Mechanisms of Development 1998: Vol 79 Index

7 Pages·1998·2.2 MB·English

ELSEVIER
Mechanisms of Development 79 (1998) 219-220
Author index
Volume 79 (1998)
Algar, E., see Holmes, G.P., 57 Hoch, M., see FuB, B., 83
Alonso, S., see Renoncourt, Y., 185 Hoffman, S., see Bundy, J., 213
Arce, V., see Renoncourt, Y., 185 Hogan, B.L.H., see Weisberg, E., 17
Arraiano, C.M., see Till, D.D., 51 Holmes, G.P., Negus, K., Burridge, L., Raman, S., Algar, E., Yamada,
T., Little, M.H., Distinct but overlapping expression patterns of two
Baldessari, D., see Mariani, M., 131 vertebrate slit homologs implies functional roles in CNS develop-
Beddington, R.S.P., see King, T., 29 ment and organogenesis, 57
Betist, M., see Joore, J., 5 Hougaard, D.M., see Larsson, L.-I., 153
Boncinelli, E., see Mariani, M., 131
Brown, N.A., see King, T., 29 Joore, J., van de Water, S., Betist, M., van den Eijnden-van Raaij, A.,
Bundy, J., Rogers, R., Hoffman, S., Conway, S.J., Segmental expression Zivkovic, D., Protein kinase A is involved in the induction of early
of aggrecan in the non-segmented perinotochordal sheath underlies mesodermal marker genes by activin, 5
normal segmentation of the vertebral column, 213 Joos, T.O., see David, R., 137
Burridge, L., see Holmes, G.P., 57
Kiihniein, R.P., Chen, R. Schuh, C-K., A transcription unit at the ken and
Caldwell, M.C., Datta, S., Expression of Cyclin E or DP/E2F rescues the barbie gene locus encodes a novel Drosophila zinc finger protein,
G1 arrest of trol mutant neuroblasts in the Drosophila larval central 161
nervous system, 121 King, T., Beddington, R.S.P., Brown, N.A., The role of the brachyury
Carroll, P., see Renoncourt, Y., 185 gene in heart development and left-right specification in the mouse,
Chen, R., Schuh, C-K., see Kiihnlein, R.P., 161 29
Chen, X., see Weisberg, E., 17
Consalez, G.G., see Mariani, M., 131 Larsson, L-I., St-Onge, L., Hougaard, D.M., Sosa-Pineda, B., Gruss, P.,
Conway, S.J., see Bundy, J., 213 Pax 4 and 6 regulate gastrointestinal endocrine cell development, 153
Corbin, V., see Rusconi, J.C., 39 Linz, B., see Till, D.D., 51
Corradi, A., see Mariani, M., 131 Little, M.H., see Holmes, G.P., 57
Datta, S., see Caldwell, M.C., 121 Malgaretti, N., see Mariani, M., 131
David, R., Joos, T.O., Dreyer, C., Anteroposterior patterning and orga- Mariani, M., Corradi, A., Baldessari, D., Malgaretti, N., Pozzoli, O.,
nogenesis of Xenopus laevis require a correct dose of germ cell Fesce, R., Martinez, S., Boncinelli, E., Consalez, G.G., Mab2/, the
nuclear factor (xXGCNPF), 137 mouse homolog of a C. elegans cell-fate specification gene, partici-
de Lourdes Elias, M., see Till, D.D., 51 pates in cerebellar, midbrain and eye development, 131
Doetschman, T., see Paradies, N.E., 165 Martinez, S., see Mariani, M., 131
Doyle, M., see Moore, A.W., 169 Marujo, P.E., see Till, D.D., 51
Dreyer, C., see David, R., 137 McCarthy, J.E.G., see Till, D.D., 51
McClellan, J.A., see Till, D.D., 51
Elgar, S.J., see Till, D.D., 51 McInnes, L., see Moore, A.W., 169
Min, L., see Yarnitzky, T., 73
Farnsworth, C.L., see Weisberg, E., 17 Moore, A.W., Schedl, A., McInnes, L., Doyle, M., Hecksher-Sorensen,
Fesce, R., see Mariani, M., 131 J., Hastie, N.D., YAC transgenic analysis reveals Wilms’ Tumour |
