subject index - development · subject index 467 acetylcholinesterase (ache) activity distribution...

Subject Index

467

Acetylcholinesterase (AChE)activity distribution pattern in chick limb

buds: FALUGI & RAINERI 86, 89

development in muscle cells isolated fromascidian embryos: MTTA-MIYAZAWA,IKEGAMI & SATOH 8 7 , 1

Acetylcholinesynthesis and storage in Pleurodeles

embryo cultures: DUPRAT AND OTHERS 89Supplement, 167

Actingenes in Xenopus and their developmental

control: GURDON, MOHUN, BRENNAN &

CASCIO 89 Supplement, 125role in development of Xenopus: WYLIE,

BROWN, GODSAVE, QUARMBY &

HEASMAN 89 Supplement, 1Adhesion

molecules: evidence for role of saccharidesin cell interactions: RASTAN, THORPE,SCUDDER, BROWN, GOOI & FEIZI 8 7 , 115

of mouse primordial germ cells to follicularand Sertoli cells: DE FELICI & SIRACUSA 87,87

(ADP-ribose) transferaseactivity and chondrocytic differentiation in

chick limb bud cells: NAKANISHI &UYEKI 85, 163

Adrenalsabsence of sex vesicles consistent with XY

sex chromosome makeup: HOGG &MCLAREN 88, 327

Agglutinallelic patterns of binding of Dolichos

lectins in mice strains: PONDER, FESTING &WILKINSON 87, 229

Agoutiexpression of mouse genes involved in

pigment production: STEPHENSON &HORNBY 87, 65

Alphafoetoproteinsynthesis in human foetal yolk sack and

organs: SHI, HOPKINS, THOMPSON, HEATH,

LUKE & GRAHAM 85, 191Ambystoma mexicanum

gastrula - normal fates and states ofspecification of different regions: CLEINE& SLACK 86, 247

hindlimb regeneration - effect ofdiscontinuities in anterior-posterior axis:HOLDER & WEEKES 86, 283

monoclonal antibody to an epidermalmarker: JONES 89 Supplement, 155

sperm - role of extragenic components inearly axolotl development: MALACINSKI &BARONE 89 Supplement, 53

Amino acidsin rat embryos undergoing organogenesis:

ROWE & KALAIZIS 8 7 , 137

lethality of tritiated leucine in early mouseembryos: WIEBOLD & ANDERSON 88, 209

transport in mouse blastocystcompartments: MILLER & SCHULTZ 89,149

cAMPduring limb cartilage differentiation in

vitro: GAY & KOSHER 89, 159Amphibia

embryocell lineage labels and region-specific

markers: SMITH, DALE & SLACK 89

Supplement, 317cell surface glycoconjugates and neural

induction: GUALANDRIS, ROUGE &

DUPRAT 86, 39

in vitro differentiation of neuronalprecursor cells: DUPRAT, KAN, FOULQUIER& WEBER 86, 71

pigment granule accumulation aroundnuclei: KOBAYAKAWA 88, 293

inductive interactions in earlydevelopment: NIEUWKOOP 89Supplement, 335

information transfer during embryonicinduction: GRUNZ 89 Supplement, 349

maturation promoting factors and cell cycleregulation: FORD 89 Supplement, 271

newt - cell surface changes during cleavageof eggs: OHSHIMA & KUBOTA 85, 21

role of gap junctions in development:WARNER 89 Supplement, 365

single cell analysis of commitment in earlyembryogenesis: HEASMAN, SNAPE, SMITH &

WYLIE 89 Supplement, 297Antibody

tissue specific, used to study mesoderminduction in Xenopus: DALE, SMITH &SLACK 89,289

to gap junctional protein in amphibiandevelopment: WARNER 89 Supplement,365

468 Subject Index

Antigensembryonic and differentiation in mouse

embryo: PENNINGTON, RASTAN, ROELCKE &

FEIZI 90, 335

on cell surface in mouse embryo may beoviducal factor: GAUNT 88, 55

reactivity of mouse teratocarcinoma-derived stem cells: DAMJANOV, DAMJANOV& ANDREWS 86, 125

to carbohydrates of mouse embryos:PENNINGTON, RASTAN, ROELCKE & FEIZI 9 0 ,335

to membranous organelles in mouse earlydevelopment: MARO, JOHNSON, PICKERING

& LOUVARD 90, 287

to study visceral endoderm differentiationfrom EC cells: SATO AND OTHERS 88,165

used to study cell interactions inpreimplantation mouse embryos: RASTAN,THORPE, SCUDDER, BROWN, GOOI & FEIZI

87, 115Aphidicolin

effects on DNA replication anddevelopment of mouse embryos: SMITH &JOHNSON 89, 133

Apical ectodermal ridge (AER)effect on cell division quiescent mouse 3T3

cells in cocultures: BELL & MCMACHLAN86, 219

effects of retinoic acid on patternformation in chick: LEE & TICKLE 90,139

role in caudal fin morphogenesis in Zebrafish: DANE & TUCKER 87,145

Apolipoproteinsynthesis in human foetal yolk sack and


LUKE & GRAHAM 85, 191Area centralis

in adult frog after premetamorphic eyerotation: DUNLOP & BEAZLEY 89,159

Area opacaof early chick blastoderms - developmental

potencies: KHANER, MTTRANI & EYAL-

GILADI 89, 235

Ascidiaegg - proteins and mRNAs in isolated

yellow crescents: JEFFERY 89, 275embryo

acetylcholinesterase development inpresumptive muscle cells: MITA-MIYAZAWA, IKEGAMI & SATOH 8 7 , 1

formation of notochord: MIYAMOTO &CROWTHER 8 6 , 1

Asymmetriesof mouse blastocysts on implantation:

SMITH 89,15

Autoradiographyof development of germ cells in

polychaete: EMANUELSSON & ANEHUS 85,

151of RNA synthesis in oogenesis of

polychaete: EMANUELSSON 88, 249Avian

embryo - origin of irideal striated muscle:NAKANO & NAKAMURA 8 8 , 1

Axisorientation in mouse embryos: SMITH 89,

15Axolotl

egg - protein synthesis patterns: MEULER &MALACINSKI 8 9 , 7 1

embryo - regional specificity ofglycoconjugates: SLACK, CLEINE &

SMITH 89 Supplement, 137evidence for role of fibronectin in

gastrulation: BOUCAUT AND OTHERS 89Supplement, 211

gastrula - normal fates and states ofspecification of different regions: CLEINE& SLACK 86, 247

hindlimb regeneration - effect ofdiscontinuities in anterior-posterior axis:HOLDER & WEEKES 8 6 , 2 8 3

regenerationfrom chimaeric limb stumps: MUNEOKA,

HOLLER-DINSMORE & BRYANT 9 0 , 1

from isolated half limbs in upper arm:WIGMORE & HOLDER 8 9 , 333

sperm - role of extragenic components inearly axolotl development: MALACINSKI &BARONE 89 Supplement, 53

Axonal guidanceand neural crest migration through chick

somites: RICKMANN, FAWCETT &

KEYNES 90, 437

for peripheral nerve in embryonic leech:KUWADA 86,155

of regenerating retinotectal fibres inXenopus: FAWCETT 90, 233

Basal bodyin oral development in Stentor: DE TERRA

87, 241, 249Basal lamina

development in pupoid foetus (pf/pf)mouse mutants: FISHER & KOLLAR 87, 47

Basement membranesynthesis in mouse mammary glands by

fat pad precursor cells: KIMATA,SAKAKURA, INAGUMA, KATO &

NISHIZUKA 8 9 , 2 4 3

Subject Index 469

Benzamideeffect on chondrocytic differentiation in

chick limb bud cells: NAKANISHI &UYEKI 85, 163

Bithorax complexspatial expression and Contrabithorax

mutation in Drosophila: CASANOVA,SANCHEZ-HERRERO & MORATA 9 0 , 179

Blabera craniiferleg - cell division during intercalary

regeneration: ANDERSON & FRENCH 90,57Blastema

formation during regeneration and woundhealing in cockroach leg: TRUBY 85, 177

monoclonal antibodies to cells of newtregenerating limb: KINTNER &BROCKES 89, 37

Blastocystmouse

amino acid transport in compartments:MILLER & SCHULTZ 8 9 , 149

axis orientation - correlation withrelationship to uterine horn:SMITH 89, 15

developmental variability in expandingblastocysts and their ICMs: CHISHOLM,JOHNSON, WARREN, FLEMING &PICKERING 8 6 , 311

reconstituted - development ofextraembryonic tissues: BARTON,ADAMS, NORRIS & SURANI 9 0 , 267

reconstitution technique to determineorigin of tissues: ROSSANT & CROY 86,177

regeneration of endoderm fromprimitive ectoderm: GARDNER 88, 303

Blastomeremouse

changes in distribution of membranousorganelles: MARO, JOHNSON, PICKERING &LOUVARD 90,287

Xenopus laevisisolation and axial body specification:

COOKE 89 Supplement, 69pattern specification in blastomere pairs:

COOKE & WEBBER 8 8 , 85

Blood islandsformation in vitro from embryonic stem

Cells: DOETSCHMAN AND OTHERS 8 7 , 27

Body patternspecification in early development of

Xenopus: COOKE 89 Supplement, 69Brachydanio rerio (See Zebra fish)Brain

human - synthesis of apolipoproteins andother proteins: sm, HOPKINS, THOMPSON,HEATH, LUKE & GRAHAM 8 5 , 191

tube closure in rat embryos: MORRISS-KAY &TUCICETT 88, 333

Budoutgrowth in chick - effect of retinoic acid:

LEE & TICKLE 9 0 , 139

Buddingand developmental gradients in mutant

strain of hydra: TAKANO & SUGIYAMA 90,123

Calciumand neurulation in mammalian embryos:

SMEDLEY & STANISSTREET 8 9 , 1

Calcium ionophore A 23187information transfer during embryonic

inductions in amphibia: GRUNZ 89Supplement, 349

Carbohydrateantigens used to study cell interactions in

preimplantation mouse embryos: RASTAN,THORPE, SCUDDER, BROWN, GOOI &FEIZ] 87, 115

structures and antigens of mouse embryoduring first eight days: PENNINGTON,RASTAN, ROELCKE & FEIZI 9 0 , 335

Carcinoma cellsembryonal - visceral endoderm

differentiation: SATO AND OTHERS 88,165Cardiac actin

control of gene activity in Xenopus:GURDON, MOHUN, BRENNAN & CASCIO 8 9Supplement, 125

Carp (See Cyprinus carpio)Cartilage

fate of larval chondrocytes duringmetamorphosis of epibranchial: ALBERCH,LEWBART & GALE 8 8 , 71

morphogenesis in chick in vitro: ARCHER,ROONEY & COTTRILL 9 0 , 33

prostaglandin synthesis during limbdevelopment in vitro: GAY & KOSHER89,159

Catalasein liver peroxisomes in foetal and newborn

rat: STEFANINI, FARRACE & ARGENTO 88,151Catecholamines

synthesis and storage in Pleurodelesembryo cultures: DUPRAT AND OTHERS 89Supplement, 167

Cathepsinrole in proteolytic function of rat

embryonic yolk sac: FREEMAN &BROWN 86,271

Cauteryinduced colour patterns in Precis coenia:

NIJHOUT 86,191

470 Subject Index

cDNA cloningsub tractive, in Xenopus embryogenesis:

DAWID AND OTHERS 89 Supplement, 113Cell adhesion

induction by monovalent antibodies ingerm cell culture: HO & BECHTOL 90, 211

in preimplantation embryos - role ofsaccharides: RASTAN, THORPE, SCUDDER,

BROWN, GOOI & FEIZI 8 7 , 115

role in vertebrate neurulation and relationto birth defects: GORDON 89Supplement, 229

