Mechanisms of Development 1993: Vol 40 Index

5 Pages·1993·1.2 MB·English

Mechanisms of Development ,4 0 (1993) 195
Author Index
Armstrong, J.F., Pritchard-Jones, K., Bickmore, W.A., Hastie, N.D. Hill, D.S., see Ragsdale, Jr., C.W. (40) 99
and Bard, J.B.L. Houtzager, E., see Dekker, E.-J. (40) 3
The expression of the Wilms’ tumour gene, WT1, in the develop-
ing mammalian embryo (40) 85 Kim, H.-J., see Bulfone, A. (40) 129
Kruijer, W., see Shen, S. (40) 177
Bailey, A., see Ferreiro, B. (40) 25
Bard, J.B.L., see Armstrong, J.F. (40) 85 Lengyel, J.A., see Liaw, G.-J. (40) 47
Baumgartner, S. and Chiquet-Ehrismann, R. Liaw, G.-J. and Lengyel, J.A.
Ten“, a Drosophila gene related to tenascin, shows selective Control of tailless expression by bicoid, dorsal and synergistically
transcript localization (40) 165 interacting terminal system regulatory elements (40) 47
Bhatt, S., see Bradley, L.C. (40) 73
Bickmore, W.A., see Armstrong, J.F. (40) 85
Ohno, C.K. and Petkovich, M.
Boncinelli, E., see Dekker, E.-J. (40) 3
FTZ-F1B, a novel member of the Drosophila nuclear receptor
Bradley, L.C., Snape, A., Bhatt, S. and Wilkinson, D.G.
family (40) 13
The structure and expression of the Xenopus Krox-20 gene:
conserved and divergent patterns of expression in rhombomeres
Pannese, M., see Dekker, E.-J. (40) 3
and neural crest (40) 73
Paro, R. and Zink, B.
Brockes, J.P., see Ragsdale, Jr., C.W. (40) 99
The Polycomb gene is differentially regulated during oogenesis
Bulfone, A., Kim, H.-J., Puelles, L., Porteus, M.H., Grippo, J.F. and
and embryogenesis of Drosophila melanogaster (40) 37
Rubenstein, J.L.R.
Partanen, M., see Tirronen, M. (40) 113
The mouse Dlx-2 (Tes-]) gene is expressed in spatially restricted
Petkovich, M., see Ohno, C.K. (40) 13
domains of the forebrain, face and limbs in midgestation mouse
Porteus, M.H., see Bulfone, A. (40) 129
embryos (40) 129
Pritchard-Jones, K., see Armstrong, J.F. (40) 85
Busse, U. and Séguin, C.
Puelles, L., see Bulfone, A. (40) 129
Isolation of cDNAs for two closely related members of the axolotl
Wnt family, Awnt-SA and Awnt-5B, and analysis of their expres-
Ragsdale, Jr., C.W., Gates, P.B., Hill, D.S. and Brockes, J.P.
sion during development (40) 63
Delta retinoic acid receptor isoform 6, is distinguished by its
exceptional N-terminal sequence and abundance in the limb
Chiquet-Ehrismann, R., see Baumgartner, S. (40) 165
regeneration blastema (40) 99
Crews, S.T., see Wharton, Jr., K.A. (40) 141
Roos, C., see Tirronen, M. (40) 113
Rubenstein, J.L.R., see Bulfone, A. (40) 129
Dekker, E.-J., Pannese, M., Houtzager, E., Boncinelli, E. and
Durston, A.
Séguin, C., see Busse, U. (40) 63
Colinearity in the Xenopus laevis Hox-2 complex (40) 3
Shen, S., Van der Saag, P.T. and Kruijer, W.
Dorsky, R., see Ferreiro, B. (40) 25
Dominant negative retinoic acid receptor B (40) 177
Drucker, B.J. and Goldfarb, M.
Skoglund, P., see Ferreiro, B. (40) 25
Murine FGF-4 gene expression is spatially restricted within em-
Snape, A., see Bradley, L.C. (40) 73
bryonic skeletal muscle and other tissues (40) 155
Durston, A., see Dekker, E.-J. (40) 3
Tirronen, M., Partanen, M., Heino, T.O., Heino, T.I. and Roos, C.