Filippi, P., see Renoncourt, Y., 185 gene activity in the proliferating coelomic epithelium, developing
Fortini, M.E., see Ye, Y., 199 diaphragm and limb, 169
Friedman, R.A., see Paradies, N.E., 165
Fub, B., Hoch, M., Drosophila endoderm development requires a novel Negus, K., see Holmes, G.P., 57
homeobox gene which is a target of Wingless and Dpp signalling, 83 Newbury, S.F., see Till, D.D., 51
Grandel, H., Schulte-Merker, S., The development of the paired fins in Paradies, N.E., Sanford, L.P., Doetschman, T., Friedman, R.A., Devel-
the Zebrafish (Danio rerio), 99 opmental expression of the TGF@s in the mouse cochlea, 165
Gruss, P., see Larsson, L-I., 153 Pozzoli, O., see Mariani, M., 131
Hastie, N.D., see Moore, A.W., 169 Raman, S., see Holmes, G.P., 57
Hecksher-Sorensen, J., see Moore, A.W., 169 Renoncourt, Y., Carroll, P., Filippi, P., Arce, V., Alonso, S., Neurons
0925-4773/98/$ - see front matter © 1998 Elsevier Science Ireland Ltd. All rights reserved
PII: $0925-4773(98)002 13-5
Author index
derived in vitro from ES cells express homeoproteins characteristic van den Eijnden-van Raaij, A., see Joore, J., 5
of motoneurons and interneurons, 185 Volk, T., see Yarnitzky, T., 73
Rogers, R., see Bundy, J., 213
Rusconi, J.C., Corbin, V., Evidence for a novel Notch pathway required Weisberg, E., Winnier, G.E., Chen, X., Farnsworth, C.L., Hogan, B.L.H.,
for muscle precursor selection in Drosophila, 39 Whitman, M., A mouse homologue of FAST-1 transduces TGFG
superfamily signals and is expressed during early embryogenesis, 17
Sanford, L.P., see Paradies, N.E., 165 Whitman, M., see Weisberg, E., 17
Schedl, A., see Moore, A.W., 169 Winnier, G.E., see Weisberg, E., 17
Schulte-Merker, S., see Grandel, H., 99
Seago, J.E., see Till, D.D., 51 Yamada, T., see Holmes, G.P., 57
Sosa-Pineda, B., see Larsson, L-I., 153 Yarnitzky, T., Min, L., Volk, T., An interplay between two EGF-receptor
St-Onge, L., see Larsson, L.-I., 153 ligands, Vein and Spitz, is required for the formation of a subset of
muscle precursors in Drosophila, 73
Till, D.D., Linz, B., Seago, J.E., Elgar, S.J., Marujo, P.E., de Lourdes Ye, Y., Fortini, M.E., Characterization of Drosophila Presenilin and its
Elias, M., Arraiano, C.M., McClellan, J.A., McCarthy, J.E.G., New- colocalization with Notch during development, 199
bury, S.F., Identification and developmental expression of a 5’—3’
exoribonuclease from Drosophila melanogaster, 51\ Zivkovic, D., see Joore, J., 5
van de Water, S., see Joore, J., 5
Mechanisms of Development 79 (1998) 221—225
Subject index
Volume 79 (1998)
Actinopterygians; Apical ectodermal ridge; Apical fold; Chondrichth- Chick; Aggrecan; Notochord; Perinotochordal sheath; Cartilage forma-
yans; Danio rerio, Endoskeleton; Morphogenesis; Paired fins; Teleost; tion; Segmental skeleton 79, 213
Zebrafish 79, 99
Chondrichthyans; Actinopterygians; Apical ectodermal ridge; Apical
Activin; Zebrafish; Danio rerio; goosecoid; no tail; Protein kinase A: fold; Danio rerio; Endoskeleton; Morphogenesis; Paired fins; Teleost;
Mesoderm 79, 5 Zebrafish 79, 99
Aggrecan; Chick; Notochord; Perinotochordal sheath; Cartilage forma- CNS development; Midline glial cells; Floor plate; Roof plate; Motor
tion; Segmental skeleton 79, 213 neurons; Notochord; Organizer; Leucine-rich repeat; EGF repeat; Pro-
tein—protein interactions; Agrin—laminin—perlecan—slit domain; Limb