Cell-cell contactrole in maintenance of epithelial transport

function in Rhodnius: MADDRELL &OVERTON 90, 409

Cell cultureof female germ cells of polychaete

Ophryotrocha: EMANUELSSON &ANEHUS 85, 151

Cell cycleand compaction in cleaving mouse

embryos: SMITH & JOHNSON 89,133chromosome replication in early

development of Xenopus: LASKEY 89Supplement, 285

developmental variability in expandingmouse blastocysts: CHISHOLM, JOHNSON,WARREN, FLEMING & PICKERING 8 6 , 311

regulation in amphibia and maturationpromoting factors: FORD 89 Supplement,271

CeU deathduring development of fused~ embryos of

Drosophila: MARTINEZ-ARIAS 87, 99during formation of free digits in avian

limb bud: HURLE, COLVEE & FERNANDEZ-

TERAN 85,239Cell density

effect on cartilage morphogenesis in vitro:ARCHER, ROONEY & COTTRILL 9 0 , 33

Cell determinationin amphibian embryo: GUALANDRIS, ROUGE &

DUPRAT 86, 39

Cell distributionin retinal ganglion cell layer of frogs after

eye rotation: DUNLOP & BEAZLEY 89,159Cell division

during intercalary regeneration incockroach leg: ANDERSON & FRENCH 90,

57during oral development in ciliate Stentor:

DE TERRA 87, 249stimulation in mouse 3T3 cells by coculture

with chick limb: BELL & MCMACHLAN 86,219

Cell interactionbetween mouse primordial germ cells and

follicular and Sertoli cells: DE FELICI &SIRACUSA 87, 87

in preimplantation embryos - role ofsaccharides in adhesion: RASTAN, THORPE,SCUDDER, BROWN, GOOI & FEIZI 8 7 , 115

Cell lineagelabel to determine states of specification of

regions of axolotl: CLEINE & SLACK 86,247

of muscles of Drosophila head: RAGHAVAN &PINTO 85,285

Cell markersmonoclonal antibodies to cells of

regenerating newt limb: KINTNER &BROCKES 89, 37

CeU movementduring convergent extension in gastrulation

of Xenopus: KELLER, DANILCHIK, GIMLICH &

SHIH 89 Supplement, 185evidence for role of fibronectin in

amphibian gastrulation: BOUCAUT ANDOTHERS 89 Supplement, 211

in intact and regenerating planarians: SAL6& BAGUNA 89, 57

Cell numbersduring neurulation in rat: TUCKETT &

MORRISS-KAY 85, 111Cell polarity

endocytotic system in mousepreimplantation embryos: FLEMING &PICKERING 89, 175

Cell proliferationin scleral ectomesenchyme in chick

embryos: VAN DE KAMP 88, 25Cell rearrangements

during formation of ascidian notochord:MIYAMOTO & CROWTHER 86, 1

Cell shapechanges during ascidian notochord

formation: MIYAMOTO & CROWTHER 86 ,1

Cell surfaceantigens to study visceral endoderm

differentiation from EC cells: SATO ANDOTHERS 88,165

changes during cleavage of newt eggs:OHSHIMA & KUBOTA 85, 21

determinant in Dictyostelium discoideum:KREFFT, VOET, GREGG & WILLIAMS 8 8 , 15

glycoconjugates and neural induction inamphibia: GUALANDRIS, ROUGE &

DUPRAT 86, 39

Cell tractionrole in chondrogenic condensations in

developing limb: OSTER, MURRAY &MAINI 89, 93

Subject Index All

Cell typeregulation - influence of cyclic AMP:

WEIJER & DURSTON 8 6 , 19Cellular interaction

in early developing chick limbs: FALUGI &RAINERI 86, 89

Cellular contributionto regeneration from chimaeric limb

stumps in axolotl: MUNEOKA, HOLLER-DINSMORE & BRYANT 9 0 , 1

Central nervous systempatterns of peanut agglutinin binding in

grasshopper embryo: BURT &ANDERSON 9 0 , 49

Characteristicsdevelopmental of protein synthesis during

urodele embryogenesis: MEULER &MALACINSKI 8 9 , 71

Chemical messengerspattern in early developing chick limbs:

FALUGI & RAINERI 8 6 , 89Chick

chimaera - with quail used to study originof irideal striated muscle: NAKANO &NAKAMURA 8 8 , 1

cornea - acellular stroma inhibitsmelanogenesis of neural-crest-derivedCells: CAMPBELL & BARD 8 6 , 143

embryomyogenic differentiation in wing

mesenchyme in absence of somites:KENNY-MOBBS 9 0 , 415

cartilage morphogenesis in vitro: ARCHER,ROONEY & COTTRILL 9 0 , 33

cell proliferation in condensing scleralectomesenchyme: VAN DE KAMP 88,25

developmental potencies of area opacaand marginal zone areas: KHANER,MITRANI & EYAL-GILADI 8 9 , 235

distribution of polarizing zone in thelegbud: HINCHLIFFE & SANSOM 86,169

effects of cytochalasin B on intestine inorgan culture: NODA 85, 47

fluid transport across epiblast: STERN,MANNING & GILLESPIE 8 8 , 365

migration of neural crest cells andgrowth of motor axons: RICKMANN,FAWCETT & KEYNES 9 0 , 437

muscle fibre types and innervation aftercervical spinal cord removal: LAING &LAMB 89,209

protein synthetic patterns: LOVELL-BADGE,EVANS & BELLAIRS 8 5 , 65

role of ZPA in development of wingbuds in wingless mutants: WILSON &HINCHLIFFE 8 5 , 2 7 1

selective innervation of dermis and skin:VERNA 86, 53

vascular regression during formation offree digits in avian limb bud: HURLE,COLVEE & FERNANDEZ-TERAN 8 5 , 2 3 9

limbcoculture with mouse 3T3 cells: BELL &

McMACHLAN 86,219paths taken by sensory nerves in aneural

chick wing buds: SWANSON 86, 109limb bud

cholinergic system - distribution patternof enzymes: FALUGI & RAINERI 86, 89

effect of benzamide on chondrocyticdiiierentiation: NAKANISHI & UYEKI 85,163

oviductgrowth stimulation by androgens: GRAU,

REICHHART & THIEBOLD 8 5 , 81wing

effects of retinoic acid on patternformation: LEE & TICKLE 90, 139

wing budmaps of strength of positional signalling

activity: HONIG & SUMMERBELL 87,163with dorsoventral or anteroposterior axis

reversed - axon behaviour: STIRLING &SUMMERBELL 8 5 , 251

Chimaerachick-quail

used to investigate origin of iridealstriated muscle: NAKANO &NAKAMURA 8 8 , 1

used to study behaviour of growingaxons in chick wing buds: STIRLING &SUMMERBELL 85, 251

in planarians - study of cell movement inregeneration: SAL6 & BAGUNA 89, 57

mouseclonal analysis of intestinal crypt

populations: SCHMIDT, GARBUTT,

WILKINSON & PONDER 8 5 , 121

detection and analysis of spatial pattern:SCHMIDT, WILKINSON & PONDER 8 8 , 2 1 9

regeneration from chimaeric limb stumps:MUNEOKA, HOLLER-DINSMORE & BRYANT 9 0 ,1

Choline acetyl transferasechanges in activity in Pleurodeles embryos:

DUPFAT AND OTHERS 89 Supplement, 167

Cholinergic systemactivity distribution pattern of enzymes in

chick limb buds: FALUGI & RAINERI 86, 89Chondrocytes

differentiation in chick limb bud cellsculture: NAKANISHI & UYEKI 85,163

472 Subject Index

fate during metamorphosis of salamanderepibranchials: ALBERCH, LEWBART &

GALE 88, 71

Chondrogenesismodel - role of extracellular matrix and

cell tractions: OSTER, MURRAY & MAINI 89,93

prostaglandin synthesis in chick: GAY &KOSHER 89,159

Chordamesoderminduction in Xenopus embryos: GIMLICH 89

Supplement, 89Chromosomal

marker to study cell movement inregenerating planarians: SAL6 &BAGUNA 89, 57

Ciliatebasal body assembly and oral development

in Stentor: DE TERRA 87, 249inhibition of oral development in Stentor:

DE TERRA 87, 241Ciona intestinalis

embryoacetylcholinesterase development in

isolated muscle cells: MrrA-MiYAZAWA,IKEGAMI & SATOH 87, 1

formation of notochord: MIYAMOTO &CROWTHER 86, 1

Clathrinchanges in distribution during early

development of mouse: MARO, JOHNSON,PICKERING & LOUVARD 9 0 , 287

Cleavageand gastrulation in marsupial frog: ELINSON

& DEL PINO 90, 223

cell surface changes in newt eggs: OHSHIMA& KUBOTA 85, 21

factors responsible for synchrony inXenopus embryos: SHINAGAWA 85, 33

regulation in first cell cycle in mouseembryo: HOWLETT & BOLTON 87, 175

Clinostatused to study pattern specification in

Xenopus embryos: NEFF, MALACINSKI &CHUNG 89, 259

Clonal analysisof requirement for trithorax gene in

diversification of segments: INGHAM 89,349

of X-chromosome inactivation and originof germ line in mouse: GARDNER, LYON,EVANS & BURTENSHAW 8 8 , 349

Clonesin intestinal crypt populations in mouse

chimaeras: SCHMIDT, GARBUTT, WILKINSON &

PONDER 85,121

Cockroach (See Periplaneta americana)leg - cell division during intercalary

regeneration: ANDERSON & FRENCH 90,57Colchicine

effect on ontogenesis of cranialneuromeres in rat embryo: TUCKETT &MORRISS-KAY 8 8 , 231

Colourpatterns induced in Precis coenia by

cautery: NIJHOUT 86,191Commitment

of mouse blastocyst cells - developmentalvariability: CHISHOLM, JOHNSON, WARREN,FLEMING & PICKERING 8 6 , 311

single cell analysis in early embryogenesis:HEASMAN, SNAPE, SMITH & WYLIE 8 9

Supplement, 297Compaction

and DNA replication in cleaving mouseembryo: SMITH & JOHNSON 89,133

role of cytoskeletal elements in mouse:JOHNSON & MARO 9 0 , 311

Competenceinductive interactions in early amphibian

development: NIEUWKOOP 89Supplement, 335

Compound eyecellular dynamics of pattern formation in

Drosophila: TOMLINSON 89, 15Computational embryology

theories of vertebrate neurulation andrelation to birth defects: GORDON 89Supplement, 229

Computermeasurement of shape - method applied to

mouse vertebrae: JOHNSON ANDOTHERS 90,363

Concanavalin Ainformation transfer during embryonic


Conceptusmouse - axis orientation - correlation with

relationship to uterine horn: SMITH 89,15

Conjunct!val papillaecell proliferation in condensing scleral

ectomesenchyme in chick: VAN DEKAMP 88, 25

Contrabithoraxand spatial expression of bithorax complex

genes in Drosophila: CASANOVA, SANCHEZ-HERRERO & MORATA 9 0 , 179

Subject Index 473

Convergent extensionduring gastrulation of Xenopus: KELLER,

DANILCHIK, GIMLICH & SHIH 8 9

Supplement, 185Cornea

chick - inhibition of melanogenesis byacellular stroma: CAMPBELL & BARD 86,143

Cranial developmentin rat embryo - SEM and kinetic study:

TUCKETT, LIM & MORRISS-KAY 8 7 , 215

role of microfilaments and effects ofcytochalasin D: MORRISS-KAY &TUCKETT 88, 333

Cranial neuroepithelial cellskinetic behaviour during neurulation in rat:

TUCKETT & MORRISS-KAY 8 5 , 111

Cranial neuromeresontogenesis in rat embryo: TUCKETT &

MORRISS-KAY 88, 231Critical point

in moult cycle of cockroach for woundhealing and regeneration: TRUBY 85,177

Cultureneuropore closure and spinal neural tube

defects in rat embryo: COPP 88, 39of chick embryonic intestine - effects of

cytochalasin B: NOD A 85, 47of rat embryos - effects of cathepsin

inhibitors on development: FREEMAN &BROWN 86,271

Curly tailin rat - neuropore closure and neural tube

defects: COPP 88, 39Cyclic activities

and synchronous cleavage in Xenopusembryos: SHINAGAWA 85, 33

Cyclic AMPand cell type regulation in Dictyostelium

discoideum: WEIJER & DURSTON 86, 19

information transfer during embryonicinductions in amphibia: GRUNZ 89Supplement, 349