Analyses of the Drosophila quit, ovarian tumor and shut down
Ferreiro, B., Skoglund, P., Bailey, A., Dorsky, R. and Harris, W.A.
mutants in oocyte differentiation using in situ hybridisation (40)
XASH1, a Xenopus homolog of achaete-scute a proneural gene
113
in anterior regions of the vertebrate CNS (40) 25
Gates, P.B., see Ragsdale, Jr., C.W. (40) 99 Van der Saag, P.T., see Shen, S. (40) 177
Goldfarb, M., see Drucker, B.J. (40) 155
Grippo, J.F., see Bulfone, A. (40) 129 Wharton, Jr., K.A. and Crews, S.T.
CNS midline enhancers of the Drosophila slit and Toll genes (40)
Harris, W.A., see Ferreiro, B. (40) 25 141
Hastie, N.D., see Armstrong, J.F. (40) 85 Wilkinson, D.G., see Bradley, L.C. (40) 73
Heino, T.I., see Tirronen, M. (40) 113
Heino, T.O., see Tirronen, M. (40) 113 Zink, B., see Paro, R. (40) 37
Mechanisms of Development ,4 0 (1993) 197-199
Subject Index
Achae—t sceut e Embryonal carcinoma cell
Xenopus; Neural expression; Basic helix—loop—helix protein; E2 box Dimerization; Dominant negative; mRARB, promoter; Retinoic acid
binding; Emc inhibition; MASH] (Ferreiro, B. (40) 25) receptor B,; Transactivation (Shen, S. (40) 177)
Amphibian Emc inhibition
Wnt-5A; Wnt-5B; Urodele; Axolotl; Reverse transcription PCR Xenopus; Achaete —scute; Neural expression; Basic helix—loop—helix
(Busse, U. (40) 63) protein; E2 box binding; MASH] (Ferreiro, B. (40) 25)
Axolotl Epidermal growth factor
Wnt-5A; Wnt-5B; Amphibian; Urodele; Reverse transcription PCR Drosophila; ten*; Tenascin; Localized RNA (Baumgartner, S. (40)
(Busse, U. (40) 63) 165)
Basic helix—loop—helix protein Fibroblast growth factor
Xenopus; Achaete—scute; Neural expression; E2 box binding; Emc Gene expression; Mesoderm; Neuroectoderm; Skeletal muscle
inhibition; MASH] (Ferreiro, B. (40) 25) (Drucker, B.J. (40) 155)
fs(2) Bic-D fs(2)egl
Oogenesis; Spermatogenesis; Transport; fs(1)K10; fs(2)egl (Tirronen, Oogenesis; Spermatogenesis; Transport; fs(1)K10; fs(2)Bic-D (Tir-
M. (40) 113) ronen, M. (40) 113)
Brain fiz gene regulation
Dlx-2; Homeobox gene; Limb; Branchial arch; Neural crest (Bulfone, Steroid receptor; Transcription factor; Zebra element; Central ner-
A. (40) 129) vous system (Ohno, C.K. (40) 13)
Branchial arch Gene expression
Dlx-2; Homeobox gene; Brain; Limb; Neural crest (Bulfone, A. (40) Fibroblast growth factor; Mesoderm; Neuroectoderm; Skeletal mus-
129) cle (Drucker, B.J. (40) 155)
Central nervous system Gene regulation
Steroid receptor; Transcription factor; ftz gene regulation; Zebra slit; Toll; Drosophila; CNS midline development (Wharton, Jr., K.A.
