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SPECIES;  STAGES;V VIEWS;g yN stem cell Stirnorganstomach stomodeal-hypophyseal primordiumsubinterstitial veinsucker superficialsuperficial (epithelial) layersupraorbital lateral linesurface structure suspensoriumsympathetic chaintailtail bud tail region tail somite tail veintarsus taste budT cell telencephalontendontendon fibroblasttestis thymocytethymusthyroidthyroid primordium tibia-fibulatonguetoothtracheatransverse processtrigeminal gangliontrigeminal placodetrunktrunk lateral linetrunk neural crest trunk placode trunk region trunk somitetrunk somite 1trunk somite 10trunk somite 11trunk somite 12trunk somite 13trunk somite 14trunk somite 15trunk somite 16trunk somite 17trunk somite 2trunk somite 3trunk somite 4trunk somite 5trunk somite 6trunk somite 7trunk somite 8trunk somite 9tympanumultimobranchial bodyunicellular gland unspecifiedupper blastopore lip upper jawureterurethraurinary systemurogenital systemurostyleutriclevascular endotheliumvegetalvegetal blastomerevegetal hemispherevegetal part, early involutingvegetal yolk massveinvenous endotheliumventral ventral aortaventral hyoid arch skeletonventral lateral lineventral marginal zoneventral pancreatic budventricular zoneventro-lateralventro-lateral marginal zonevertebral column vestibulevestibuloauditory systemvisceral pouchvisceral pouch 1visceral pouch 2visceral pouch 3visceral pouch 4visceral pouch 5visceral pouch 6viscus visual systemvitelline membranewhole organism xanthophoreXenopus anatomical entity128-cell stage 16-cell stage 2-cell stage 32-cell stage 4-cell stage 64-cell stage 8-cell stageabducens nerveabducent nerve adult kidney AGM region angioblastsanimal ectodermanterior neural plateanusaorta-gonads-mesonephros region aortic arches appendagesascending limbauditory nerveauditory placodeaxial skeletonblastoderm cellbody body partbony labyrinthbranchial archescardiac musclecartilaginous skullchoanaechromaffin cells chromatophorecircumblastoporal regioncloacal chamberCNScochleacoelomcoelomic envelopecommon cardinal vein corpusclecranial gangliacranial nervescranial placodescranial skeletoncranial somitedeep involuting marginal zonedeep layer of neurectoderm dentitiondigestive systemDLPDMZdorsal blastopore lip ear vesicleembryonic germ layerendocrine pancreasentodermepidermis epithelial layerepidermis sensorial layer epiphysis eye anlageeyes facial nervefemale genitalsfertilized eggfifth aortic arch fifth somitefifth visceral archfifth visceral pouchfirst aortic archfirst branchial archfirst visceral archfirst visceral pouch floorplatefourth aortic archfourth branchial archfourth visceral archfourth visceral pouch frontal gland frontal organgangliagasserian ganglia germ layerglomeraglossopharyngeal nerve guanophoregutGVhaematological system head cresthead mesenchymeheart primordiaheart primordiumhematopoietic system hepatic ducthindlimbHSC integumentinterrenal tissueisthmusIVth ventriclelarvalateral diverticulalateral-line organslateral line placodeslateral line stitcheslymphatic vessel macromere male genitals melanocyte mesencephalon mesendodermmesodermal mantle mesonephrosMHB micromeremorulamyotomes nasal placodenephron nerve cellneural crest materialneural ectoderm neurectoderm NF stage 10+NK celloccipital somiteoculomotor nerve oesophagusolfactory nerveopisthonephros optic cup optic nerve organizerorganon vomeronasaleovumpathetic nerveperidermPGCpharyngeal arches pineal organpituitary glandPNSposterior neural plate"presumptive central nervous systemprimary oogoniaprimary spermatogoniaprimitive germ cell proctodaeumprofundus gangliapronephric anlagepronephric bulgepronephric primordiumprosencephalonproximal straight segment radioulna radius-ulnarectal diverticularenal corpuscle renal tubulereproductive systemrhombencephalonRohon Beard cell roofplaterostral lymph sacsaccule sclerotomessecond aortic archsecondary oogoniasecondary spermatogoniasecond branchial archsecond visceral archsecond visceral pouchshoulder girdlesixth aortic archsixth visceral archsixth visceral pouchsomitessomite Wsomite Xsomite Ysomite Zsomitic mesodermsomitogenic mesodermsperm spermatozoaspinal cord floorspinal cord roofstraight distal segmentstratum germinativumsubnotochordal rod$superficial involuting marginal zonetailbudteethtestesthird aortic archthird branchial archthird visceral archthird visceral pouchtrigeminal gangliatrigeminal nervetrigeminus gangliontrochlear nerve trunk crest vagus nervevascular endothelia vasculatureVBIvegetal endodermal coreventral blastopore lipventral blood islandventral lateral plate mesodermviscera visceral archvisceral pouchesVNOvomeronasal organ Wolffian ductzygoteXAO_TERM_SYNONYMS9XL001c18_JoseLuisGomezSkarmeta_1\XL001c18_St18_dorsal.jpgXL001c18FILENAMENCBI_ACCESSIONSPECIESSTAGEANATOMYVIEWXlXt XAO_TERMS NF StagesVIEWS DescriptionbThe period during which tail resorption occurs, covering Nieuwkoop and Faber stage 58 to stage 66.climaxThe period during which toe differentiation and rapid hind limb growth continue, covering Nieuwkoop and Faber stage 55 to stage 57.prometamorphosisbThe period during which limb bud growth occurs, covering Nieuwkoop and Faber stage 45 to stage 54.premetamorphosisunfertilized eggunspecified stage<The stages from Nieuwkoop and Faber stage 29/30 to stage 44. late tailbud9The stages from Nieuwkoop and Faber stage 54 to stage 66.metamorphosing tadpoleNieuwkoop and Faber stage 66; age about 58 days at 22-24 Celsius; corresponding to the following external morphological criteria: Border lines