and; Pituitary 88 249
Vgl; RNA localization; Xenopus oocytes; RNA binding protein; Zebrafish;
Neural crest 88 101 XIHbox8; Gut; Liver; Pancreas; Intestine; Xenopus laevis, Transgenic;
Promoter; Enhancer; Pancreatic duodenal homeobox-1; Transthyretin;
Vgi1-RBP; KOC; RNA binding protein; KH domain; Embryogenesis; Elastase; Intestinal fatty acid binding protein 88 221
Organogenesis; RNA localization; Posttranscriptional regulation 88 95
Xvent-2B, Smad; Dorsoventral patterning; Zebrafish; Xenopus 88 73
Winged helix; Fork head; Transcription factor; Xenopus laevis; FREAC-l1;
Expression pattern; Dorsolateral plate; Hematopoiesis; Neural crest cells 88 Zebrafish; Dorso-ventral axis specification; Lithium 88 33
89
Zebrafish; Ets transcription factors; erm; pea3; Embryogenesis 88 233
Wnt; Gene targeting; Fetal development; Frat; Mice; Knockout; Proto-
oncogenes; Signal transduction; Xenopus laevis 88 183 Zebrafish; RNA localization; Xenopus oocytes; RNA binding protein;
Vgl; Neural crest 88 101
Xenopus; cAMP response element binding protein; CNS development;
RU486-inducible protein activation 88 55 Zebrafish, Smad; Dorsoventral patterning; Xenopus; Xvent-2B 88 73