element (Ohno, C.K. (40) 13) (40) 141)
CNS midline development Gonad
slit; Toll; Gene regulation; Drosophila (Wharton, Jr., K.A. (40) 141) Kidney development; Mesenchyme-epithelium transition; Mesothe-
lium; Motor neuron; Nephrogenesis; Tumor suppressor; WT1; Wilms’
Dimerization tumor (Armstrong, J.F. (40) 85)
Dominant negative; Embryonal carcinoma cell; mRARB, promoter;
Retinoic acid receptor B,; Transactivation (Shen, S. (40) 177) Homeobox gene
Dlkx-2; Brain; Limb; Branchial arch; Neural crest (Bulfone, A. (40)
Dlx-2 129)
Homeobox gene; Brain; Limb; Branchial arch; Neural crest (Bulfone,
A. (40) 129) Homeotic gene
Polycomb group; Polycomb; Protein distribution; Drosophila (Paro,
Dominant negative R. (40) 37)
Dimerization; Embryonal carcinoma cell; mRAR#, promoter;
Retinoic acid receptor B,; Transactivation (Shen, S. (40) 177) Hox gene
Xenopus laevis; Retinoic acid (Dekker, E.-J. (40) 3)
Drosophila
Polycomb group; Polycomb; Protein distribution; Homeotic gene fs(1)K10
(Paro, R. (40) 37) Oogenesis; Spermatogenesis; Transport; fs(2)Bic-D; fs(2)egl (Tir-
ronen, M. (40) 113)
slit; Toll; Gene regulation; CNS midline development (Wharton, Jr.,
K.A. (40) 141) Kidney development
Gonad; Mesenchyme-epithelium transition; Mesothelium; Motor
ten*; Tenascin; Epidermal growth factor; Localized RNA (Baum- neuron; Nephrogenesis; Tumor suppressor; WT1; Wilms’ tumor
gartner, S. (40) 165) (Armstrong, J.F. (40) 85)
E2 box binding Krox-20
Xenopus; Achaete —scute; Neural expression; Basic helix—loop—helix Xenopus development; Rhombomere; Segmentation; Neural crest
protein; Emc inhibition; MASH] (Ferreiro, B. (40) 25) (Bradley, L.C. (40) 73)
198
Limb Polycomb group
Dlx-2; Homeobox gene; Brain; Branchial arch; Neural crest (Bulfone, Polycomb; Protein distribution; Homeotic gene; Drosophila (Paro, R.
A. (40) 129) (40) 37)
Position specification
Limb regeneration
Retinoic acid; Retinoic acid receptor; Position specification; Newt Retinoic acid; Retinoic acid receptor; Limb regeneration; Newt
(Ragsdale, Jr., C.W. (40) 99) (Ragsdale, Jr., C.W. (40) 99)
Promoter dissection
Localized RNA
Tailless gene; Terminal system; Transcriptional synergism (Liaw,
Drosophila; ten*; Tenascin; Epidermal growth factor (Baumgartner,
G.-J. (40) 47)
S. (40) 165)
Protein distribution
MASHI1
Polycomb group; Polycomb; Homeotic gene; Drosophila (Paro, R.
Xenopus; Achaete—scute; Neural expression; Basic helix—loop—helix
(40) 37)
protein; E2 box binding; Emc inhibition (Ferreiro, B. (40) 25)
mRAR#B, promoter
Mesenchyme-epithelium transition
Dimerization; Dominant negative; Embryonal carcinoma cell;
Gonad; Kidney development; Mesothelium; Motor neuron; Nephro-
Retinoic acid receptor B,; Transactivation (Shen, S. (40) 177)
genesis; Tumor suppressor; WT1; Wilms’ tumor (Armstrong, J.F.
(40) 85)
Retinoic acid
Xenopus laevis; Hox gene (Dekker, E.-J. (40) 3)
Mesoderm
Fibroblast growth factor; Gene expression; Neuroectoderm; Skeletal
Retinoic acid receptor; Position specification; Limb regeneration;
muscle (Drucker, B.J. (40) 155)
Newt (Ragsdale, Jr., C.W. (40) 99)
Mesothelium Retinoic acid receptor
Gonad; Kidney development; Mesenchyme-epithelium transition; Retinoic acid; Position specification; Limb regeneration; Newt
Motor neuron; Nephrogenesis; Tumor suppressor; WT1; Wilms’ (Ragsdale, Jr., C.W. (40) 99)
tumor (Armstrong, J.F. (40) 85)
Retinoic acid receptor B,
Motor neuron Dimerization; Dominant negative; Embryonal carcinoma cell;
Gonad; Kidney development; Mesenchyme-epithelium transition; mRAR®B, promoter; Transactivation (Shen, S. (40) 177)
Mesothelium; Nephrogenesis; Tumor suppressor; WT1; Wilms’ tu-
mor (Armstrong, J.F. (40) 85) Reverse transcription PCR
Wnt-5A; Wnt-5B; Amphibian; Urodele; Axolotl (Busse, U. (40) 63)
Nephrogenesis
Gonad; Kidney development; Mesenchyme-epithelium transition; Rhombomere
Mesothelium; Motor neuron; Tumor suppressor; WT1; Wilms’ tumor Xenopus development; Krox-20; Segmentation; Neural crest (Brad-
(Armstrong, J.F. (40) 85) ley, L.C. (40) 73)
Neural crest Segmentation
Xenopus development; Krox-20; Rhombomere; Neural crest (Brad-
Xenopus development; Krox-20; Rhombomere; Segmentation (Brad-
ley, L.C. (40) 73) ley, L.C. (40) 73)
Skeletal muscle
Dix-2; Homeobox gene; Brain; Limb; Branchial arch (Bulfone, A.