between adult skin areas disappeared. Tail only a very small triangle, no longer visible from ventral side. NF stage 66 Nieuwkoop and Faber stage 65; age about 54 days at 22-24 Celsius; corresponding to the following external morphological criteria: Borderlines between adult skin areas partly disappeared. Tail oblong triangular in dorsal aspect, length abouth one tenth of body length. NF stage 65.Nieuwkoop and Faber stage 64; age about 53 days at 22-24 Celsius; corresponding to the following external morphological criteria: Corner of mouth well behind eye. Various adult skin areas joined almost everywhere, borderlines still clearly visible. Length of tail (from anus) is a third of body length. NF stage 64Nieuwkoop and Faber stage 63; age about 51 days at 22-24 Celsius; corresponding to the following external morphological criteria: Head narrower than trunk. Tentacles mostly disappeared. Corner of mouth at level of caudal border of eye. \"Larval aorta\" and thymus gland no longer externally visible. Operculum closed. Adult skin areas on abdomen and lower jaw separated by narrow band of larval skin. Forelimb at level of anterior half of heart. Fin mostly perforated near anus. Tail still slightly longer than body. NF stage 63Nieuwkoop and Faber stage 62; age about 49 days at 22-24 Celsius; corresponding to the following external morphological criteria: Head still somewhat broader than cranial part of trunk. Tentacles short, straight. N. olfactorius shorter than diameter of bulbus olfactorius. Corner of mouth still in front of eye. Thymus gland somewhat protruding. 3rd arterial arch (\"larval aorta\") seen at distance of its own diameter in front of adult skin area of forelimb. Opening of operculum reduced to curved slit. Forelimb at level of < middle of heart. Anterior border of adult skin area on abdomen entirely sharp, mostly nicked medially. Ventral fin disappeared from abdomen. NF stage 62 Nieuwkoop and Faber stage 61; age about 48 days at 22-24 Celsius; corresponding to the following external morphological criteria: Head narrower. Tentacles considerably shortened, mostly curved backwards. Length of n. olfactorius equal to diameter of bulbus olfactorius. 4th arterial arch seen just in front of adult skin area of forelimb. Openings of gill chambers considerably narrowed. Forelimb at level of posterior half of heart. Adult skin area on abdomen covering posterior half of heart. Fins considerably reduced. NF stage 61Nieuwkoop and Faber stage 60; age about 46 days at 22-24 Celsius; corresponding to the following external morphological criteria: N. olfactorius still longer than bulbus olfactorius. Guanophores appearing on lower jaw (adult skin area). Openings of gill chambers still wide. Distal half of fingers of stretched forelimb extending beyond base of hindlimb; forelimb still situated behind level of heart. Adult skin area of base of forelimb covered with guanophores; anterior border of adult skin area on abdomen sharper, reaching up to heart. NF stage 60Nieuwkoop and Faber stage 59; age about 45 days at 22-24 Celsius; corresponding to the following external morphological criteria: Tentacles beginning to shrivel up. Stretched forelimb reaching down to base of hindlimb. Guanophores appearing near base of forelimb (adult skin area); anterior border of adult skin area on abdomen not yet sharp; appearance of irregular dark spots on back. NF stage 59Nieuwkoop and Faber stage 58; age about 44 days at 22-24 Celsius; corresponding to the following external morphological criteria: Forelimbs broken through. Guanophores appearing on abdomen and thighs (adult skin areas). All three claws present on hindlimbs. NF stage 58,Nieuwkoop and Faber stage 57; age about 41 days at 22-24 Celsius; corresponding to the following external morphological criteria: Pigment-free spot appearing above \"Stirnorgan\". Angle of elbow more than 90 degrees; fingers stretched out in forelimb atrium, their length about 7 times their breadth. NF stage 57%Nieuwkoop and Faber stage 56; age about 38 days at 22-24 Celsius; corresponding to the following external morphological criteria: Elbow and wrist clearly indicated; length of free parts of fingers 3 to 4 times their breadth. Length of cartilages of 4th and 5th toe about 6 times their breadth. NF stage 56TNieuwkoop and Faber stage 55; age about 32 days at 22-24 Celsius; corresponding to the following external morphological criteria: Hand pronated about 90 degrees; free parts of fingers about equally long as broad. Length of hindlimb without foot about 3 times its breadth; length of cartilages of 4th and 5th toe about 4 times their breadth. NF stage 55dNieuwkoop and Faber stage 54; age about 26 days at 22-24 Celsius; corresponding to the following external morphological criteria: All four fingers indicated; edge of hand slightly scalloped between fingers; melanophores appearing on forelimb. Length of hindlimb without foot nearly twice its breadth; all five toes indicated, the second only very slightly. NF stage 54Nieuwkoop and Faber stage 53; age about 24 days at 22-24 Celsius; corresponding to the following external morphological criteria: Fore- and hindlimbs in paddle stage. Hindlimb whithout foot somewhat longer than broad; 4th and 5th toe indicated. NF stage 53Nieuwkoop and Faber stage 52; age about 21 days at 22-24 Celsius; corresponding to the following external morphological criteria: Forelimb bud irregularly conical. Hindlimb bud showing first indication of ankle constriction and first sign of flattening of foot. NF stage 52)Nieuwkoop and