Agrin-laminin– Perlecan—slit domain; Midline glial cells; Floor development; Metanephric mesenchyme; Spinal cord; Brain 79, 57
plate; Roof plate; Motor neurons; Notochord; Organizer; Leucine-rich
repeat; EGF repeat; CNS development; Protein—protein interactions; Cochlea; TGF; Spiral limbus; Epithelial-mesenchymal interaction;
Limb development; Metanephric mesenchyme; Spinal cord; Mouse 79, 165
Brain 79, 57
Coelomic epithelium; Diaphragm; Epithelial to mesenchymal cell type
Alzheimer’s disease; Presenilin; Notch receptor; Subcellular localiza- transition; Septum transversum; Hepatic sinusoids; _ Interdigital;
tion; Drosophila 79, 199 Mesenchymal to epithelial cell type transition; lacZ; Limb metanephros;
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
ana; trol; Drosophila; Neuroblast; Cyclin E; E2F 79, 121 Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
some 79, 169
Apical ectodermal ridge; Actinopterygians; Apical fold; Chondrichth-
Cyclin E; trol; ana; Drosophila, Neuroblast; E2F 79, 121
yans; Danio rerio; Endoskeleton; Morphogenesis; Paired fins; Teleost;
Zebrafish 79, 99
Danio rerio, Actinopterygians; Apical ectodermal ridge; Apical fold;
Apical fold; Actinopterygians; Apical ectodermal ridge; Chondrichth- Chondrichthyans; Endoskeleton; Morphogenesis; Paired fins, Teleost;
yans; Danio rerio; Endoskeleton; Morphogenesis; Paired fins; Teleost; Zebrafish 79, 99
Zebrafish 79, 99
Danio rerio, Zebrafish; goosecoid; no tail, Activin; Protein kinase A;
Mesoderm 79, 5
Beta2; Pax genes; Gastrointestinal hormones; Pdx-1; NeuroD; Gastro-
intestinal development 79, 153
Developmental regulation; Drosophila, XRN/; Ribonucleases; RNA
stability; RNA degradation; Trinucleotide repeats; pacman 79, 51
brachyury; Left-right asymmetry; Heart looping; /efty; nodal; situs 79,
29
Diaphragm; Coelomic epithelium; Epithelial to mesenchymal cell type
transition; Septum transversum; Hepatic sinusoids; Interdigital;
Brain; Midline glial cells; Floor plate; Roof plate; Motor neurons; Noto-
Mesenchymal to epithelial cell type transition; lacZ; Limb metanephros;
chord; Organizer; Leucine-rich repeat; EGF repeat; CNS development;
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
Protein—protein interactions; Agrin—laminin—perlecan-slit domain; Limb
Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
development; Metanephric mesenchyme; Spinal cord 79, 57
some 79, 169
Cartilage formation; Chick; Aggrecan; Notochord; Perinotochordal Dominant negative receptor; Germ cell nuclear factor; Nuclear orphan
sheath; Segmental skeleton 79, 213 receptor; Organogenesis; Germ cell nuclear factor overexpression; Xeno-
pus laevis 79, 137
Cell fate; Lateral inhibition; Somatic mesoderm; Notch; Neurogenic
genes; Drosophila muscle 79, 39 Dpp: Homeobox; Proventriculus; Wingless; Endoderm 79, 83
Cell type specification; Midbrain development; Cerebellar develop- Drosophila muscle; Lateral inhibition; Somatic mesoderm; Cell fate;
ment; Eye development; Mab2/; mab-21 79, 131 Notch; Neurogenic genes 79, 39
Cerebellar development; Midbrain development; Eye development; Drosophila; 1(2)02970; ms(2)00331; 1(2)08253, ken and barbie; Zinc
Mab21; mab-21; Cell type specification 79, 131 finger protein; Gap-genes 79, 161
0925-4773/98/$ - see front matter © 1998 Elsevier Science Ireland Ltd. All rights reserved