Fibroblast growth factor; Gene expression; Mesoderm; Neuroecto-
(40) 129)
derm (Drucker, B.J. (40) 155)
Neural expression
slit
Xenopus; Achaete-scute; Basic helix-loop-helix protein; E2 box
Toll; Gene regulation; Drosophila; CNS midline development (Whar-
binding; Emc inhibition; MASH] (Ferreiro, B. (40) 25)
ton, Jr., K.A. (40) 141)
Neuroectoderm
Spermatogenesis
Fibroblast growth factor; Gene expression; Mesoderm; Skeletal mus-
Oogenesis; Transport; fs(1)K10; fs(2)Bic-D; fs(2)egl (Tirronen, M.
cle (Drucker, B.J. (40) 155)
(40) 113)
Newt
Steroid receptor
Retinoic acid; Retinoic acid receptor; Position specification; Limb
Transcription factor; ftz gene regulation; Zebra element; Central
regeneration (Ragsdale, Jr., C.W. (40) 99)
nervous system (Ohno, C.K. (40) 13)
Oogenesis Tailless gene
Spermatogenesis; Transport; fs(1)K10; fs(2)Bic-D; fs(2)egl (Tirronen, Promoter dissection; Terminal system; Transcriptional synergism
M. (40) 113) (Liaw, G.-J. (40) 47)
Polycomb ten*
Polycomb group; Protein distribution; Homeotic gene; Drosophila Drosophila; Tenascin; Epidermal growth factor; Localized RNA
(Paro, R. (40) 37) (Baumgartner, S. (40) 165)
199
Tenascin Wilms’ tumor
Drosophila; ten*; Epidermal growth factor; Localized RNA (Baum- Gonad; Kidney development; Mesenchyme-epithelium transition;
gartner, S. (40) 165) Mesothelium; Motor neuron; Nephrogenesis; Tumor suppressor;
WT1 (Armstrong, J.F. (40) 85)
Terminal system
Promoter dissection; Tailless gene; Transcriptional synergism (Liaw,
Wnt -5A
G.-J. (40) 47)
Wnt-5B; Amphibian; Urodele; Axolotl; Reverse transcription PCR
(Busse, U. (40) 63)
Toll
slit; Gene regulation; Drosophila; CNS midline development (Whar-
Wnt -5B
ton, Jr., K.A. (40) 141)
Wnt-5A; Amphibian; Urodele; Axolotl; Reverse transcription PCR
(Busse, U. (40) 63)
Transactivation
Dimerization; Dominant negative; Embryonal carcinoma cell;
mRARB, promoter; Retinoic acid receptor B, (Shen, S. (40) 177) WTl
Gonad; Kidney development; Mesenchyme-epithelium transition;
Transcriptional synergism Mesothelium; Motor neuron; Nephrogenesis; Tumor suppressor;
Promoter dissection; Tailless gene; Terminal system (Liaw, G.-J. (40) Wilms’ tumor (Armstrong, J.F. (40) 85)
47)
Xenopus
Transcription factor
Achaete —scute; Neural expression; Basic helix-loop-helix protein;
Steroid receptor; ftz gene regulation; Zebra element; Central ner-
E2 box binding; Emc inhibition; MASH] (Ferreiro, B. (40) 25)
vous system (Ohno, C.K. (40) 13)
Transport Xenopus development
Oogenesis; Spermatogenesis; fs(1)K10; fs(2)Bic-D; fs(2)eg] (Tirronen, Krox-20; Rhombomere; Segmentation; Neural crest (Bradley, L.C.
M. (40) 113) (40) 73)
Tumor suppressor Xenopus laevis
Gonad; Kidney development; Mesenchyme-epithelium transition; Hox gene; Retinoic acid (Dekker, E.-J. (40) 3)
Mesothelium; Motor neuron; Nephrogenesis; WT1; Wilms’ tumor
(Armstrong, J.F. (40) 85)
Zebra element
Steroid receptor; Transcription factor; ftz gene regulation; Central
Urodele
nervous system (Ohno, C.K. (40) 13)
Wnt-5A; Wnat-5B; Amphibian; Axolotl; Reverse transcription PCR
(Busse, U. (40) 63)