Faber stage 51; age about 17 days at 22-24 Celsius; corresponding to the following external morphological criteria: Tentacles much longer. Forelimb bud oval-shaped in lateral aspect. Hindlimb bud conical in shape, its length about 1.5 times its breadth; melanophores appearing on it. NF stage 51 Nieuwkoop and Faber stage 50; age about 15 days at 22-24 Celsius; corresponding to the following external morphological criteria: Forelimb bud somewhat oval-shaped in dorsal aspect. Hindlimb bud longer than broad, constricted at base, distal outline somewhat conical. NF stage 50Nieuwkoop and Faber stage 49; age about 12 days at 22-24 Celsius; corresponding to the following external morphological criteria: Melanophores usually appearing around thymus gland and nerves and blood vessels of head; xantophores appearing on pericard. Forelimb bud distinct. Hindlimb bud somewhat longer, distal outline still circular, no constrictions at base. Melanophores appearing on dorsal and ventral fin. NF stage 49 ASSAY TYPEISHIHCASSAY Nieuwkoop and Faber stage 48; age 7.5 days at 22-24 Celsius; corresponding to the following external morphological criteria: Beginning of pigmentation around n. acusticus. Forelimb bud visible for the first time. Shining gold-coloured abdomen. Hindlimb bud semicircular in lateral aspect. NF stage 485Nieuwkoop and Faber stage 47; age 5 days, 12 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Tentacles larger. Edge of operculum forming quarter of a circle. Xantophores forming opaque layer on abdomen. Intestine showing 2.5 to 3.5 revolutions. Hindlimb bud more distinct. NF stage 47Nieuwkoop and Faber stage 46; age 4 days, 10 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Edge of operculum becoming convex. Xantophores appearing on eye and abdomen. Intestine showing 2 to 2.5 revolutions. Hindlimb bud visible for the first time. NF stage 46Nieuwkoop and Faber stage 45; age 4 days, 2 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Operculum partly covering gills, edge still straight. Intestine spiralized in ventral aspects, showing 1.5 revolutions. Beginning of feeding. NF stage 45NNieuwkoop and Faber stage 44; age 3 days, 20 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Appearance of tentacle rudiments. Opercular folds protruding further. Coiling part of intestine showing S-shaped loop; torsion about 360 degrees. Blood-circulation in gills usually ceased (gills smaller). NF stage 44$Nieuwkoop and Faber stage 43; age 3 days, 15 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Lateral line system becoming visible externally. Cement gland losing its pigment. Torsion of intestine about 180 degrees; proctodeum narrower, arched or S-shaped. NF stage 43Nieuwkoop and Faber stage 42; age 3 days, 8 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Beginning of formation of opercular folds. Torsion of intestine about 90 degrees; proctodeum connected with yolk mass by short horizontal intestinal tube. NF stage 42Nieuwkoop and Faber stage 41; age 3 days, 4 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Gills broader and flatter, more laterally directed. Formation of a left-rostral and a right-caudal furrow in yolk mass; torsion of interjacent part about 45 degrees; formation of conical proctodeum, forming angle of about 60 degrees with tail myotomes. Formation of fin rostral to proctodeum; ventral outline of yolk mass and proctodeum a smooth concave line. NF stage 41aNieuwkoop and Faber stage 40; age 2 days, 18 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Mouth broken through. Length of gills about twice their breadth, posterior one sometimes also showing a branch. Outlines of proctodeum and tail myotomes forming angles of 90 degrees. Beginning of blood circulation in gills. NF stage 40Nieuwkoop and Faber stage 39; age 2 days, 8 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Melanophores appearing around nasal pits. Opening of stomodeal invagination transversely elongated. Melanophores on back arranged in a superfici< al and a deeper layer. Outlines of proctodeum and tail myotomes forming angle of about 135 degrees. Melanophores appearing along ventral edge of tail musculature. NF stage 39Nieuwkoop and Faber stage 37 and 38; age 2 days, 5 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Stomodeal invagination much deeper, opening round. Both gill rudiments nipple-shaped, a branch of the anterior one indicated. Posterior outline of proctodeum straight, forming very obtuse angle with ventral border of tail myotomes. Melanophores spreading over tail.NF stage 37 and 38Nieuwkoop and Faber stage 35 and 36; age 2 days, 2 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Stomodeal invagination roundish. Eye entirely black, choroid fissure nearly closed. Formation of two gill rudiments, anterior one nipple-shaped. Melanophores appearing on back. Posterior outline of proctodeum still curved. Length of tail bud about three times its breadth. Beginning of hatching.NF stage 35 and 36Nieuwkoop and Faber stage 33 and 34; age 1 day, 20 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Stomodeal invagination a shallow vertical groove. Dorsal part of eye more pigmented than ventral part; distinct melanophores in dorsal part. Melanophores appearing dorsally on the head and laterally in a row extending from just below the pronephros backwards. Length of tail bud about twice its breadth. Beginning of heart beat.NF stage 33 and 34Nieuwkoop and Faber stage 32; age 1 day, 16 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Eye