Cynopus (Triturus) pyrrhogastercell surface changes during cleavage of

eggs: OHSHIMA & KUBOTA 85, 21

Cyprinus carpiodifferentiation of germ cells and gonads:

PARMENTIER & TIMMERMANS 9 0 , 13

Cytochalasin Beffects on previllous ridges in chick

embryonic intestine: NOD A 85, 47Cytochalasin D

action at fertilization of mouse oocytes invitro: NIEMIERKO & KOMAR 90, 171

effect on ontogenesis of cranialneuromeres in rat embryo: TUCKETT &MORRISS-KAY 88, 231

effect on polarity in mouse blastomeres:JOHNSON & MARO 9 0 , 311

role of microfilaments in rat cranialneurulation: MORRISS-KAY & TUCKETT

88, 333Cytochemistry

of catalase and D-aminoacid oxidase:STEFANINI, FARRACE & ARGENTO 8 8 , 151

Cytokeraitinmonoclonal antibody recognizing filaments

in mouse oocyte: LEHTONEN 90, 197role in development of Xenopus: WYLIE,BROWN, GODSAVE, QUARMBY & HE ASM AN89 Supplement, 1

Cytokinesisin mouse oocyte - action of phorbol

myristate acetate: NIEMIERKO &KOMAR 90, 171

Cytoplasrnic cycleand synchronous cleavage in Xenopus

embiyos: SHINAGAWA 85, 33Cytoplasrnic clock

and temporal control of early embryonicdevelopment in amphibians: SATOH 89Supplement, 257

Cytoplasrnic determinantsand developmental regulation of genes in

Xenopus: GURDON, MOHUN, BRENNAN &

CASCI:O 89 Supplement, 125in Xenopus development: WYLIE, BROWN,

GODSAVE, QUARMBY & HEASMAN 8 9

Supplement, 1Cytoplasrnic flow

directional - during accumulation ofpigment granules in Anura:KOBAYAKAWA 8 8 , 2 9 3

Cytoplasrnic localizationand chordamesoderm induction in frog

embryo: GIMLICH 89 Supplement, 89Cytoplasrnic marker

to study cell movement in regeneratingplanarians: SAL6 & BAGUNA 89, 57

Cytoskeletal actincontrol of gene activity in Xenopus:

GURDON, MOHUN, BRENNAN & CASCIO 8 9

Supplement, 125Cytoskeleton

in maturation of Xenopus oocytes: HAUSEN,HUI, DREYER & STICK 89 Supplement, 17

monoclonal antibody recognizingcytokeratin-type filaments:LEHTONEN 90, 197

oral development in Stentor: DE TERRA 87,241, 249

role in development of Xenopus oocytes:WYLIE, BROWN, GODSAVE, QUARMBY &

HEASMAN 89 Supplement, 1

474 Subject Index

Cytostatic factorand cell cycle regulation in amphibia:

FORD 89 Supplement, 271

D-aminoacid oxidasein liver peroxisomes in foetal and newborn

rat: STEFANINI, FARRACE & ARGENTO

88,151Dark-field illumination

to study pigment granule accumulationaround Anuran nuclei: KOBAYAKAWA88, 293

Denervationeffect on sensory nerve fibre patterns:

SWANSON 86, 109Dermal-epidermal junction

in pupoid foetus mutant mice: FISHER &KOLLAR 87,47

Descendent clonesin mouse chimaeric tissues: SCHMIDT,

WILKINSON & PONDER 88, 219Determination

inductive interactions in early amphibiandevelopment: NIEUWKOOP 89Supplement, 335


WYLIE 89 Supplement, 297Dictyostelium discoideum

cell type regulation and cyclic AMP: WELTER& DURSTON 86,19

monoclonal antibody used to distinguishprespore and prestalk cells: KREFFT, VOET,GREGG & WILLIAMS 88, 15

pH affects fruiting and slug orientation:BONNER, HAY, JOHN & SUTHERS 87, 207

Differential gene expressionin mouse embryos - genes involved in

pigment production: STEPHENSON &HORNBY 87, 65

Digitformation in avian limb bud: HURLE, COLVEE

& FERNANDEZ-TERAN 85, 239Discontinuities

effect on regeneration of axolotl hindlimbs:HOLDER & WEEKES 8 6 , 283

DNA replicationand cell cycle regulation in amphibia:

FORD 89 Supplement, 271and chromatin assembly in early Xenopus:

LASKEY 89 Supplement, 285and compaction in cleaving mouse

embryos: SMITH & JOHNSON 89,133and temporal control of early embryonic

development in amphibians: SATOH 89Supplement, 257

quantal replication cycle for tissue specificenzyme development: MrrA-MiYAZAWA,IKEGAMI & SATOH 8 7 , 1

DNA synthesisand regulation in first cell cycle in mouse

embryo: HOWLETT & BOLTON 87,175in cocultures of chick embryonic limb and

mouse 3T3 cells: BELL & MCMACHLAN 86,219

Dolichos biflorus agglutininas marker in chimaeric intestinal crypt

populations: SCHMIDT, GARBUTT, WILKINSON

& PONDER 85,121used to detect spatial pattern in chimaeric

tissues: SCHMIDT, WILKINSON &

PONDER 88,219Dolichos biflorus lectin

allelic patterns of binding in inbred strainsof mice: PONDER, FESTING &

WILKINSON 87, 229Dominant spotting (W) locus

expression of mouse genes involved inpigment production: STEPHENSON &HORNBY 87, 65

Dorsalizationanalysis with cell lineage labels and region-

specific markers: SMITH, DALE & SLACK 89Supplement, 317

Dorsal lipexcision and u.v. irradiation in Xenopus

laevis: COOKE 88,135Dorsal root ganglia

selective innervation of chick dermis andepidermis: VERNA 86, 53

Drosophila melanogastercell lineage of muscles of head: RAGHAVAN &

PINTO 85,285Contrabithorax and spatial expression of

bithorax complex genes: CASANOVA,SANCHEZ-HERRERO & MORATA 90,179

development of fused~ embryos: MARTINEZ-ARIAS 87, 99

eye - cellular dynamics of patternformation: TOMLINSON 89, 313

origin of pattern duplications in segmentpolarity mutants: MARTINEZ-ARIAS &INGHAM 87,129

Trithorax genes - clonal analysis ofrequirement in diversification ofsegments: INGHAM 89, 349

wing discs - pattern regulation infragments which show variable woundhealing: DALE & BOWNES 85, 95

Duckembryo - vascular regression during

formation of free digits in avian limbbud: HURLE, COLVEE & FERNANDEZ-TERAN 85, 241

Subject Index 475

Dugesia sp. (See Planaria)Duplication

after grafting of tissue in chick wing bud:HONIG & SUMMERBELL 8 7 , 163

Ectodermchick - protein synthetic patterns: LOVELL-

BADGE, EVANS & BELL AIRS 8 5 , 65

Ectomesenchymecell proliferation associated with

conjunctival papillae in chick: VAN DEKAMP 88, 265

EggXenopus laevis

effect of rotation on differentiation ofgerm cells: CLEINE & DDCON 90, 79

pattern specification in lateral halves:COOKE & WEBBER 8 8 , 8 5 , 113

Electron microscopyof effects of cytochalasin B on chick

embryonic intestine: NOD A 85, 47of pattern formation in eye of Drosophila:

TOMLINSON 89, 15

Electrophysiological couplingrole in amphibian development:

WARNER 89 Supplement, 365Embryo-derived stem cells

X-chromosome deletions in mouse: RASTAN& ROBERTSON 90, 379

Embryonal carcinoma cellsvisceral endoderm differentiation: SATO AND

OTHERS 88, 165

Embryonic lineagesderived from mouse trophectodermal

carcinoma stem cells: DAMJANOV,DAMJANOV & ANDREWS 8 6 , 125

Embryonic stem cells (ES)in vitro development of visceral yolk sac

e tc : DOETSCHMAN AND OTHERS 8 7 , 27

Endocytosisin mouse preimplantation embryos:

FLEMING & PICKERING 8 9 , 175

Endodermchick - protein synthetic patterns: LOVELL-

BADGE, EVANS & BELLAIRS 8 5 , 65

regeneration from primitive ectoderm inmouse: GARDNER 88, 303

Endo-/3-galactosidaseused to study cell interactions in

preimplantation mouse embryos: RASTAN,THORPE, SCUDDER, BROWN, GOOI &

FEIZI 87,115Endoplasmic reticulum

changes in distribution during earlydevelopment of mouse: MARO, JOHNSON,PICKERING & LOUVARD 9 0 , 287

Endosomesin mouse preimplantation embryos:

FLEMING & PICKERING 8 9 , 175engrailed (en10)

as cell lineage marker of muscles in head ofDrosophila: RAGHAVAN & PINTO 85, 285

Epiblastfluid transport in early chick embryo:

STERN, MANNING & GILLESPIE 8 8 , 365

Epibranchialfate of larval chondrocytes in the

salamander: ALBERCH, LEWBART & GALE 88,

71Epidermal

keratins and gene expression in Xenopusembryogenesis: DAWID AND OTHERS 89

Supplement, 113Epidermal/dermal recombinants

used to study differential expression ofmouse pigment genes: STEPHENSON &HORNBY 87, 65

Epidermis;development in Xenopus - monoclonal

antibody to an epidermal marker:JONES 89 Supplement, 155

Epimucinrelationship to epidermal antigen in

Xenopus: JONES 89 Supplement, 155Epithelia

influence on palate shelf reorientation:BULLEIT & ZIMMERMAN 8 8 , 265


Epithelial transportin Malpighian tubule isolated cells in

Rhodnius: MADDRELL & OVERTON 90, 409

Eulerian bucklingtheories of vertebrate neurulation and

relation to birth defects: GORDON 89Supplement, 229

Eurycea bislineatafate of larval chondrocytes during

metamorphosis of epibranchial: ALBERCH,LEWBART & GALE 88, 71

Extracellular matrixevidence for role of fibronectin in


induction of neural crest cells to formfibroblasts: CAMPBELL & BARD 86,143

modulation during caudal finmorphogenesis in Zebra fish: DANE &TUCKER 87, 145

role in chondrogenic condensations indeveloping limb: OSTER, MURRAY &MAIN:I 89, 93

476 Subject Index

Extraembryonic tissuesgynogenetic and parthenogenetic -

development in mouse: BARTON, ADAMS,

NORMS & SURANI 90, 267Extragenic effect

role in early amphibian patternspecification: MALACINSKI & BARONE 89Supplement, 53

Eyecellular dynamics of pattern formation in

Drosophila: TOMLINSON 89,15rotation - cell distributions in retinal

ganglion cell layer of frogs: DUNLOP &BEAZLEY 89,159

translocation in Xenopus - distribution offibres in optic tract: TAYLOR, WILLSHAW &GAZE 85, 225

Fate mapfor axis orientation in mouse conceptus:

SMITH 89, 15for gastrulation in Xenopus laevis: KELLER,

DANILCHIK, GIMLICH & SHIH 8 9Supplement, 185

for Xenopus early development and bodyaxial plan: COOKE 89 Supplement, 69

of different regions in the axolotl gastrula:CLEINE & SLACK 86, 247

Fate mappingin Xenopus laevis blastomere pairs: COOKE &

WEBBER 88, 85Fat pad

precursor cells - synthesis of mousemammary gland basement membrane:KIM ATA, SAKAKURA, INAGUMA, KATO &NISHIZUKA 89, 243

Feedback modelfor effect of cyclic AMP on cell type

regulation: WELTER & DURSTON 86, 19Fertilization

action of phorbol myristate acetate inmouse oocytes in vitro: NIEMIERKO &KOMAR 90, 171

sequence and regulation of first cell cyclein mouse embryo: HOWLETT & BOLTON 87,175