PIT: $0925-4773(98)00214-7
Subject index
Drosophila, trol, ana, Neuroblast; Cyclin E; E2F 79, 121 Germ cell nuclear factor overexpression; Germ cell nuclear factor;
Nuclear orphan receptor; Organogenesis; Dominant negative receptor;
Drosophila, XRN/; Ribonucleases; RNA stability; Developmental reg- Xenopus laevis 79, 137
ulation; RNA degradation; Trinucleotide repeats; pacman 79, 51
Germ cell nuclear factor; Nuclear orphan receptor; Organogenesis;
Drosophila, Muscle; Mesoderm; Receptor tyrosine kinase; Egfr/DER; Dominant negative receptor; Germ cell nuclear factor overexpression;
Vein; Spitz 79, 73 Xenopus laevis 79, 137
Drosophila, Presenilin; Alzheimer’s disease; Notch receptor; Subcellular goosecoid, Zebrafish; Danio rerio; no tail; Activin; Protein kinase A;
localization 79, 199 Mesoderm 79, 5
E2F; trol; ana; Drosophila; Neuroblast; Cyclin E 79, 121 Heart looping; Left-right asymmetry; brachyury; lefty; nodal;
situs 79, 29
EGF repeat; Midline glial cells; Floor plate; Roof plate; Motor neurons;
Notochord; Organizer; Leucine-rich repeat; CNS development, Pro- Hepatic sinusoids; Coelomic epithelium; Diaphragm; Epithelial to
tein—protein interactions; Agrin—laminin—perlecan—slit domain; Limb mesenchymal cell type transition; Septum transversum; Interdigital;
development; Metanephric mesenchyme; Spinal cord; Brain 79, 57 Mesenchymal to epithelial cell type transition; lacZ; Limb metanephros;
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
Egfr/DER; Muscle; Drosophila, Mesoderm; Receptor tyrosine kinase; Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
Vein; Spitz 79, 73 some 79, 169
Embryogenesis; Transcription factor FAST-1; TGF superfamily; Homeobox; Mouse embryonic stem cells; Neuronal differentiation;
Xenopus 79, 17 Retinoic acid; Motoneuron 79, 185
Endoderm; Homeobox; Proventriculus; Wingless; Dpp 79, 83 Homeobox; Proventriculus; Wingless; Dpp; Endoderm 79, 83
Endoskeleton; Actinopterygians; Apical ectodermal ridge; Apical fold; Interdigital; Coelomic epithelium; Diaphragm: Epithelial to mesenchy-
Chondrichthyans; Danio rerio; Morphogenesis; Paired fins; Teleost; mal cell type transition; Septum transversum; Hepatic sinusoids;
Zebrafish 79, 99 Mesenchymal to epithelial cell type transition; lacZ; Limb metanephros;
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
Epithelial to mesenchymal cell type transition; Coelomic epithelium; Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
Diaphragm; Septum transversum; Hepatic sinusoids; Interdigital; some 79, 169
Mesenchymal to epithelial cell type transition; lacZ; Limb metanephros;
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis ken and barbie, (2)02970; ms(2)00331; I(2)08253, Zinc finger protein;
Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo- Gap-genes; Drosophila 79, 161
some 79, 169
1(2)02970; ms(2)00331; 1(2)08253, ken and barbie; Zinc finger protein;
Epithelial-mesenchymal interaction; TGF; Cochlea; Spiral limbus; Gap-genes; Drosophila 79, 161
Mouse 79, 165
1(2)08253; 1(2)02970; ms(2)00331; ken and barbie; Zinc finger protein;
Eye development; Midbrain development; Cerebellar development; Gap-genes; Drosophila 79, 161
Mab21; mab-21; Cell type specification 79, 131
lacZ; Coelomic epithelium; Diaphragm; Epithelial to mesenchymal cell