cup horse-shoe-shaped, standing out distinctly. Length of tail bud about 1.5 times its breadth. NF stage 32Nieuwkoop and Faber stage 31; age 1 day, 13 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Tail bud equally long as broad. NF stage 31Nieuwkoop and Faber stage 29 and 30; age 1 day, 11 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Gray eye cup showing through for the first time. Fin transparent up to the base over its whole length. Tail bud distinct.NF stage 29 and 30Nieuwkoop and Faber stage 28; age 1 day, 8 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Fin extending up to anus. Fin broadened and distinctly divided into outer transparent and inner translucent band. NF stage 28Nieuwkoop and Faber stage 27; age 1 day, 7 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Lateral flattening of eyes. Fin transluscent, except for region behind anus. Tail bud formation accentuated in lateral outline. NF stage 27CNieuwkoop and Faber stage 26; age 1 day, 5 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: otic vesicle protruding. Pronephros distinctly visible. Myotomes showing through for the first time. Fin somewhat broadened at dorso-caudal end of body. Beginning of spontaneous movements. NF stage 26.Nieuwkoop and Faber stage 25; age 1 day, 3 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Eyes protruding equally far or further laterally than gill-area. Gill-area grooved. Invagination of otic vesicle indicated by pigment spot. Beginning of fin formation. NF stage 25eNieuwkoop and Faber stage 24; age 1 day, 2 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Eyes protruding less far laterally than gill-area. Gill-area more prominent than jaw-area, gill-area not yet grooved. Ventral outline of embryo nicked. Tail bud discernible. Initial motor reactions to external stimulation. NF stage 24Nieuwkoop and Faber stage 23; age 1 day, 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Jaw- and gill-areas completely separated by groove. Ventral outline of embryo more concave. NF stage 23aNieuwkoop and Faber stage 22; age 24 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Distinct protrusion of eyes. Initial groove between jaw- and gill-areas only at latero-dorsal side. Lateral and ventral outlines of embryo slightly concave. Anal opening displaced to ventral side. Vitelline membrane becoming wider. NF stage 22Nieuwkoop and Faber stage 21; age 22 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Suture of neural tube completely closed. Delimitation of frontal field by pigment lines. Primary eye vesicles showing through in the form of two separate, obliquely placed oval spots; beginning of protrusion of eyes. Lateral outline of embryo just becoming concave, ventral outline flat. NF stage 212Nieuwkoop and Faber stage 20; age 21 hr 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Neural folds fused, suture still present. The two eye anlagen showing through dumb-bell-shaped, eyes hardly protruding. Beginning of stretching of embryos. Lateral outline flat. NF stage 20dNieuwkoop and Faber stage 19; age 20 hr 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Initial neural tube stage. Neural folds touching each other, except for inconstant openings at anterior and posterior end and behind nucal region. Considerable lateral extension of brain. Lateral outline of embryo still convex. NF stage 19KNieuwkoop and Faber stage 18; age 19 hr 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Neural groove stage. Anterior part of neural plate narrow, more or less club-shaped, often narrower towards rostral end. Parallel neural folds in trunk region very close to each other, not yet touching. NF stage 18Nieuwkoop and Faber stage 12.5; age 14 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Small yolk plug stage. Future position of neural plate and median groove indicated by darker pigment lines. Yolk plug usually ovoid, variable in size. NF stage 12.5rNieuwkoop and Faber stage 11.5; age 12 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Large yolk plug stage. Blastopore groove closed ventrally; yolk plug not yet quite circular. At ventral side concentrated superficial pigment still visible. Diameter of yolk plug about a third of diameter of egg (plus or minus 40 degrees). NF stage 11.5'Nieuwkoop and Faber stage 10.5; age 11 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Crescent-shaped blastopore stage. Blastopore groove angular. Vegetal field slightly decreased in size, ventral border of future yolk plug indicated by pigment contraction. NF stage 10.5Nieuwkoop and Faber stage 10.25; age 10 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Early gastrula stage. First formation of dorsal blastopore groove; groove still straight.NF stage 10.25Nieuwkoop and Faber stage 6.5; age 3 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Morula stage. About 48 blastomeres. In animal view about 6 micromeres along meridian. NF stage 6.5Nieuwkoop and Faber stage 2-; age 1 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Beginning of first cleavage. First cleavage groove has not yet reached vegetal pole. NF stage 2-8Nieuwkoop and Faber stage 17; age 18 hr 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Late neural fold stage. Anterior part of neural plate oblong triangular, angles formed by eye anlagen. Neural folds approaching each other from blastopore up to anterior trunk region. NF stage 17Nieuwkoop and Faber stage 16; age 18 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Mid neural fold stage. Anterior