Fibreinteractions during regeneration of

Xenopus optic nerves: TAYLOR & GAZE 89,

383pathways in optic tract after contralateral

eye translocation in Xenopus: TAYLOR,WILLSHAW & GAZE 85, 225

Fibronectinand neural crest migration through chick


KEYNES 90, 437

evidence for role in amphibiangastrulation: BOUCAUT AND OTHERS 89Supplement, 211

Filipindistribution in membrane of

preimplantation mouse embryo:PRATT 90, 101

Fin foldmorphogenesis in Zebra fish: DANE &

TUCKER 87, 145Finite element analysis


Fish (See Cyprinus carpio)FLDx

and chordamesoderm development inXenopus: GIMLICH 89 Supplement, 89

and early development in Xenopus:COOKE 89 Supplement, 69

Fluid transportacross epiblast of early chick embryo:

STERN, MANNING & GILLESPIE 88, 365

Fluorescein-lysine-dextran (FLDx)used to study mechanism of convergent

extension in Xenopus: KELLER, DANILCHIK,GIMLICH & SHIH 89 Supplement, 185

Follicular monolayersadhesiveness of mouse primordial germ

cells: DE FELICI & SIRACUSA 87, 87Fourier transform

applied to measurement of mousevertebral shape: JOHNSON ANDOTHERS 90, 363

Frog (See Xenopus laevis)(See Gastrotheca riobambae)cell distribution in retinal ganglion after

eye rotation: DUNLOP & BEAZLEY 89,159Fruiting

in Dictyostelium is affected by pH: BONNER,

HAY, JOHN & SUTHERS 87, 207

fused'development of Drosophila embryos:

MARTINEZ-ARIAS 87, 99

Gi phasechromosome replication in early


G2 phasechromosome replication in early


Gap junctionrole in amphibian development:

WARNER 89 Supplement, 365

Subject Index All

Gastrotheca riobambaecleavage and gastrulation: ELINSON & DEL

PINO 90, 223Gastrula

axolotl - normal fates and states ofspecification of different regions: CLEINE& SLACK 86, 247

Gastrulationafter u.v. irradiation of Xenopus egg:

COOKE 88,135and cleavage in marsupial frog: ELINSON &

DEL PINO 90, 223evidence for role of fibronectin: BOUCAUT

AND OTHERS 89 Supplement, 211pattern specification in Xenopus laevis

blastomere pairs: COOKE & WEBBER 88,85

pattern specification in Xenopus laevislateral halves: COOKE & WEBBER 88, 113

Xenopus laevis - function and mechanismof convergent extension: KELLER,DANILCHIK, GIMLICH & SHIH 8 9

Supplement, 185Gene

expression in Xenopus embryogenesis:DAWID AND OTHERS 89 Supplement, 113

Genetic markersto identify origin of tissues in mouse

placenta: ROSSANT & CROY 86, 177Genetic polymorphism

in binding of Dolichos lectin in mice:PONDER, FESTING & WILKINSON 8 7 , 229

Germ cellsabsence of sex vesicles consistent with XY

sex chromosome makeup: HOGG &MCLAREN 88,327

differentiation in development of carp(Cyprinus carpio): PARMENTIER &TIMMERMANS 9 0 , 13

induction of cell-cell adhesion in mouseculture: HO & BECHTOL 90, 211

in polychaete Ophryotrocha: EMANUELSSON& ANEHUS 85, 151

Germinal vesiclein maturation of Xenopus oocytes: HAUSEN,

WANG, DREYER & STICK 89 Supplement, 17

Germ lineorigin in the mouse embryo: GARDNER, LYON,

EVANS & BURTENSHAW 8 8 , 349

Germ plasmcorrelation with the number of primordial

germ cells in Xenopus: AKTTA &WAKAHARA 90, 251

effect of egg rotation in Xenopus laevis:CLEINE & DIXON 90, 79

origin in Xenopus development: WYLIE,BROWN, GODSAVE, QUARMBY &HEASMAN 89 Supplement, 1

Globin mRNArole in translational control in Xenopus

oocytes: TAYLOR, ROBINSON & SMITH 89Supplement, 35

Glycoconjugatescell surface and neural induction in

amphibia: GUALANDRIS, ROUGE &

DUPRAT 86, 39Glycolipids

regional specificity in Xenopus and axolotlembryos: SLACK, CLEINE & SMITH 89Supplement, 137

Glycoproteinregional specificity in Xenopus and axolotl

embryos: SLACK, CLEINE & SMITH 89Supplement, 137

synthesis in different regions of axolotlgastrula: CLEINE & SLACK 86, 247

synthesis, storage and secretion oftransferrin in mouse tissues: MEEK &ADAMSON 86, 205

Glycosidaseto study saccharide structures of mouse

embryo during development:PENNINGTON, RASTAN, ROELCKE & FEIZI 9 0 ,

335Glycosyltransferases

allelic patterns of binding of Dolichoslectins. in mice strains: PONDER, FESTING &WILKINSON 87, 229

Golgichanges in distribution during early

development of mouse: MARO, JOHNSON,PICKERING & LOUVARD 9 0 , 287

Gonadogenesisin carp (Cyprinus carpio): PARMENTIER &

TIMMERMANS 90, 13Gradients

and developmental control of actin genesin Xenopus: GURDON, MOHUN, BRENNAN &

CASCIO 89 Supplement, 125developmental

and budding in mutant strain of hydra:TAKANO & SUGIYAMA 9 0 , 123

in mesoderm induction in Xenopus: DALE,SMITH & SLACK 89, 289

of pH affects fruiting and slug orientationin Dictyostelium: BONNER, HAY, JOHN &

SUTHERS 87, 207

Graftregeneration from isolated half limbs

of axolotl: WIGMORE & HOLDER 89,

333Grasshopper

patterns of peanut agglutinin binding indeveloping CNS: BURT & ANDERSON 90,

49

478 Subject Index

Gravityreorientation and axial body plan

specification: COOKE 89 Supplement, 69simulation used to study pattern

specification in Xenopus embryos: NEFF,MALACINSKI & CHUNG 8 9 , 259

Grieg-Smithanalysis of variance applied to mouse

chimaeric tissues: SCHMIDT, WILKINSON &PONDER 88, 219

Growth coneof leech dorsal peripheral neuron:

KUWADA 86, 155Growth stimulation

of immature chick oviduct by androgens:GRAU, REICHHART & THIEBOLD 8 5 , 81

Guthuman - synthesis of apolipoproteins and

other proteins: SHI, HOPKINS, THOMPSON,HEATH, LUKE & GRAHAM 85, 191

Gynogenonemouse - development of inner cell mass

and trophectoderm tissues: BARTON,ADAMS, NORRIS & SURANI 9 0 , 267

Haementaria ghilianii (See Leech)Heleiopous eyrei

cell distribution in retinal ganglion aftereye rotation: DUNLOP & BEAZLEY

89,159Homarus americanus

polyneuronal innervation of adult andembryonic muscle: GOVIND, STEPHENS &EISEN 87,13

Homoeotic genesof Drosophila: segment polarity mutants:

MARTINEZ-ARIAS & INGHAM 8 7 , 129

Homoeotic transformationproduced by the Contrabithorax in

Drosophila: CASANOVA, SANCHEZ-HERRERO &

MORATA 90, 179

role of trithorax gene in segmentdiversification in Drosophila:INGHAM 89, 349

Humanembryo - synthesis of apolipoproteins and

other proteins by yolk sack: SHI,HOPKINS, THOMPSON, HEATH, LUKE &

GRAHAM 8 5 , 191

Hydra magnipapillatabudding and developmental gradients:

TAKANO & SUGIYAMA 9 0 , 123

Hydrolysis productsof cyclic AMP - influence on cell type

regulation: WEIJER & DURSTON 86,19

Hyla arboreapigment accumulation around nuclei:

KOBAYAKAWA 8 8 , 2 9 3

Hypoblastof early chick blastoderms - developmental

potencies: KHANER, MITRANI & EYAL-

GILADI 89, 235

Imaginal discspattern formation in fragments which show

variable wound healing: DALE &BOWNES 85,95

Immunocytochemical studyin vitro differentiation of neuronal

precursor cells: DUPRAT, KAN, FOULQUIERAWEBER 86, 71

of saccharide structures of mouse embryoduring development: PENNINGTON, RASTAN,ROELCKE & FEIZI 9 0 , 335

Immunoelectron microscopystudy of cytokeratin-type filaments in

mouse oocyte: LEHTONEN 90, 197Immunohistochemistry

used to study carp germ celldifferentiation: PARMENTIER &TIMMERMANS 90, 13

Immunosurgeryregeneration of endoderm from primitive

ectoderm in mouse: GARDNER 88, 303Implantation

of pre- and early-primitive-stage mouseembryos: BEDDINGTON 88, 281

Inactivation centredeletions in embryo-derived cell lines in

mouse: RASTAN & ROBERTSON 90, 379

Inactivation X-chromosomeand origin of germ line in mouse embryo:

GARDNER, LYON, EVANS & BURTENSHAW 8 8 ,

349Inbred mice

allelic patterns of binding of Dolichos lectinin tissues: PONDER, FESTING &

WILKINSON 87, 229Induction

and developmental control of actin genesin Xenopus: GURDON, MOHUN, BRENNAN &

CASCIO 89 Supplement, 125cell lineage labels and region-specific


Supplement, 317developmental potencies of chick area

opaca and marginal zone: KHANER,MITRANI & EYAL-GILADI 8 9 , 235

in axolotl and Xenopus embryos - synthesisof glycoconjugates: SLACK, CLEINE &

SMITH 89 Supplement, 137in early amphibian development:

NIEUWKOOP 89 Supplement, 335information transfer during embryonic


Subject Index 479

mesoderm - role of gap junctions:WARNER 89 Supplement, 365

neural - role of gap junctions: WARNER 89Supplement, 365

of mesoderm in Xenopus laevis: DALE, SMITH& SLACK 89, 289

of neural structures in Pleurodeles walti.DUPRAT AND OTHERS 89 Supplement, 167


WYLIE 89 Supplement, 297Inductive interaction

cell lineage labels and region-specificmarkers: SMITH, DALE & SLACK 89Supplement, 317

in early amphibian development:NIEUWKOOP 89 Supplement, 335

Inner cell mass (ICM)mouse

developmental variability and inexpanding blastocysts: CHISHOLM,JOHNSON, WARREN, FLEMING &PICKERING 8 6 , 311

gynogenetic and parthenogeneticdevelopment: BARTON, ADAMS, NORRIS &

SURANI 90, 267

membrane organization inpreimplantation embryos: PRATT 90,101

Innervationand muscle fibre types in chick after spinal

cord removal: LAING & LAMB 89, 209of chick dermis and epidermis: VERNA 86,

53of chick wing bud with axes reversed:

STIRLING & SUMMERBELL 8 5 , 251

polyneuronal in adult and embryoniclobster muscles: GOVTND, STEPHENS &EISEN 87,13

Insectleg regeneration and wound healing:

TRUBY 85,177synaptogenesis between sensory neurones

and giant interneurones: BLAGBURN,BEADLE & SATTELLE 8 6 , 227

Intercalaryregeneration in cockroach leg: ANDERSON &

FRENCH 90, 57Intermediate filaments

during caudal fin morphogenesis in Zebrafish: DANE & TUCKER 87, 145

Interneuronesgiant in the cockroach - synaptogenesis:

BLAGBURN, BEADLE & SATTELLE 8 6 , 227

Intestineeffects of cytochalasin B on previllous

ridges in chick embryo: NODA 85, 47

Intestinal cryptsanalysis of spatial pattern in mouse

chimaeric tissues: SCHMIDT, WILKINSON &PONDER 88,219

in mouse aggregation chimaeras: SCHMIDT,GARBUTT, WILKINSON & PONDER 8 5 , 121

IntracelluilarpH - role in translational control in

Xenopus oocytes: TAYLOR, ROBINSON &SMITH 89 Supplement, 35

In vitroculture of rat embryos - serine

metabolism: ROWE & KALAIZIS 87, 137

development of mouse blastocyst-derivedembryonic stem cell lines: DOETSCHMANAND OTHERS 8 7 , 27