Floor plate; Midline glial cells; Roof plate; Motor neurons; Notochord; type transition; Septum transversum; Hepatic sinusoids; Interdigital;
Organizer; Leucine-rich repeat; EGF repeat; CNS development; Pro- Mesenchymal to epithelial cell type transition; Limb metanephros;
tein—protein interactions; Agrin—laminin—perlecan-slit domain; Limb Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
development; Metanephric mesenchyme; Spinal cord; Brain 79, 57 Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
some 79, 169
Gap-genes; /(2)02970; ms(2)00331; 1(2)08253; ken and barbie; Zinc
finger protein; Drosophila 79, 161 Lateral inhibition; Somatic mesoderm; Cell fate; Notch; Neurogenic
genes; Drosophila muscle 79, 39
Gastrointestinal development; Pax genes; Gastrointestinal hormones;
Pdx-1; NeuroD; Beta2 79, 153 Left-right asymmetry; brachyury; Heart looping; lefty; nodal;
situs 79, 29
Gastrointestinal hormones; Pax genes; Pdx-1; NeuroD; Beta2; Gastro-
intestinal development 79, 153 lefty; Left-right asymmetry; brachyury; Heart looping; nodal; situs 79,
29
Gene regulation; Coelomic epithelium; Diaphragm; Epithelial to
mesenchymal cell type transition; Septum transversum; Hepatic sinu- Leucine-rich repeat; Midline glial cells; Floor plate; Roof plate;
soids; Interdigital; Mesenchymal to epithelial cell type transition; lacZ; Motor neurons; Notochord; Organizer; EGF repeat; CNS develop-
Limb metanephros; Mouse embryo; Nephric cord; Podocyte; Rete testis ment; Protein—protein interactions; Agrin—laminin—perlecan-slit domain;
Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo- Limb development; Metanephric mesenchyme; Spinal cord; Brain 79,
some 79, 169 57
Subject index
Limb development; Midline glial cells; Floor plate; Roof plate; Motor Mouse; TGF; Cochlea; Spiral limbus; Epithelial-mesenchymal interac-
neurons; Notochord; Organizer; Leucine-rich repeat; EGF repeat; CNS tion 79, 165
development; Protein—protein interactions; Agrin—laminin—perlecan-slit
domain; Metanephric mesenchyme; Spinal cord; Brain 79, 57 Muscle; Drosophila, Mesoderm; Receptor tyrosine kinase; Egfr/DER;
Vein; Spitz 79, 73
Limb metanephros; Coelomic epithelium; Diaphragm; Epithelial to
mesenchymal cell type transition; Septum transversum; Hepatic sinu- ms(2)00331; 1(2)02970, I(2)08253;, ken and barbie, Zinc finger protein;
soids; Interdigital; Mesenchymal to epithelial cell type transition; lacZ; Gap-genes; Drosophila 79, 161
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
Sertoli: Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo- Nephric cord; Coelomic epithelium; Diaphragm; Epithelial to mesench-
some 79, 169 ymal cell type transition; Septum transversum; Hepatic sinusoids; Inter-
digital; Mesenchymal to epithelial cell type transition; lacZ; Limb
mab-21, Midbrain development; Cerebellar development; Eye develop- metanephros; Mouse embryo; Podocyte; Gene regulation; Rete testis
ment; Mab2/; Cell type specification 79, 131 Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
some 79, 169
Mab21, Midbrain development; Cerebellar development; Eye develop-
ment; mab-2/; Cell type specification 79, 131 Neuroblast; trol; ana; Drosophila; Cyclin E; E2F 79, 121
Mesenchymal to epithelial cell type transition; Coelomic epithelium;
NeuroD, Pax genes; Gastrointestinal hormones; Pdx-1; Beta2; Gastro-