part of neural plate rectangular; darkly pigmented eye anlagen present; neural plate sharply constrict< ed in the middle. Inner ridges on neural folds forming angle of about 90 degrees with neural plate in rhombencephalic region. NF stage 16sNieuwkoop and Faber stage 15; age 17 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Early neural fold stage. Presumptive cement gland faintly circumscribed. Anterior part of neural plate roundish. Neural folds distinct, except medio-rostrally; initial formation of sharp inner ridges on neural folds in rhombencephalic region. NF stage 15cNieuwkoop and Faber stage 14; age 16 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Neural plate stage. Cerebral part of neural plate bent downwards, with median elevation at rostral end of median groove. Initial elevation of neural folds, most pronounced in future nucal region. Blastopore always slit-shaped. NF stage 14+Nieuwkoop and Faber stage 13; age 14 hr 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Slit-blastopore stage. Neural plate faintly delimited; slight elevation of its rostral part and slight flattening of its caudal part. Caudal part of median groove formed. NF stage 13;Nieuwkoop and Faber stage 12; age 13 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Medium yolk plug stage. Yolk plug circular; diameter somewhat less than one fourth of diameter of egg (plus or minus 25 degrees). More and less pigmented fields radiating from yolk plug. NF stage 12bambi-AL881640-21.jpgAL881620 heart, brainSYMBOLbambi001c12-28-lat.jpg TEgg001a21Nieuwkoop and Faber stage 11; age 11 hr 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Horse-shoe-shaped blastopore stage. Blastopore groove surrounding about half of future yolk plug and indicated at its ventral side; future yolk plug often rounded rectangular, slightly elongated in dorso-ventral direction, diameter more than two-fifths of diameter of egg (plus or minus 50 degrees of circumference). NF stage 11Nieuwkoop and Faber stage 10; age 9 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Initial gastrula stage. First indication of blastopore only by pigment concentration. No formation of groove. NF stage 10;Nieuwkoop and Faber stage 9; age 7 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Fine-cell blastula stage. Animal cells smaller at dorsal than at ventral side. Border between marginal zone and vegetative field distinct, particularly dorsally, owing to difference in cell size. NF stage 9\Nieuwkoop and Faber stage 8, 128-cell embryo; age 5 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Medium-cell blastula stage. Surface not yet entirely smooth. Border of animal pigment cap more diffuse at dorsal than at lateral and ventral sides. Gradual transition in cell size from animal to vegetative pole. NF stage 8Nieuwkoop and Faber stage 7, 64-cell embryo; age 4 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Large-cell blastula stage. In animal view about 10 micromeres along meridian. NF stage 7Nieuwkoop and Faber stage 6; age 3 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Advanced thirty-two cell stage. Distinction between dorsal and ventral micromeres as in preceding stage.NF stage 6 (32-cell)Nieuwkoop and Faber stage 5; age 2 hr 45 min at 22-24 Celsius; corresponding to the following external morphological criteria: Advanced sixteen cell stage. Dorsal micromeres distinctly smaller and less pigmented than ventral ones. Macromeres entirely separated by cleavage grooves.NF stage 5 (16-cell) Nieuwkoop and Faber stage 4; age 2 hr 15 min at 22-24 Celsius; corresponding to the following external morphological criteria: Advanced eight cell stage. Dorsal micro- and macromeres usually smaller than ventral ones; dorsal micromeres less pigmented than ventral ones.NF stage 4 (8-cell)*Nieuwkoop and Faber stage 3; age 2 hr at 22-24 Celsius; corresponding to the following external morphological criteria: Advanced four-cell stage. Second cleavage groove has reached vegetal pole. In animal view dorsal blastomeres usually smaller than ventral ones; the latter darker than the former.NF stage 3 (4-cell)@'Any of the developmental stages from fertilization to feeding.'embryonic stageNieuwkoop and Faber stage 2; age 1 hr 30 min at 22-24 Celsius; corresponding to the following external morphological criteria: Advanced two cell stage. First cleavage groove has reached vegetal pole. Ventral side of blastomeres darker than dorsal side.NF stage 2 (2-cell)4The stage of being a sexually immature adult animal.juvenileQThe stage of being a fully formed animal, following Nieuwkoop and Faber stage 66.adult'The stages from feeding to the end of metamorphosis. Encompasses Weisz''s first-form tadpole (equivalent to NF stages 45 to 49), second-form tadpole (NF 49 to 56) and third-form tadpole (NF 56 to 60-plus) stages.'tadpole'Any of the developmental stages from Nieuwkoop and Faber stage 20 to stage 44 (feeding), including the beginning of hatching (NF stage 35/36).' tailbud stage'The stages from Nieuwkoop and Faber stage 13 to stage 21, during which the future nervous system appears as a thickened plate in dorsal ectoderm, the plate then rolling up at its sides to form a tube.'neurulaB'The stages from Nieuwkoop and Faber stage 10 to stage 12.5, during which gastrulation takes place, with a proportion of cells migrating below the surface of the embryo to form two inner layers (endoderm and mesoderm) and the cells which remain outside spreading over the whole surface of the embryo to form the ectoderm.'gastrula'The stages