Irisorigin of striated muscle in birds: NAKANO &

NAKAMURA 8 8 , 1

Karyokinesisin mouse oocyte - action of phorbol

myristate acetate: NIEMIERKO &KOMAR 90, 171

Keratan sulphatemesoderm induction in Xenopus: DALE,

SMITH & SLACK 89, 289Keratins

epidermal, and gene expression in Xenopusembiryogenesis: DAWID AND OTHERS 89Supplement, 113

mesoderm induction in Xenopus: DALE,SMITH & SLACK 89, 289

Kineticsof amino acid transport in mouse blastocyst

compartments: MILLER & SCHULTZ 89,209

Lamininand neural crest migration through chick


KEYNES 90, 437in developing mouse mammary gland:

KIMATA, SAKAKURA, INAGUMA, KATO &

NISH1ZUKA 8 9 , 243

Lamin L HIdistribution during maturation of Xenopus

oocyte: HAUSEN, WANG, DREYER & STICK 89

Supplement, 17Lateral halves

Xenopus laevis - pattern specification inisolates: COOKE & WEBBER 88, 113

Lateral line systemdevelopment of supraorbital system in

Xenopus laevis embryos: WINKLBAUER &HAUSEN 88, 183

480 Subject Index

pattern formation in supraorbital system inXenopus embryos: WINKLBAUER &HAUSEN 88, 193

Lectinallelic patterns of binding of Dolichos

lectins in mice strains: PONDER, FESTING &WILKINSON 8 7 , 229

regional binding patterns in Xenopus andaxolotl: SLACK, CLEINE & SMITH 89

Supplement, 137target cell surface glycoconjugates in


DUPRAT 86, 39

Leechembryo - pioneering and pathfinding by an

identified neuron: KUWADA 86, 155Legbud

distribution of ZPA in the legbud of chickembryo: HINCHLIFFE & SANSOM 86, 169

Leg regenerationand wound healing in the cockroach:

TRUBY 85,177Lepidoptera

cautery-induced colour patterns in Preciscoenia: NIJHOUT 86,191

Leucinelethality of tritiated leucine in early mouse

embryos: WIEBOLD & ANDERSON 88, 209

Limbmodel for chondrogenic condensations:

OSTER, MURRAY & MAINI 8 9 , 93

regenerationfrom chimaeric limb stumps in axolotl:

MUNEOKA, HOLLER-DINSMORE &

BRYANT 9 0 , 1

in upper arm of the axolotl: WIGMORE &HOLDER 89, 333

-somite myogenesis in chick embryo:KENNY-MOBBS 9 0 , 415

Limb budchick

cholinergic system - distribution patternof enzymes: FALUGI & RAINERI 86, 89

effect of benzamide on chondrocyticdifferentiation: NAKANISHI & UYEKI 85,

163mesenchyme - morphogenesis in chick in

vitro: ARCHER, ROONEY & COTTRILL 90, 33

Limb developmentcomparative study of chick and duck

embryos: HURLE, COLVEE & FERNANDEZ-

TERAN 85, 239

distribution of ZPA in the legbud of chickembryo: HINCHLIFFE & SANSOM 86,169

effects of retinoic acid on patternformation in chick: LEE & TICKLE 90,139

in chick - prostaglandin synthesis: GAY &KOSHER 89,159

role of ZPA in development of wing budsin wingless mutant chicks: WILSON &HINCHLIFFE 8 5 , 2 7 1

Limnodynastes dorsaliscell distribution in retinal ganglion after

eye rotation: DUNLOP & BEAZLEY 89,159Lineage labelling

to study mesoderm induction in Xenopuslaevis: DALE, SMITH & SLACK 89, 289

Liverhuman - synthesis of apolipoproteins and

other proteins: SHI, HOPKINS, THOMPSON,HEATH, LUKE & GRAHAM 85, 191

mouse - synthesis, storage and secretion oftransferrin: MEEK & ADAMSON 86, 205

peroxisomes in foetal and newborn rat:STEFANINI, FARRACE & ARGENTO 8 8 , 151

Lobsterpolyneuronal innervation of adult and

embryonic muscle: GOVTND, STEPHENS &EISEN 87, 13

Locustsensory neurons - development of

projections and connections fromtransplantations: ANDERSON 85, 207

Lucifer Yellowused to study role of gap junctions in

amphibian development: WARNER 89Supplement, 365

Lysosomeschanges in distribution during early

development of mouse: MARO, JOHNSON,PICKERING & LOUVARD 9 0 , 2 8 7

in mouse preimplantation embryos:FLEMING & PICKERING 8 9 , 175

Mammary glandmouse, synthesis of basement membrane

by fat pad precursor cells: KIMATA,SAKAKURA, INAGUMA, KATO &

NISHIZUKA 8 9 , 2 4 3

Marginal zonemovement during convergent extension in

Xenopus gastrulation: KELLER, DANILCHIK,GIMLICH & SHIH 89 Supplement, 185

of early chick blastoderms - developmentalpotencies: KHANER, MITRANI & EYAL-

GILADI 89, 235

Markerschromosomal, nuclear and cytoplasmic in

regenerating planarians: SAL6 &BAGUNA 89, 57

used to study differentiation of amphibianneuronal cells: DUPRAT, KAN, FOULQUIER &WEBER 86, 71

Subject Index 481

Marsupial frogcleavage and gastrulation: ELINSON & DEL

PINO 90,223Maternal effect

role in early amphibian patternspecification: MALACINSKI & BARONE 89

Supplement, 53Maturation

of Xenopus oocyte - distribution of nuclearproteins: HAUSEN, WANG, DREYER &

STICK 89 Supplement, 17Maturation promoting factor (MPF)

and cell cycle regulation in amphibia:FORD 89 Supplement, 271

and temporal control of early embryonicdevelopment in amphibians: SATOH 89Supplement, 257

chromosome replication in earlydevelopment of Xenopus: LASKEY 89Supplement, 285

effect on ribosomal proteinphosphorylation in Xenopus oocyte:TAYLOR, ROBINSON & SMITH 8 9Supplement, 35

Meiosisabsence of sex vesicles consistent with XY


and cell cycle regulation in amphibia:FORD 89 Supplement, 271

Melanogenesisof neural-crest-derived cells inhibited in

chick cornea cultures: CAMPBELL &BARD 86,143

Membraneorganization in preimplantation mouse

embryo: PRATT 90, 101Mesenchyme

myogenesis in chick wing bud absence ofbrachial somites: KENNY-MOBBS 90, 415

participation in the developing mousemammary gland: KIMATA, SAKAKURA,INAGUMA, KATO & NISHIZUKA 8 9 , 243

Mesodermformation in Xenopus and convergent

extension during gastrulation: KELLER,DANILCHIK, GIMLICH & SHIH 8 9

Supplement, 185induction - studied with cell lineage label

and antibodies: DALE, SMITH & SLACK 89,

289induction in Xenopus embryos: GIMLICH 89

Supplement, 89induction - use of cell lineage label and

region-specific markers: SMITH, DALE &SLACK 89 Supplement, 317

induction and information transfer inamphibia: GRUNZ 89 Supplement, 349

Metamorphosisof epibranchial in salamander: ALBERCH,

LEWBART & GALE 8 8 , 71Methionine

uptake in mouse blastocyst compartments:MILLER & SCHULTZ 8 9 , 149

Microfilainentsrole in cranial neurulation in rat embryos:

MORRISS-KAY & TUCKETT 8 8 , 333

role in surface polarity of mouseblastomeres: JOHNSON & MARO 90, 311

role in vertebrate neurulation and relationto birth defects: GORDON 89Supplement, 229

Microsurgeryregeneration of endoderm from primitive

ectoderm in mouse: GARDNER 88, 303Microtubule

cell adhesiveness - role in vertebrateneurulation: GORDON 89 Supplement,229

role in surface polarity of mouseblastomeres: JOHNSON & MARO 90, 311

Microvillous-like processesin chick, embryonic intestine cultures:

NOD A 85, 47Midblastula transition (MBT)

onset of gene activity: DAWID ANDOTHERS 89 Supplement, 113

Mitochondria!RNA synthesis in Xenopus embryogenesis:

DAWID AND OTHERS 89 Supplement, 113Mitosis

and cell cycle regulation in amphibia: FORD89 Supplement, 271

chromosome replication in earlydevelopment of Xenopus: LASKEY 89Supplement, 285

during ontogenesis of rat embryonic cranialneuromeres: TUCKETT, LIM & MORRISS-

KAY 87,75in cranial neural epithelium of rat: TUCKETT

& MORRISS-KAY 85, 111Model

for chondrogenic condensations in thedeveloping limb: OSTER, MURRAY &MAIN] 89, 93

of pattern formation during regeneration incockroach leg: ANDERSON & FRENCH 90,

57Molecular embryology

in vitro differentiation of neuronalprecursor cells: DUPRAT, KAN, FOULQUIERAWEBER 86, 71

482 Subject Index

Monoclonal antibodiesagainst mouse oocyte cytoskeleton:

LEHTONEN 9 0 , 197

induction of cell-cell adhesion in germ cellculture: HO & BECHTOL 90, 211

recognizing cell surface determinant inDictyostelium discoideum: KREFFT, VOET,GREGG & WILLIAMS 8 8 , 15

regional binding patterns in Xenopus andaxolotl: SLACK, CLEINE & SMITH 89

Supplement, 137study of inductive interactions in amphibia:

SMITH, DALE & SLACK 89 Supplement,317

to an epidermal marker in Xenopus:JONES 89 Supplement, 155

to carp sperm - used to study germ celldifferentiation: PARMENTIER &TIMMERMANS 9 0 , 13

to cells of a regenerating newt limb:KINTNER & BROCKES 8 9 , 37

to study saccharide structures of mouseembryo during development:PENNINGTON, RASTAN, ROELCKE & FEIZI 9 0 ,

335used to study dynamics of tubulin

structures in Xenopus oogenesis:PALECEK, HABROVA, NEDVfDEK &

ROMANOVSKY 8 7 , 75

Monovalent antibodyto fibronectin - arrests gastrulation in

amphibia: BOUCAUT AND OTHERS 89

Supplement, 211Morula

mouse - cytoskeleton and polarization:JOHNSON & MARO 9 0 , 311

Motoneuronsin chick after cervical spinal cord removal:

LAING & LAMB 8 9 , 209

polyneuronal innervation of adult andembryonic lobster muscle: GOVIND,STEPHENS & EISEN 8 7 , 13

Motor axonsin chick wing buds with axes reversed:

STIRLING & SUMMERBELL 8 5 , 253

Mouseadult - synthesis, storage and secretion of

transferrin: MEEK & ADAMSON 86, 205

blastocystand ICMs - developmental variability:

CHISHOLM, JOHNSON, WARREN, FLEMING &

PICKERING 8 6 , 311

regeneration of endoderm fromprimitive ectoderm: GARDNER88, 303

blastomeres - role of cytoskeletal elementsin surface polarity: JOHNSON & MARO90, 311

chimaeraclonal analysis of intestinal crypt

populations: SCHMIDT, GARBUTT,

WILKINSON & PONDER 8 5 , 121

detection and analysis of spatial pattern:SCHMIDT, WILKINSON & PONDER 8 8 , 2 1 9

early development - distribution ofmembranous organelles: MARO,JOHNSON, PICKERING & LOUVARD 9 0 , 2 8 7

embryoabnormal development in pupoid foetus

(pf/pf) mutants: FISHER & KOLLAR 87,47

absence of sex vesicles consistent withXY sex chromosome makeup: HOGG &MCLAREN 88, 327

amino acid transport in blastocystcompartments: MILLER & SCHULTZ 89,

149axis orientation - correlation with

relationship to uterine horn:SMITH 89, 15

cell interactions - role of saccharides incell adhesion: RASTAN, THORPE, SCUDDER,BROWN, GOOI & FEIZI 8 7 , 115

clonal analysis of X-chromosomeinactivation and origin of germ line:GARDNER, LYON, EVANS &