Diaphragm; Epithelial to mesenchymal cell type transition; Septum
intestinal development 79, 153
transversum; Hepatic sinusoids; Interdigital; lacZ; Limb metanephros;
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
Neurogenic genes; Lateral inhibition; Somatic mesoderm; Cell fate;
Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
Notch; Drosophila muscle 79, 39
some 79, 169
Neuronal differentiation; Mouse embryonic stem cells; Retinoic acid;
Mesoderm; Muscle; Drosophila; Receptor tyrosine kinase; Egfr/DER;
Motoneuron; Homeobox 79, 185
Vein; Spitz 79, 73
nodal, Left-right asymmetry; brachyury; Heart looping; lefty; situs 79,
Mesoderm; Zebrafish; Danio rerio; goosecoid; no tail, Activin; Protein
29
kinase A 79,5
no tail; Zebrafish; Danio rerio; goosecoid; Activin; Protein kinase A;
Metanephric mesenchyme; Midline glial cells; Floor plate; Roof plate;
Mesoderm 79, 5
Motor neurons; Notochord; Organizer; Leucine-rich repeat; EGF repeat;
CNS development; Protein—protein interactions; Agrin\tqlaminin\tqper-
Notch receptor; Presenilin; Alzheimer’s disease; Subcellular localiza-
lecan—slit domain; Limb development; Spinal cord; Brain 79, 57
tion; Drosophila 79, 199
Midbrain development; Cerebellar development; Eye development;
Notch; Lateral inhibition; Somatic mesoderm; Cell fate; Neurogenic
Mab21; mab-21; Cell type specification 79, 131
genes; Drosophila muscle 79, 39
Midline glial cells; Floor plate; Roof plate; Motor neurons; Notochord;
Notochord; Chick; Aggrecan; Perinotochordal sheath; Cartilage forma-
Organizer; Leucine-rich repeat; EGF repeat; CNS development; Pro-
tion; Segmental skeleton 79, 213
tein—protein interactions; Agrin—laminin—perlecan—slit domain; Limb
development; Metanephric mesenchyme; Spinal cord; Brain 79, 57
Notochord; Midline glial cells; Floor plate; Roof plate; Motor neurons;
Organizer; Leucine-rich repeat; EGF repeat; CNS development; Pro-
Morphogenesis; Actinopterygians; Apical ectodermal ridge; Apical
tein—protein interactions; Agrin—laminin—perlecan—slit domain; Limb
fold; Chondrichthyans; Danio rerio; Endoskeleton; Paired fins; Teleost;
development; Metanephric mesenchyme; Spinal cord; Brain 79, 57
Zebrafish 79, 99
Nuclear orphan receptor; Germ cell nuclear factor; Organogenesis;
Motoneuron; Mouse embryonic stem cells; Neuronal differentiation;
Dominant negative receptor; Germ cell nuclear factor overexpression;
Retinoic acid; Homeobox 79, 185
Xenopus laevis 79, 137
Motor neurons; Midline glial cells; Floor plate; Roof plate; Notochord;
Organizer; Midline glial cells; Floor plate; Roof plate; Motor neurons;
Organizer; Leucine-rich repeat; EGF repeat; CNS development; Pro-
Notochord; Leucine-rich repeat; EGF repeat; CNS development; Pro-
tein—protein interactions; Agrin—laminin—perlecan—slit domain; Limb
tein—protein interactions; Agrin—laminin—perlecan—slit domain; Limb
development; Metanephric mesenchyme; Spinal cord; Brain 79, 57
development; Metanephric mesenchyme; Spinal cord; Brain 79, 57
Mouse embryo; Coelomic epithelium; Diaphragm; Epithelial to
Organogenesis; Germ cell nuclear factor; Nuclear orphan receptor;
mesenchymal cell type transition; Septum transversum; Hepatic sinu-
Dominant negative receptor; Germ cell nuclear factor overexpression;