from 2-cell to 64-cell embryo, during which the zygote undergoes synchronous divisions into 2, 4, 8, 16, etc. blastomeres.'cleavage{'The stages from 64-cell embryo to Nieuwkoop and Faber stage 9, during which the solid morula acquires an internal cavity.'blastula9The stages from Nieuwkoop and Faber stage 22 to stage 28. early tailbudNieuwkoop and Faber stage 1; age 0 hr; corresponding to the following external morphological criteria: One cell stage, shortly after fertilization. Pigmentation darker ventrally than dorsally. NF stage 1The end of the animal's life.death SECTIONALSectionSagittalFrontalOther Transverse UndefinedWholeVentralDorsalAnterior Posterior PanoramicLateralAnimalVegetalabdominal myoblastacellular anatomical structureadipose tissueadrenal cortex adrenal glandadrenal medullaadult immune systemalimentary systemamphibian papillaanatomical clusteranatomical directionanatomical entity in vitroanatomical groupanatomical regionanatomical siteanatomical spaceanatomical structureanatomical systemanimalanimal blastomere animal capanimal cap inner layeranimal cap outer layeranimal hemisphereanimal part, late involutinganterioranterior cardinal veinanterior lymph heartanterior lymph sacanterior neural foldanterior neural tubeanterior palatine arteryaorta aortic arch aortic arch 1 aortic arch 2 aortic arch 3 aortic arch 4 aortic arch 5 aortic arch 6 appendageappendicular skeletonarchencephalic region archenteronarchenteron floorarchenteron roofarteria iliaca communisarterial endotheliumarteria mesenterica posteriorarteria subclaviaarteryauditory apparatusauditory ossicle auditory tubeaxial mesoderm basal laminabasilar papillaB cell bile duct biliary treebladder blastocoelblastocoel anlageblastocoel roof blastomere blastoporeblastopore lipblood blood island blood vesselbone bone marrow bottle cellbrain#braincase and otic capsule skeletonbranchial archbranchial arch 1branchial arch 2branchial arch 3branchial arch 4branchial arch skeletonbranchial arch skeleton 1< branchial arch skeleton 2branchial arch skeleton 3branchial arch skeleton 4branchial crestbronchus capillarycapillary system of livercardiac mesodermcardiac ventricle cardinal veincardiovascular systemcarpus cartilage caudal arterycaudal lateral line caudal veincaudal vertebracavitated compound organcell cement glandcement gland primordiumcentral endodermcentral nervous systemcephalic nerve cerebellumcerebral arterycervical vertebrachoanachondrocranium chondrocytechordal neural platechordoneural hingechoroid fissure ciliary bodyciliary marginal zone ciliated cellcirculatory systemcircumblastoporal collarclawcloacacoeliaco-mesenteric arterycoelomic epitheliumcoelomic filter chambercoloncompound organcompound organ component conjunctivacorneacortexcranial ganglion cranial nervecranial nerve Icranial nerve IIcranial nerve IIIcranial nerve IVcranial nerve IXcranial nerve Vcranial nerve VIcranial nerve VIIcranial nerve VIIIcranial nerve Xcranial neural crestcranial placodecraniumdeepdeep (mesenchymal) layerdental epithelium dermal systemdermatocranium dermatomedermisdeuterencephalic region diencephalondigitdistaldorsal dorsal aorta dorsal findorsal hyoid arch skeletondorsal lateral linedorsal lateral plate regiondorsal lymph spacedorsal marginal zonedorsal pancreatic bud dorso-lateraldorso-lateral marginal zonedorsolateral placodeduct of Cuvierduodenumearly distal tubuleearly proximal tubule ear placodeectodermeggelastica externaembryoembryonic structureendocardial tube endocardiumendocrine systemendoderm endomesodermepibranchial placode epicardium epidermisepidermis inner layerepidermis outer layerepithelial body epitheliumequatorial belt esophagusexocrine pancreasexternal carotid artery external ear external gillexternal jugulareyeeye primordium eye vesicle facial musclefasciculated network of fibrilsfat bodyfemale genitaliafemale organismfemur fibroblastfinfirst pancreatic bud floor plate follicle cellfollicle layer forebrain fore digitfore epipodiumforegutforelimb forelimb budforelimb regionforelimb skeletonfore mesopodiumfore metapodiumfore propodiumfourth ventriclefused heart primordium gall bladdergametegangliongasserian ganglion gastric vein genital ridgegenital system germ cellgerminal vesiclegerm line cell germ plasmgill primordiumglobeglomeral mesenchyme glomerulusglomerusglomusgonadgustatory systemgut epitheliumhatching glandhead head endoderm head mesoderm head region head somite head somite 1 head somite 2 head somite 3 head somite 4hearthematological systemhematopoietic stem cell hepatic veinhepato-pancreatic duct hindbrain hind digithind epipodiumhindgut hind limb hind limb budhindlimb regionhind limb skeletonhind mesopodiumhind metapodiumhind propodiumhumerus hyoid archhyoid arch skeleton hyoid cresthyomandibular lateral linehypobranchial placode hypochordhypophyseal primordium hypophysisileum immune systeminfraorbital lateral line$infraorbital lateral line primordium inner ear inner finintermediate mesoderminternal carotid arteryinternal jugularinterrenal vein intestineinvoluted dorsal mesoderminvoluted ventral mesoderminvoluting marginal zone)involuting marginal zone epithelial layer*involuting marginal zone mesenchymal layer iridophoreirisIslets of LangerhansJacobson's organjointKeller explantlagenalarge intestine larval aortalarval immune systemlarval structurelarynxlate distal segmentlate proximal tubulelaterallateral line placodelateral line systemlateral plate mesodermlateral postcardinal vein left atriumleft channel of ventral aortaleft spleen primordiumlens lens