BURTENSHAW 8 8 , 349

DNA replication and compaction: SMITH& JOHNSON 89,133

effects of some Robertsonianchromosome combinations: REDI,GARAGNA, HILSCHER & WINKING 8 5 , 1

endocytotic system in outsideblastomeres: FLEMING & PICKERING 89,

175expression of genes involved in pigment

production: STEPHENSON & HORNBY 87,

65expression of the Tcp-1 locus: SANCHEZ &

ERICKSON 89,113genetical identification of tissues within

placenta: ROSSANT & CROY 86, 177

influence of epithelium on palate shelfreorientation: BULLEIT &ZIMMERMAN 88, 265

in vitro development of blastocyst-derived embryonic stem cell lines:DOETSCHMAN AND OTHERS 8 7 , 2 7

lethality of a tritiated amino acid:WIEBOLD & ANDERSON 8 8 , 209

membrane organization in thepreimplantation embryo: PRATT 90,101

neuropore closure and spinal neural tubedefects: COPP 88, 39

Subject Index 483

saccharide structures during first eightdays of development: PENNINGTON,RASTAN, ROELCKE & FEIZI 9 0 , 335

sequence and regulation of the first cellcycle: HOWLETT & BOLTON 87, 175

synthesis, storage and secretion oftransferrin: MEEK & ADAMSON

86, 205teratocarcinoma antigen on cell surface:

GAUNT 88, 55

transplantation of pre- and early-primitive-streak stages:BEDDINGTON 88, 281

utilization of cytoplasmic poly(A)+RNAfor protein synthesis: KIDDER &CONLON 89,223

X-chromosome deletions in embryo-derived cell lines: RASTAN &ROBERTSON 90, 379

extraembryonic tissues - gynogenetic andparthenogenetic from reconstitutedblastocysts: BARTON, ADAMS, NORRIS &

SURANI 90,267germ cells - induction of cell-cell adhesion

by monovalent antibodies: HO &BECHTOL 90, 211

inbred strains - allelic patterns of bindingof Dolichos lectin in tissues: PONDER,FESTING & WILKINSON 8 7 , 229

mammary gland - synthesis of basementmembrane by fat pad precursor cells:KIMATA, SAKAKURA, INAGUMA, KATO &NISHIZUKA 8 9 , 243

oocyteaction of phorbol myristate acetate at

fertilization in vitro: NIEMIERKO &KOMAR 90, 171


primordial germ cellsadhesiveness to follicular and Sertoli cell

monolayers: DE FELICI & SIRACUSA 87,

87spermatogenesis - Tcp-1 gene products:

SANCHEZ, HAMMERBERG & ERICKSON 8 9 ,123

3T3 cells - coculture with embryonicchick limb tissue: BELL & MCMACHLAN 86,219

trophectodermal carcinoma -differentiation into trophoblastic andyolk sac elements: DAMJANOV, DAMJANOV& ANDREWS 86, 125

vertebrae - measurement of biologicalshape: JOHNSON AND OTHERS 90, 363

MPF (See Maturation promoting factor)

Musclecell lineage in Drosophila head: RAGHAVAN &

PINTO 85,285fibre types and innervation after spinal

cord removal in chick: LAING & LAMB 89,209

lineage cells - isolated from ascidianembryos: MITA-MIYAZAWA, IKEGAMI &

SATOH 87, 1

polyneuronal innervation in adult andembryonic lobsters: GOVIND, STEPHENS &EISEN 87,13

regeneration in upper arm of the axolotl:WIGMORE & HOLDER 8 9 , 333

striated - origin of iris cells in birds:NAKANO & NAKAMURA 8 8 , 1

Mutationcurly tail - neuropore closure and neural

tube defects in rat: COPP 88, 39engrailed (en10) in Drosophila: RAGHAVAN &

PINTO 85,285fusecT - in Drosophila melanogaster:

MARTINEZ-ARIAS 8 7 , 99

pupoicl foetus (pf/pf) - abnormal skindevelopment in mice: FISHER &KOLLAR 87,47

segment polarity of Drosophilamelanogaster: MARTINEZ-ARIAS &INGHAM 87, 129

trithorax - role in diversification ofsegments in Drosophila: INGHAM 89, 349

wingless (ws) - role of ZPA indevelopment of wing buds in chickembryos: WILSON & HINCHLIFFE 85, 271

Myocardiumformation in vitro from embryonic stem

Cells: DOETSCHMAN AND OTHERS 87, 25Myogenesis

in chicle wing mesenchyme in absence ofbrachial somites: KENNY-MOBBS 90, 415

Myoplasrnproteins and mRNAs in isolated ascidian

yellow crescents: JEFFERY 89, 275

Nervepatterns in aneural chick wing buds:

SWANSON 86,109Neural crest

differentiation in cultured chick cornea:CAMPBELL & BARD 86, 143

migration and growth of motor axons inchick somite: RICKMANN, FAWCETT &KEYNES 90, 437

origin of striated muscle in birds: NAKANO &NAKAMURA 88, 1

484 Subject Index

Neural inductionand information transfer in amphibia:

GRUNZ 89 Supplement, 349and target cell surface glycoconjugates in


DUPRAT 86, 39

embryonic determination in Pleurodeleswaltt DUPRAT AND OTHERS 8 9

Supplement, 167use of cell lineage label and region-specific


Supplement, 317Neural plate


Neural tubedefects and neuropore closure in rat

embryos: COPP 88, 39defects in vertebrates and theories of

neurulation: GORDON 89 Supplement,229

kinetic behaviour during neurulation in rat:TUCKETT & MORRISS-KAY 8 5 , 111

malformations - role of calcium: SMEDLEY &STANISSTREET 8 9 , 1

ontogenesis in rat embryos: TUCKETT, LIM &MORRISS-KAY 8 7 , 215

ontogenesis in cranium of rat embryo:TUCKETT & MORRISS-KAY 8 8 , 2 3 1

Neurofilamentschanges in activity of polypeptides in

Pleurodeles embryos: DUPRAT ANDOTHERS 89 Supplement, 167

Neuromeresontogenesis in rat embryos: TUCKETT, LIM &

MORRISS-KAY 8 7 , 215

ontogenesis in cranium of rat embryo:TUCKETT & MORRISS-KAY 8 8 , 2 3 1

Neuromuscular synapsespolyneuronal innervation of adult and

embryonic lobster muscle: GOVTND,STEPHENS & EISEN 8 7 , 13

Neuronal projectionsand connections from transplanted locust

sensory neurons: ANDERSON 85, 207Neuronal development

in leech embryo: KUWADA 86,155Neuronal differentiation

in amphibian embryo: DUPRAT, KAN,FOULQUIER & WEBER 8 6 , 7 1

Neuronesdifferentiation in Pleurodeles waltl

embryos: DUPRAT AND OTHERS 89

Supplement, 167identified in cockroach - synaptogenesis:

BLAGBURN, BEADLE & SATTELLE

86, 227

Neuroporeclosure and spinal neural tube defects in

rat embryo: COPP 88, 39Neurotransmitters

accumulation and uptake in amphibianembryos: DUPRAT, KAN, FOULQUIER &

WEBER 86, 71synthesis and storage in Pleurodeles

embryo cultures: DUPRAT AND OTHERS 89Supplement, 167

Neurulationand calcium in mammalian embryos:

SMEDLEY & STANISSTREET 8 9 , 1

in rat embryos - effects of cytochalasin D:MORRISS-KAY & TUCKETT 8 8 , 3 3 3

theories and relationship to neural tubebirth defects: GORDON 89 Supplement,229

Newt (See Cynopus pyrrhogaster)monoclonal antibodies to cells of a

regenerating limb: KINTNER &BROCKES 89, 37

Nicotinamide adenine dinucleotide (NAD)levels in chick limb bud cell culture in

presence of benzamide: NAKANISHI &UYEKI 85, 163

Nocodazoleeffect on polarity in mouse blastomeres:

JOHNSON & MARO 90, 311Non-equivalence

in pattern specification in Xenopusblastomere pairs: COOKE & WEBBER 88,85

in pattern specification in Xenopus lateralhalves: COOKE & WEBBER 88, 113

Notochordformation in living ascidian embryos:

MIYAMOTO A & CROWTHER 8 6 , 1

formation in Xenopus and convergentextension during gastrulation: KELLER,DANILCHIK, GIMLICH & SHIH 8 9

Supplement, 185Notophthalmus viridescens

monoclonal antibodies to cells of aregenerating limb: KINTNER &BROCKES 89, 37

Nuclearmarker to study cell movement in

regenerating planarians: SAL6 &BAGUNA 89, 57

Nucleocytoplasmic ratioand temporal control of early embryonic

development in amphibians: SATOH 89Supplement, 257

Nucleoplasmindistribution during maturation of Xenopus

oocyte: HAUSEN, WANG, DREYER & STICK 89

Supplement, 17

Subject Index 485

Nurse cellRNA synthesis in polychaete

Ophryotrocha: EMANUELSSON 88, 249

Ocular developmentcell proliferation in scleral

ectomesenchyme in chick embryo: VANDE KAMP 88, 265

One-carbon metabolismin rat embryos undergoing organogenesis:

ROWE & KALAIZIS 87, 137Oocyte

amphibia - maturation promoting factorand cell cycle regulation: FORD 89Supplement, 271

mouseaction of phorbol myristate acetate at

fertilization in vitro: NIEMIERKO &KOMAR 90, 171


Xenopus laevisdistribution of nuclear proteins during

maturation: HAUSEN, WANG, DREYER &

STICK 89 Supplement, 17protein synthesis patterns: MEULER &

MALACINSKI 89, 71role of cytoskeleton in development:

WYLIE, BROWN, GODSAVE, QUARMBY &HEASMAN 89 Supplement, 1

translational control by intracellular pHand protein phosphorylation: TAYLOR,ROBINSON & SMITH 89 Supplement, 35

Oogenesisabsence of sex vesicles consistent with XY


in polychaete Ophryotrocha: EMANUELSSON& ANEHUS 85, 151

in Xenopus laevis - dynamics of tubulinstructures: PALECEK, HABROVA, NEDvfDEK&ROMANOVSKY 87, 75

in Xenopus - role of cytoskeleton indevelopment: WYLIE, BROWN, GODSAVE,

QUARMBY & HEASMAN 89 Supplement, 1

RNA synthesis in polychaeteOphryotrocha: EMANUELSSON 88, 249

Ophryotrocha labronicadevelopment of germ cells in vitro:

EMANUELSSON & ANEHUS 85, 151RNA synthesis in oogenesis:

EMANUELSSON 88, 249Optic nerve

effect of fibre environment on paths takenby regenerating fibres: TAYLOR &GAZE 89, 383

Optic tectumfactors guiding regenerating retinotectal

fibres in Xenopus: FAWCETT 90, 233Oral development

in ciliate Stentor: DE TERRA 87, 241, 249Organic anion transport

in isolated single cells in Malpighiantubules in Rhodnius: MADDRELL &OVERTON 90, 409

Ossiclesscleral - cell proliferation in chick embryo:

VAN DE KAMP 88, 265Oviduct

growth stimulation in immature chick byandrogens: GRAU, REICHHART &

THIEBOLD 85, 81

mouse; - factor relation to teratocarcinomacell surface antigen: GAUNT 88, 55

Palateshelf reorientation - influence of

epithelium: BULLEIT & ZIMMERMAN 88,

265Parental mutant

ts-l in axolotl: MALACINSKI & BARONE 89

Supplement, 53Parthenogenone

mouse - development of inner cell massand trophectoderm tissues: BARTON,ADAMS, NORRIS & SURANI 9 0 , 267