soids; Interdigital; Mesenchymal to epithelial cell type transition; lacZ;
Xenopus laevis 79, 137
Limb metanephros; Nephric cord; Podocyte; Gene regulation; Rete testis
Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
pacman, Drosophila, XRN1; Ribonucleases; RNA stability; Develop-
some 79, 169
mental regulation; RNA degradation; Trinucleotide repeats 79, 51
Mouse embryonic stem cells; Neuronal differentiation; Retinoic acid;
Paired fins; Actinopterygians; Apical ectodermal ridge; Apical fold;
Motoneuron; Homeobox 79, 185
224 Subject index
Chondrichthyans; Danio rerio; Endoskeleton; Morphogenesis; Teleost; mesenchymal cell type transition; Hepatic sinusoids; Interdigital;
Zebrafish 79, 99 Mesenchymal to epithelial cell type transition; lacZ; Limb metanephros;
Mouse embryo; Nephric cord; Podocyte; Gene regulation; Rete testis
Pax genes; Gastrointestinal hormones; Pdx-1; NeuroD; Beta2; Gastro- Sertoli; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo-
intestinal development 79, 153 some 79, 169
Pdx-1; Pax genes; Gastrointestinal hormones; NeuroD; Beta2; Gastro- situs; Left-right asymmetry; brachyury; Heart looping; lefty; nodal 79,
intestinal development 79, 153 29
Perinotochordal sheath; Chick; Aggrecan; Notochord; Cartilage forma- Somatic mesoderm; Lateral inhibition; Cell fate; Notch; Neurogenic
tion; Segmental skeleton 79, 213 genes; Drosophila muscle 79, 39
Podocyte; Coelomic epithelium; Diaphragm; Epithelial to mesenchymal Spinal cord; Midline glial cells; Floor plate; Roof plate; Motor neurons;
cell type transition; Septum transversum; Hepatic sinusoids; Interdigital; Notochord; Organizer; Leucine-rich repeat; EGF repeat; CNS develop-
Mesenchymal to epithelial cell type transition; lacZ; Limb metanephros; ment; Protein—protein interactions; Agrin—laminin—perlecan—slit domain;
Mouse embryo; Nephric cord; Gene regulation; Rete testis Sertoli; Limb development; Metanephric mesenchyme; Brain 79, 57
Transgenic; Wilms’ Tumour | gene; Yeast artificial chromosome 79,
169 Spiral limbus; TGF; Cochlea; Epithelial-mesenchymal interaction;
Mouse 79, 165
Presenilin; Alzheimer’s disease; Notch receptor; Subcellular localiza-
tion; Drosophila 79, 199 Spitz; Muscle; Drosophila; Mesoderm; Receptor tyrosine kinase; Egfr/
DER; Vein 79, 73
Protein kinase A; Zebrafish; Danio rerio>; goosecoid, no tail; Activin;
Mesoderm 79, 5 Subcellular localization; Presenilin; Alzheimer’s disease; Notch recep-
tor; Drosophila 79, 199
Protein-protein interactions; Midline glial cells; Floor plate;
Roof plate; Motor neurons; Notochord; Organizer; Leucine-rich repeat; Teleost; Actinopterygians; Apical ectodermal ridge; Apical fold; Chon-
EGF repeat; CNS development; Agrin—laminin—perlecan-slit domain; drichthyans; Danio rerio, Endoskeleton; Morphogenesis; Paired fins;
Limb development; Metanephric mesenchyme; Spinal cord; Zebrafish 79, 99
Brain 79, 57
TGF superfamily; Transcription factor FAST-1; Xenopus; Embryo-
Proventriculus; Homeobox; Wingless; Dpp; Endoderm 79, 83 genesis 79, 17
Receptor tyrosine kinase; Muscle; Drosophila; Mesoderm; Egft/DER; TGF; Cochlea; Spiral limbus; Epithelial-mesenchymal interaction;
Vein; Spitz 79, 73 Mouse 79. 165
Rete testis Sertoli; Coelomic epithelium; Diaphragm; Epithelial to Transcription factor FAST-1; TGF superfamily; Xenopus; Embryo-