placodelimblimb budliverliver and biliary systemliver diverticulumliver parenchyme loop of Henlelower blastopore lip lower eyelid lower jawlunglung primordiumlymphatic system lymphocyte lymph vesselmale genitalia male organismmandibular archmandibular crest marginal zonemarginal zone (sensu neural)Meckel's cartilagemedialmedial abdominal veinmedial cardinal veinmedulla oblongata melanophoremembranous labyrinth mesenchyme mesenterymesodermmesonephric collecting ductmesonephric ductmesonephric early distal tubule!mesonephric early proximal tubulemesonephric kidneymesonephric late distal segment mesonephric late proximal tubulemesonephric mesenchymemesonephric nephronmesonephric sinusmesonephric tubule metacarpus metatarsusmidbrainmidbrain-hindbrain boundary middle earmiddle lateral linemidgutmitochondrial aggregatemouthmouth primordiumMullerian ductmulti-tissue structuremusclemusculoabdominal veinmusculoskeletal systemmyoblast myocardiummyocoelic slitmyotomemyotome of head somite 1myotome of head somite 2myotome of head somite 3myotome of head somite 4myotome of trunk somite 1myotome of trunk somite 10myotome of trunk somite 11myotome of trunk somite 12myotome of trunk somite 13myotome of trunk somite 14myotome of trunk somite 15myotome of trunk somite 16myotome of trunk somite 17myotome of trunk somite 2myotome of trunk somite 3myotome of trunk somite 4myotome of trunk somite 5myotome of trunk somite 6myotome of trunk somite 7myotome of trunk somite 8myotome of trunk somite 9 nasal pitnatural killer cell nephrostomenervenervous system neural crest neural fold neural groove neural plate neural tube neurocoel neurocranium neuroectodermneuroectoderm inner layerneuroectoderm outer layerneuronnon-involuting marginal zonenostril notochordnotochordal epitheliumnotochordal sheath notoplateoccipital lateral lineoccipital regionoccipitovertebral arteryolfactory apparatusolfactory organolfactory placodeolfactory regionolfactory systemomphalomesenteric veinoocyteopthalmic artery optic stalk oral cavityoral epitheliumoral evaginationorbital regionorganism subdivisionosseous labyrinth otic placode otic region otic vesicle outer finovaryoviductpancreas parathyroidparaxial mesodermpectoral girdle pelvic girdleperipheral nerveperipheral nervous system peritoneumperivitelline spacepharyngeal archpharyngeal cavitypharyngeal epithelium pigment cell pigment layer pineal glandpodocyte polar body portal veinportion of connective tissueportion of tissue post-anal gutpostcranial axial skeleton posteriorposterior cardinal veinposterior lymph heartposterior neural tubeposterior palatine arteryposterior vena cavaposterior wall of NECpre-chordal neural plateprechordal platepresacral vertebrapresomitic mesodermprimary germ layerprimary oogoniumprimary spermatogoniumprimordial germ cell primordium proctodeumprofundus ganglionpronephric capsulepronephric ductpronephric kidneypronephric mesenchymepronephric nephronpronephric nephron segment S1pronephric sinus pronephrosproximalpulmonary veinpupilpyloric sphincter radio-ulnaRathke's pouchrectal diverticulumrectumrenal distal convoluted tubule renal proximal convoluted tubulerespiratory systemretina retinal layer right atriumright channel of ventral aortaright spleen primordiumRohon-Beard neuron roof platesacculussacral vertebrasclerasclerotomal cartilagesclerotomal mesenchyme sclerotomesclerotome of head somite 4sclerotome of trunk somite 1sclerotome of trunk somite 10sclerotome of trunk so<mite 11sclerotome of trunk somite 12sclerotome of trunk somite 13sclerotome of trunk somite 14sclerotome of trunk somite 15sclerotome of trunk somite 16sclerotome of trunk somite 17sclerotome of trunk somite 2sclerotome of trunk somite 3sclerotome of trunk somite 4sclerotome of trunk somite 5sclerotome of trunk somite 6sclerotome of trunk somite 7sclerotome of trunk somite 8sclerotome of trunk somite 9secondary oogoniumsecondary spermatogoniumsecondary vesselsecond pancreatic budsemicircular canalseminiferous tubulesensorial layersensorial layer of neurectodermsensory system simple organskeletal muscleskeletal systemskinsmall intestine smooth musclesolid compound organ'somatic layer of lateral plate mesodermsomite spermatid spermatocyte spermatozoonsperm entry pointsphenoid region spinal cordspinal cord neuronspinal ganglion spinal nerve*splanchnic layer of lateral plate mesodermsplanchnocraniumspleen ]. //7/y0(11eU22~31G445166d@77~ y8( !9 9f x:' : ;: < <\$==]+>>??'@@eABBywC&(D}D,FI.QeX h]aSfpmty ~!Ð39 GrӨv3v08{3s:\'Ch~+Pdz;`:.Sضp { 4 7 1V ӻ Gl%Qvw,Q#Pu*,),Q~ 2<a%}<|}~+,ccB ـ u  dMbP?_*+%&?'?(?)?M\\samba.cpsc.ucalgary.ca\bioC odXXLetterDINU"L5aSMTJHP LaserJet 2100InputBinOption1RESDLLUniresDLLOrientationPORTRAITResolutionOption1PaperSizeLETTEREconomodeOption1RETOption1HalftoneHT_PATSIZE_AUTO"dXX??&U} 7} } } } } `} }  }        @D BE B @F G H I  @ B C J  =        K          K  <~p~>@7 #REQUIREDUThis is the species of the specimen in the image. Value must be either 'Xl' or 'Xt'.)The value you entered is not 'Xl' or 'Xt'# NOT REQUIREDbThis is the NCBI accession name of the cDNA clone used to create the probe for this in situ image.d nG  NOT REQUIREDThis is a comma delimited list of all anatomy items for which expression is visible in this image. The anatomy terms should be valid Xenopus Anatomy Ontology terms. (See sheet 'ANATOMY'.)[The anatomy term you entered is invalid, see sheet 'ANATOMY' for a list of valid XAO terms.