Paternal effectrole in early amphibian pattern

specification: MALACINSKI & BARONE 89

Supplement, 53Pathfinding

by a neuron in embryonic leech: KUWADA86, 155

Pattern duplicationsin fused~ embryos of Drosophila

melanogaster: MARTINEZ-ARIAS 87, 99in segment polarity mutants of Drosophila

melanogaster: MARTINEZ-ARIAS &INGHAM 87, 129

Pattern formationcautery-induced colour patterns in Precis

coenia: NIJHOUT 86,191during bud formation in mutant strain of

hydra: TAKANO & SUGIYAMA 90, 123

during development of lateral line systemin Xenopus laevis: WINKLBAUER &HAUSEN 88, 193

during intercalary regeneration incockroach leg: ANDERSON & FRENCH 90,

57in eye of Drosophila: TOMLINSON 89, 313

486 Subject Index

in regeneration from chimaeric limbstumps in axolotl: MUNEOKA, HOLLER-DINSMORE & BRYANT 90, 1

Pattern regulationin fragments of Drosophila wing discs: DALE

& BOWNES 85, 95in regeneration from isolated half limbs of

axolotl: WIGMORE & HOLDER 89, 333in regeneration of axolotl hindlimbs with

discontinuities: HOLDER & WEEKES 86,283

Pattern specificationin chimaeric mouse tissues: SCHMIDT,

WILKINSON & PONDER 88, 219

in early development oi Xenopus: COOKE89 Supplement, 69

in Xenopus laevis blastomere pairs: COOKE &WEBBER 88, 85

in Xenopus laevis lateral halves: COOKE &WEBBER 88, 113

in Xenopus laevis after u.v. irradiation ofegg: COOKE 88,135

in Xenopus - studied with microgravitysimulation: NEFF, MALACINSKI &

CHUNG 89,259Patterns

of protein synthesis during embryogenesisof urodeles: MEULER & MALACINSKI 89,71

Peanut agglutininpatterns of binding in developing

grasshopper CNS: BURT & ANDERSON 90,49

Periplaneta americanaleg regeneration and wound healing:

TRUBY 85, 177synaptogenesis between cockroach sensory

neurones and giant interneurones:BLAGBURN, BEADLE & SATTELLE 86, 227

Peroxisomesin foetal and newborn rat liver: STEFANINI,

FARRACE & ARGENTO 88, 151

/?///>/(pupoid foetus) mutantabnormal skin development in mice: FISHER

& KOLLAR 87, 47

pHaffect on fruiting and slug orientation in

Dictyostelium: BONNER, HAY, JOHN &

SUTHERS 87,209

intracellular - role in translational controlin Xenopus oocytes: TAYLOR, ROBINSON &

SMITH 89 Supplement, 35Phorbol myristate acetate (PMA)

action at fertilization of mouse oocytes invitro: NIEMIERKO & KOMAR 90,171

Phosphorylationof ribosomal protein - in translational

control in Xenopus oocytes: TAYLOR,ROBINSON & SMITH 89 Supplement, 35

Pigment accumulationaround nuclei in early embryos of Anura:

KOBAYAKAWA 88, 293Pink-eyed dilution

expression of mouse genes involved inpigment production: STEPHENSON &HORNBY 87, 65

Placentagenetic identification of tissue of origin of

cellular populations: ROSSANT & CROY 86,177

Planariacell movement in intact and regenerating

chimaeras: SAL6 & BAGUNA 89, 57Pleurodeles waltl

embryo - neural induction and expressionof specific neuronal traits: DUPRAT ANDOTHERS 89 Supplement, 167

evidence for role of fibronectin ingastrulation: BOUCAUT AND OTHERS 89Supplement, 211

Polaritydorsal/ventral in Xenopus embryos: NEFF,

MALACINSKI & CHUNG 89, 259reversed in segment polarity mutants of

Drosophila melanogaster: MARTINEZ-ARIAS& INGHAM 87, 129

PolarizationDNA replication and compaction in

cleaving mouse embryos: SMITH &JOHNSON 89, 133

membrane organization in preimplantationmouse embryos: PRATT 90, 101

role of cytoskeletal elements in mouseblastomeres: JOHNSON & MARO 90, 311

Poly(A)+ RNAin Xenopus embryogenesis: DAWID AND

OTHERS 89 Supplement, 113Polychaete (See Ophryotrocha labronica)

RNA synthesis in oocyte-nurse cellcomplex: EMANUELSSON 88, 249

Poly-N-acetyllactosaminesevidence for involvement in cell

interactions in mouse embryos: RASTAN,THORPE, SCUDDER, BROWN, GOOI &

FEIZI 87,115Polyneuronal innervation

of adult and embryonic lobster muscle:GOVIND, STEPHENS & EISEN 87, 13

Polypeptidesynthesis sequence and regulation in first

cell cycle in mouse embryo: HOWLETT &BOLTON 87,175

synthetic patterns in tissues of early chickembryos: LOVELL-BADGE, EVANS &

BELLAIRS 85, 65

Subject Index 487

Positional signallingmaps of strength in chick wing bud: HONIG

& SUMMERBELL 87, 163Postmeiotic

expression of the Tcp-1 locus of the mouse:SANCHEZ & ERICKSON 89, 113

Precis coeniacautery-induced colour patterns:

NIJHOUT 86, 191

Precleavageevents in Xenopus and axial body

specification: COOKE 89 Supplement, 69Preimplantation

mouse embryo - expression of Tcp-1 locus:SANCHEZ & ERICKSON 89, 113

mouse embryo - membrane organization:PRATT 90, 101

Presporecells in Dictyostelium discoideum - cell

surface determinants: KREFFT, VOET, GREGG

& WILLIAMS 88, 15Prestalk

cells in Dictyostelium discoideum - cellsurface determinants: KREFFT, VOET, GREGG

& WILLIAMS 88, 15Previllous ridges

effects of cytochalasin B in chickembryonic intestine: NOD A 85, 47

Primary axisorientation in mouse embryos: SMITH 89,

15Primitive ectoderm

regeneration of endoderm in mouse:GARDNER 88, 303

Primitive streak stagemouse embryos - reimplantation and

subsequent development:BEDDINGTON 88, 281

Primordial germ cellsadhesiveness to mouse follicular and

Sertoli cell monolayers: DE FELICI &SIRACUSA 87, 87

effect of egg rotation in Xenopus laevis:CLEINE & DIXON 9 0 , 79

factors determining numbers in Xenopus:AKITA & WAKAHARA 9 0 , 251

Proliferationin intestinal crypts in mouse chimaeras:

SCHMIDT, GARBUTT, WILKINSON &

PONDER 85, 121of chick limb bud chondrocytes in culture

with benzamide: NAKANISHI & UYEKI 85,163

Pronucleisequence and regulation of first cell cycle

in mouse embryo: HOWLETT & BOLTON 87,175

Prostaglandinsynthesis during chick limb cartilage

differentiation: GAY & KOSHER 89, 159Protein

degradation curves in mouse embryos:WIEIIOLD & ANDERSON 8 8 , 2 0 9

ribosomal - role in translational control inXenopus oocytes: TAYLOR, ROBINSON &SMITH 89 Supplement, 35

synthesisin mouse preimplantation embryos:

SANCHEZ & ERICKSON 89, 113

patterns in early embryogenesis ofurodeles: MEULER & MALACINSKI 89,71

in preimplantation mouse embryos:KIDDER & CONLON 8 9 , 2 2 3

in Tcp-1 mutants of mouse duringspermatogenesis: SANCHEZ,HAMMERBERG & ERICKSON 8 9 , 123

role in translational control in Xenopusoocytes: TAYLOR, ROBINSON & SMITH 89

Supplement, 35Proteoglycans

regional specificity in Xenopus and axolotlembryos: SLACK, CLEINE & SMITH 89

Supplement, 137Proteoheparan sulphate

in developing mouse mammary gland:KIMATA, SAKAKURA, INAGUMA, KATO &NISHIZUKA 8 9 , 243

Proteolysisin rat embryonic yolk sac - role of

cathepsins: FREEMAN & BROWN 86, 271

Pseudocholinesterase (BuChE)activity distribution pattern in chick limb

buds: FALUGI & RAINERI 86, 89

Quailchimaera with chick used to study origin of

irideal striated muscle: NAKANO &NAKAMURA 88, 1

Radiationlethality of tritiated amino acid in mouse

embryos: WIEBOLD & ANDERSON 88, 209

Rana rugosapigment accumulation around nuclei:

KOBAYAKAWA 88, 293Rat

embryocalcium and neurulation: SMEDLEY &

STANISSTREET 89, 1effects of cathepsin inhibitors on

development in vitro: FREEMAN &BROWN 86, 271

kinetic behaviour of cranial neural cellsduring neurulation in rat: TUCKETT &MORRISS-KAY 85, 111

488 Subject Index

ontogenesis of cranial neuromeres -SEM and kinetics: TUCKETT, LIM &MORRISS-KAY 8 7 , 215

ontogenesis of cranial neuromeres:TUCKETT & MORRISS-KAY 8 8 , 2 3 1

role of microfilaments in cranialneurulation: MORRISS-KAY &TUCKETT 88,333

serine metabolism duringmorphogenesis: ROWE & KALAIZIS 87,

137foetus and newborn liver peroxisomes:

STEFANINI, FARRACE & ARGENTO 8 8 , 151

Reconstituted blastocyststo determine origin of tissues in mouse

placenta: ROSSANT & CROY 86, 177

Regenerationand wound healing in the cockroach leg:

TRUBY 85,177cell movement in planarians: SAL6 &

BAGUNA 89, 57

from chimaeric limb stumps in axolotl:MUNEOKA, HOLLER-DINSMORE & BRYANT 9 0 ,

1from isolated half limbs in upper arm of

axolotl : WIGMORE & HOLDER 89, 333

in newt limb - studied with monoclonalantibodies: KINTNER & BROCKES 89, 37

intercalary, cell division in cockroach leg:ANDERSON & FRENCH 9 0 , 57

an axolotl hindlimbs with discontinuities inanteroposterior axis: HOLDER &WEEKES 86, 283

of endoderm from primitive ectoderm inmouse embryo: GARDNER 88, 303

of optic nerves in Xenopus: TAYLOR &GAZE 89,383

Regional markersto study mesoderm induction in Xenopus

laevis: DALE, SMITH & SLACK 89, 289

Regulationof cell type - influence of cyclic AMP:

WEIJER & DURSTON 8 6 , 19

Reorientationof palate shelf - influence of epithelium:

BULLED" & ZIMMERMAN 8 8 , 265

Replicationchromosomal - origins in early


Retinafactors guiding regenerating retinotectal

fibres in Xenopus: FAWCETT 90, 233Retinoic acid

and pattern formation in chick wing bud:LEE & TICKLE 90, 139

sensitivity of visceral endodermdifferentiation from EC cells: SATO ANDOTHERS 88, 165