mesenchymal cell type transition; Septum transversum; Hepatic sinu- genesis 79, 17
soids; Interdigital; Mesenchymal to epithelial cell type transition; lacZ;
Limb metanephros; Mouse embryo; Nephric cord; Podocyte; Gene reg- Transgenic; Coelomic epithelium; Diaphragm; Epithelial to mesenchy-
ulation; Transgenic; Wilms’ Tumour I gene; Yeast artificial chromo- mal cell type transition; Septum transversum; Hepatic sinusoids; Inter-
some 79, 169 digital; Mesenchymal to epithelial cell type transition; lacZ; Limb
metanephros; Mouse embryo; Nephric cord; Podocyte; Gene regulation;
Retinoic acid; Mouse embryonic stem cells; Neuronal differentiation; Rete testis Sertoli; Wilms’ Tumour I gene; Yeast artificial chromo-
Motoneuron; Homeobox 79, 185 some 79, 169
Ribonucleases; Drosophila; XRN/; RNA stability; Developmental reg- Trinucleotide repeats; Drosophila, XRN/; Ribonucleases; RNA stabi-
ulation; RNA degradation; Trinucleotide repeats; pacman 79, 51 lity; Developmental regulation; RNA degradation; pacman 79, 51
RNA degradation; Drosophila; XRN/; Ribonucleases; RNA stability; Vein; Muscle; Drosophila, Mesoderm; Receptor tyrosine kinase; Egfr/
Developmental regulation; Trinucleotide repeats; pacman 79, 51 DER; Spitz 79, 73
RNA stability; Drosophila; XRN/; Ribonucleases; Developmental reg- trol, ana; Drosophila; Neuroblast; Cyclin E; E2F 79, 121
ulation; RNA degradation; Trinucleotide repeats; pacman 79, 51
Wilms’ Tumour I gene; Coelomic epithelium; Diaphragm; Epithelial to
Roof plate; Midline glial cells; Floor plate; Motor neurons; Notochord; mesenchymal cell type transition; Septum transversum; Hepatic sinu-
Organizer; Leucine-rich repeat; EGF repeat; CNS development; Pro- soids; Interdigital; Mesenchymal to epithelial cell type transition; lacZ;
tein—protein interactions; Agrin—laminin—perlecan-slit domain; Limb Limb metanephros; Mouse embryo; Nephric cord; Podocyte; Gene reg-
development; Metanephric mesenchyme; Spinal cord; Brain 79, 57 ulation; Rete testis Sertoli; Transgenic; Yeast artificial chromo-
some 79, 169
Segmental skeleton; Chick; Aggrecan; Notochord; Perinotochordal
sheath; Cartilage formation 79, 213 Wingless; Homeobox; Proventriculus; Dpp; Endoderm 79, 83
Septum transversum; Coelomic epithelium; Diaphragm; Epithelial to Xenopus laevis; Germ cell nuclear factor; Nuclear orphan receptor;
Subject index
Organogenesis; Dominant negative receptor; Germ cell nuclear factor cyte; Gene regulation; Rete testis Sertoli; Transgenic; Wilms’ Tumour |
overexpression 79, 137 gene 79, 169
Xenopus, Transcription factor FAST-1; TGF superfamily; Embryogen- Zebrafish; Danio rerio, goosecoid; no tail; Activin; Protein kinase A;
esis 79, 17 Mesoderm 79, 5
XRN1, Drosophila, Ribonucleases; RNA stability; Developmental reg- Zebrafish; Actinopterygians; Apical ectodermal ridge; Apical fold;
ulation; RNA degradation; Trinucleotide repeats; pacman 79, 51 Chondrichthyans; Danio rerio, Endoskeleton; Morphogenesis; Paired
fins; Teleost 79, 99
Yeast artificial chromosome; Coelomic epithelium; Diaphragm;
Epithelial to mesenchymal cell type transition; Septum transversum; Zinc finger protein; /(2)02970; ms(2)00331; l(2)08253; ken and barbie:
Hepatic sinusoids; Interdigital; Mesenchymal to epithelial cell type tran- Gap-genes; Drosophila 79, 161
sition; lacZ; Limb metanephros; Mouse embryo; Nephric cord; Podo-