# NOT REQUIREDThis is the Xenopus specimen view displayed in the image. Ex. lateral, dorsal etc. See sheet 'VIEWS_SECTIONAL' for valid combinations.YThe view you entered is not valid, see sheet 'VIEWS_SECTIONAL' for a list of valid views.id#he) REQUIREDImage filename, preceded by file path of any folders that are unique to this image. Ex. If all images are stored in C:\Images\, then only the filename is required. If images are subdivided in to folders by clone, then the clone folder name is required.r li'# NOT REQUIREDThis field indicates if the specimen in the image is a whole organism or has been sectioned or dissected. Value must be 'Whole' or 'Section', see sheet 'VIEWS_SECTIONAL' for valid combinations.1The value you entered is not 'Whole' or 'Section'.## NOT REQUIREDfThis is the Nieuwkoop and Faber developmental stage at which the image was taken. (See sheet 'STAGES')]The stage you entered is not a valid NF stage, see sheet 'STAGES' for a list of valid values. v#u  NOT REQUIREDVThis is the Xenopus symbol for the gene under investigation in this expression study.  'AG#REQUIREDjThe assay type being used in the image: In situ hybridization (ISH), Immunohistochemistry (IHC), or other.0The value you entered is not a valid assay type. s#TA Sheet1ggD ـ WV  dMbP?_*+%&?'?(?)?"??ty&U} } ZW      @M @O                                                              Dl !"#$%&'()*+,-./0123456789:;<=>?   ! ! " " # # $ $ % % & & ' ' ( ( ) ) * * + + , , - - . . / / 0 0 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 : : ; ; < < = = > >~ ?} ?|Dl@ABCDEFGHIJKLMNOPQRSTUV @{ @z Ay Ax Bw Bv Cu Ct Ds Dr Eq Ep Fo Fn Gm Gl Hk Hj Ii Ih Jg Jf Ke Kd Lc Lb Ma M` N_ N^ O] O\ P[ PZ QY QX RW SV TU TT US UR VQ VP24>@8887~ StagesTValid Nieuwkoop and Faber stages for use in 'STAGE' column of 'IMAGE_MAPPING' sheet.y HCJ DescriptionA description of the stage.sen ggD ـ h> ^"(-`26p;?DIMRV([_8dh*i  dMbP?_*+%&?'?(?)?"??ip&U} @} `      @L @A A Ag A Ah A Ai A Aj A Ak A Al A Am A An A Ao A Ap A Aq A  Ar A! As A" At A# Au A$ Av A% Aw A& Ax A' Ay A( Az A) A{ A* A| A+ A} A, A~ A- A A. A A/ A A0 A A1 A A2 A A3 ADl !"#$%&'()*+,-./0123456789:;<=>? A4 A !A5 !A "A6 "A #A7 #A $A8 $A %A9 %A &A: &A 'A; 'A (A< (A )A= )A *A> *A +A? +A ,A@ ,A -AA -A .AB .A /AC /A 0AD 0A 1AE 1A 2AF 2A 3AG 3A 4AH 4A 5AI 5A 6AJ 6A 7AK 7A 8AL 8A 9AM 9A :AN :A ;AO ;A <AP <A =AQ =A >AR >A ?AS ?ADl@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_ @AT @A AAU AA BAV BA CAW CA DAX DA EAY EA FAZ FA GA[ GA HA\ HA IA] IA JA^ JA KA_ KA LA` LA MAa MA NAb NA OAc OA PAd PA QAe QA RAf RA SAg SA TAh TA UAi UA VAj VA WAk WA XAl XA YAm YA ZAn ZA [Ao [A \Ap \A ]Aq ]A ^Ar ^A _As _ADl`abcdefghijklmnopqrstuvwxyz{|}~ `At `A aAu aA bAv bA cAw cA dAx dA eAy eA fAz fA gA{ gA hA| hA iA} iA jA~ jA kA kA lA lA mA mA nA nA oA oAO pA pA qA qA rA rA sA sA tA tA uA uA vA vA wA wA xA xA yA yA zA zA {A {A |A |A }A }A ~A ~A A ADl A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A ADl A A A A A A A A A A A A A A A A A A A A A A A A A A  A A  A A  A A  A A  A A A A A A A A A A A A A A A A A A A A< A A A A A A A A A ADl A A A A A A A A A A  A A! A A" A A# A A$ A A% A A& A A' A A( A A) A A* A A+ A A, A A- A A. A A/ A A0 A A1 A AV A A2 A A3 A A4 A A4 A A5 A A6 A A7 A A8 A A9Dl A A: A A; A A< A A= A A> A A? A A@ A A A A A A A A A A A A A A A  A  A  A  A  A A A A A ADl      A A A A A A A A A A A A A  A! A" A# A$ A% A& A' A( A) A* A+ A, A- A. A/ A0 A1 A2 A3D@l !"#$%&'()*+,-./0123456789:;<=>? A4 !A5 "A6 #A7 $A8 %A9 &A: 'A; (A< )A= *A> +A? ,A@ -AA .AB /AC 0AD 1AE 2AF 3AG 4AH 5AI 6AJ 7AK 8AL 9AM :AN ;AO <AP =AQ >AR ?ASD@l@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_ @AT AAU BAV CAW DAX EAY FAZ GA[ HA\ IA] JA^ KA_ LA` MAa NAb OAc PAd QAe RAf SAg TAh UAi VAj WAk XAl YAm ZAn [Ao \Ap ]Aq ^Ar _AsD@l`abcdefghijklmnopqrstuvwxyz{|}~ `At aAu bAv cAw dAx eAy fAz gA{ hA| iA} jA~ kA lA mA nA oA pA qA rA sA tA uA vA wA xA yA zA {A |A }A ~A AD@l A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A AD@l A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A AD@l A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A AD@l A A A A A A A A A A A A A A A A A A A A A A  A  A  A  A  A A A A A AD@l      A A A A A A A A A A A A A  A! A" A# A$ A% A& A' A( A) A* A+ A, A- A. A/ A0 A1 A2 A3D@l !"#$%&'()*+,-./0123456789:;<=>? 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IMAGE_MAPPINGSTAGESANATOMYVIEWS_SECTIONALOh+'0SHPdt  Peter VizejarabekMicrosoft Excel@v(@zb;GS60 ) &" WMFCM% ``9l-V EMF`9&T 0F, EMF+@``F\PEMF+"@ @ $@ 0@?!@ @     !" !" !  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'' ' ,.~}h- ~}h ~}h-""- @ !"-""#- @ !""-33#- @ !"3-DD#- @ !"D-UU#- @ !"U-ff#- @ !"f-ww#- @ !"w-#- @ !"-#- @ !"-#- @ !"-#- @ !"-#- @ !"-.- @ !--- @ !-- @ !---- @ !--  @ !"- ~}h-#- @ !#-""- @ !"-Verdana-  2 1 2 #2 2 43 2 E4 2 V5 2 g6 2 x7 2 8 2 9 2 10 2 11 2 SA 2 B 2 C "System-'- ,.# Verdana- 2 &VIEWSa   2  SECTIONAL  --'- ,3.##-- 2 #%Ventralr ----2 #Wholea ---'- ,.#-'- ,D.4#-- 2 4%Dorsal ----2 4Wholel ---'- ,.#-'- ,U.E#-- 2 E%Anterior ----2 EWholei ---'- ,.#-'- ,f.V#-- 2 V% Posterior----2 VWholei ---'- ,.#-'- ,w.g#-- 2 g% Panoramic ----2 gWholei ---'- ,.#-'- ,.x#-- 2 x%Lateralr----2 xWholea ---'- ,.#-'- ,.#-- 2 %Animal  ----2 Wholel ---'- ,.#-'- ,.#-- 2 %Vegetalr ----2 Wholea ---'- ,.#-'- ,.#-- 2 %Othera ----2 Wholea ---'- ,.#-'- ,.#-- 2 %Frontalr----2 Wholea ---'- ,.#-'- ,.-  -"-- @ ! "-"""-- @ ! ""-3"3-- @ ! 3"-D"D-- @ ! D"-U"U-- @ ! U"-f"f-- @ ! f"-w"w-- @ ! w"-"-- @ ! "-"-- @ ! "-"-- @ ! "-"-- @ ! "-"-- @ ! "-""- @ !"-- @ !-- @ !---- @ !---'- ,.#-'- ,.-   -.- @ !.-- @ !-' ANAT_SYNANATOMYASSAYSECTIONSPECIESSTAGESVIEWS  Worksheets Named Ranges F&Microsoft Office Excel 2003 WorksheetBiff8Excel.Sheet.89qCompObjsr