Reversalof axes in chick wing buds - behaviour of

growing axons: STIRLING &SUMMERBELL 85, 253

Rhodnius prolixustransport abilities of single epithelial

Malpighian cells: MADDRELL &OVERTON 90, 409

Ribonucleoproteinin preimplantation mouse embryos: KIDDER

& CONLON 89,223Ribosomal protein


Supplement, 35RNA

rare hnRNAstranscription in sea urchin embryos and

coelomocytes: KLEENE &HUMPHREYS 85, 131

rare maternal RNAstranscription in sea urchin embryos and

coelomocytes: KLEENE &HUMPHREYS 85, 131

synthesis in oocyte-nurse cell complex inpolychaete: EMANUELSSON 88, 249

synthesis of poly(A)+ in Xenopusembryogenesis: DAWID AND OTHERS 89

Supplement, 113mRNA

in ascidian yellow crescents: JEFFERY 89,275


Supplement, 35utilization for protein synthesis in

preimplantation mouse embryos: KIDDER& CONLON 89, 223

RNA:DNA hybridizationin sea urchin derivatives: KLEENE &

HUMPHREYS 85, 131Robertsonian chromosome

effects on seminiferous epithelium of themouse: REDI, GARAGNA, HILSCHER &

WINKING 85,1

Romeis fixativeused to study distribution of nuclear

proteins: HAUSEN, WANG, DREYER &

STICK 89 Supplement, 17

Saccharidestructures of mouse embryo during first

eight days of development: PENNINGTON,RASTAN, ROELCKE & FEIZI 90, 335

Subject Index 489

Salamanderfate of larval chondrocytes during

metamorphosis of epibranchial: ALBERCH,LEWBART & GALE 8 8 , 71

Sash (W^)expression of mouse genes involved in

pigment production: STEPHENSON &HORNBY 8 7 , 65

Scanning electron microscopy (SEM)of cell surface changes during cleavage

of newt eggs: OHSHIMA & KUBOTA85,21

of neurulation in mammalian embryos:SMEDLEY & STANISSTREET 8 9 , 1

study of effects of retinoic acid on patternformation in chick: LEE & TICKLE 90, 139

Schistocerca gregariapatterns of peanut agglutinin binding in

grasshopper embryo: BURT &ANDERSON 9 0 , 49

Schwann cellsas origin of blastemal cells in newt

regenerating limb: KINTNER &BROCKES 89, 37

Scleral ectomesenchymecell proliferation in the conjunctival

papillae in chick: VAN DE KAMP 88, 265Scleral mesenchyme

morphogenesis in chick in vitro: ARCHER,ROONEY & COTTRILL 9 0 , 33

Sea urchinblastulae - transcription rare hnRNAs and

maternal RNAs: KLEENE &HUMPHREYS 85, 131

Segmentdiversification in Drosophila - role of the

trithorax gene: INGHAM 89, 349polarity mutants of Drosophila

melanogaster. MARTINEZ-ARIAS &INGHAM 87, 129

Seminiferous epitheliumeffects of some Robertsonian chromosome

combinations in mouse: REDI, GARAGNA,HILSCHER & WINKING 8 5 , 1

Sensory innervationof chick dermis and epidermis: VERNA 86,

53Sensory nerves

paths taken in aneural chick wing buds:SWANSON 86,109

Sensory neuronstransplanted in locust - projections and

connections: ANDERSON 85, 207Serine metabolism

in rat embryos undergoing organogenesis:ROWE & KALAIZIS 8 7 , 137

Sertoli cellsadhesiveness of mouse primordial germ

cells to monolayers: DE FELICI &SIRACUSA 87, 87

effects of some Robertsonian chromosomecombinations in mouse: REDI, GARAGNA,HILSCHER & WINKING 8 5 , 1

Sex vesiclesabsence in meiotic foetal germ cells in

mice: HOGG & MCLAREN 88, 327

Shapemeasurement - method applied to mouse

vertebrae: JOHNSON AND OTHERS 90, 363

Single cellsepithelial transport in Malpighian tubule

tissue in Rhodnius: MADDRELL &OVERTON 90, 409

transplantation and chordamesodermdevelopment in Xenopus: GIMLICH 89Supplement, 89

Skeletal actincontrol of gene activity in Xenopus:

GURDON, MOHUN, BRENNAN & CASCIO 8 9Supplement, 125

Skindevelopment in pupoid foetus (pf/pf)

mouse mutants: FISHER & KOLLAR 87, 47selective innervation of chick dermis and

epidermis: VERNA 86, 53Slug orientation

in Dictyostelium is affected by pH: BONNER,HAY, JOHN & SUTHERS 8 7 , 207

Sodium transportacross epiblast of early chick embryo:

STERN, MANNING & GILLESPIE 8 8 , 365

in isolated single cells in Malpighiantubules in Rhodnius: MADDRELL &OVERTON 90, 409

Somatopleuralmesenchyme - ability to form skeletal

muscle in chick wing: KENNY-MOBBS 90,415

Somitechick - protein synthetic patterns: LOVELL-

BADGli, EVANS & BELL AIRS 8 5 , 65

migration of neural crest and growth ofmotor axons in chick: RICKMANN, FAWCETT& KEYNES 90, 437

Spatial expressionof bithorax gene complex in Drosophila:

CASANOVA, SANCHEZ-HERRERO &

MORATA 9 0 , 179

Specificationcell lineage labels and region-specific


Supplement, 317

490 Subject Index

in axolotl and Xenopus embryos - synthesisof glycoconjugates: SLACK, CLEINE &

SMITH 89 Supplement, 137information transfer during embryonic


in neural induction in embryos ofPleurodeles waltl: DUPRAT AND OTHERS 89Supplement, 167

in Xenopus epidermal development:JONES 89 Supplement, 155

mesoderm induction in Xenopus: DALE,SMITH & SLACK 89, 289

of axial body plan in Xenopus after earlyperturbations: COOKE 89 Supplement,69

of Xenopus dorsal embryonic body axis:GIMLICH 89 Supplement, 89


WYLIE 89 Supplement, 297states of in different regions in the axolotl

gastrula: CLEINE & SLACK 86, 247Sperm

differentiation in carp {Cyprinus carpio):PARMENTIER & TIMMERMANS 9 0 , 13

role of extragenic components in axolotlearly development: MALACINSKI &BARONE 89 Supplement, 53

Spermatocyteeffects of some Robertsonian chromosome


Spermatogenesiseffects of some Robertsonian chromosome


expression of the Tcp-1 locus of the mouse:SANCHEZ & ERICKSON 89, 113

in mouse-induction of cell-cell adhesionby monoclonal antibodies: HO &BECHTOL 90,211

in mouse Tcp-1 mutants: SANCHEZ,HAMMERBERG & ERICKSON 8 9 , 123

S phasechromosome replication in early


Spinal cordtransection in chick embryo - effects on

muscle innervation: LAING & LAMB 89,209

Stentorbasal body assembly and oral

development: DE TERRA 87, 249inhibition of oral development: DE

TERRA 87, 241

Stomachhuman - synthesis of apolipoproteins and

other proteins: SHI, HOPKINS, THOMPSON,HEATH, LUKE & GRAHAM 8 5 , 191

Striated muscleorigin of iris cells in birds: NAKANO &

NAKAMURA 8 8 , 1

Styelaegg - proteins and mRNAs in isolated

yellow crescents: JEFFERY 89, 275Subribosomal

RNP in preimplantation mouse embryos:KIDDER & CONLON 8 9 , 2 2 3

SubtractivecDNA cloning in Xenopus embryogenesis:

DAWID AND OTHERS 89 Supplement, 113Supraorbital system

development in triploid Xenopus embryos:WINKLBAUER & HAUSEN 8 8 , 183

pattern formation in Xenopus embryos:WINKLBAUER & HAUSEN 8 8 , 193

Symmetryin eye of Drosophila: TOMLINSON 89, 15

Synaptogenesisbetween cockroach sensory neurones and

giant interneurones: BLAGBURN, BEADLE &SATTELLE 8 6 , 227

Synthetic peptidesinhibition of mesodermal cell migration in


t-allelesprotein synthesized in Tcp-1 mouse during

spermatogenesis: SANCHEZ, HAMMERBERG

& ERICKSON 89,123Taxol

effect on polarity in mouse blastomeres:JOHNSON & MARO 9 0 , 3 1 1

Tcp-1 locusexpression in mouse during early

embryogenesis: SANCHEZ & ERICKSON 89,

113Temporal control

of early embryonic development inamphibians: SATOH 89 Supplement, 257

Teratocarcinomaantigen on cell surface may be oviducal

factor: GAUNT 88, 55differentiation of stem cells into

trophoblastic elements: DAMJANOV,DAMJANOV & ANDREWS 8 6 , 125

Teratogenesiseffects of leupeptin and pepstatin on rat

embryos in culture: FREEMAN &BROWN 86, 271

Subject Index 491

Testosteronegrowth stimulation of immature chick

oviduct: GRAU , REICHHART & THIEBOLD 85,

81Texas red

used to study role of gap junctions inamphibian development: WARNER 89Supplement, 365

Thyroxineeffect on metamorphosis of epibranchial in

the salamander: ALBERCH, LEWBART &

GALE 88, 71Timing mechanism

for early embryonic development inamphibians: SATOH 89 Supplement,257

Tissue morphogenesisduring caudal fin development in Zebra

fish: DANE & TUCKER 87, 145

Tissue-specificenzyme development in muscle cells

isolated from ascidian embryos: MITA-MIYAZAWA, IKEGAMI & SATOH 8 7 , 1

Tissue typeeffect on cartilage morphogenesis in vitro:

ARCHER, ROONEY & COTTRILL 9 0 , 33

Totipotencyin development of early chick blastoderm:

KHANER, MITRANI & EYAL-GILADI 8 9 , 235Transcription

of rare hnRNAs and maternal RNAs in seaurchins: KLEENE & HUMPHREYS 85, 131

Transferembryo - used to identify origin of cell

populations in mouse placenta: ROSSANT &CROY 86,177

Transferrinsynthesis in human foetal yolk sack and


LUKE & GRAHAM 85, 191synthesis, storage and secretion in mouse

tissues: MEEK & ADAMSON 86, 205

Translational controlrole of intracellular pH and ribosomal

protein in Xenopus oocytes: TAYLOR,ROBINSON & SMITH 89 Supplement, 35

Translocationof eye in Xenopus - fibre pathways in optic

tract: TAYLOR, WILLSHAW & GAZE 85, 225

Transmission ratio distortionin Tcp-1 mutants of mouse: SANCHEZ,

HAMMERBERG & ERICKSON 89, 123Transplantation

of locust sensory neurons - projections andconnections: ANDERSON 85, 207

of pre- and early-primitive-stage mouseembryos: BEDDINGTON 88, 281

of single cells and chordamesodermdevelopment in Xenopus: GIMLICH 89Supplement, 89

Triploidydevelopment of triploidy in Xenopus

triploid embryos: WINKLBAUER &HAUSEN 88, 183

in mouse oocyte - action of phorbolmyristate acetate: NIEMIERKO &KOMAR 90, 171

Xenopus laevis tadpoles - number ofprimordial germ cells: AKITA &WAKAHARA 90, 251

TRITC (tetramethyl rhodamineisothiocyanate)used in study of single cell analysis of

commitment: HEASMAN, SNAPE, SMITH &

WYLIE 89 Supplement, 297Trithorax

gene in Drosophila - role in diversificationof segments: INGHAM 89, 349

Triturus (See Cynopus)Trophectoderm

gynogenetic and parthenogenetic -development in mouse: BARTON, ADAMS,NORRIS & SURANI 90, 267

membrane organization in preimplantationmouse embryos: PRATT 90, 101

mouse - developmental variability inexpanding blastocysts: CHISHOLM,JOHNSON, WARREN, FLEMING &

PICKERING 8 6 , 311Trophoblast

human - synthesis of apolipoproteins andother proteins: SHI, HOPKINS, THOMPSON,HEATH, LUKE & GRAHAM 85, 191

mousedifferentiation from trophectodermal

carcinoma stem cells: DAMJANOV,DAM:[AN0V & ANDREWS 8 6 , 125

genetic, identification of tissues: ROSSANT &CROY 86,177

ts-1 mutant:in axolotl - model system for extragenic

effects: MALACINSKI & BARONE 89

Supplement, 53Tubulin

dynamics of structures in Xenopus laevisoogenesis: PALACEK, HABROVA, NEDVIDEK &

ROMANOVSKY 87, 75role in development of Xenopus: WYLIE,

BROWN, GODSAVE, QUARMBY &

HEASMAN 89 Supplement, 1Tunicamycin

information transfer during embryonicinductions in amphibia: GRUNZ 89Supplement, 349

492 Subject Index

Two-dimensional (2D)gel electrophoresis

of proteins in mouse preimplantationembryos: SANCHEZ & ERICKSON 89,113

subject index - development · subject index 467 acetylcholinesterase (ache) activity distribution...

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