Search results

Page title matches

• Axolotl
  #REDIRECT [[Axolotl Development]]
  33 bytes (3 words) - 16:39, 4 August 2010
• Axolotl Development
  [[File:Axolotl.jpg|thumb|Adult Axolotl]] ...attached to the plants for a further two weeks. Loss or amputation of the axolotl limb leads to the regeneration of the lost limb from trunk tissue, thereby
  17 KB (2,474 words) - 15:51, 26 February 2022

Page text matches

• Axolotl
  #REDIRECT [[Axolotl Development]]
  33 bytes (3 words) - 16:39, 4 August 2010
• Salamander Development
  ...|Normal Plates of the Development of the Salamander Embryo]] and page on [[Axolotl Development]].
  1 KB (140 words) - 11:37, 25 January 2024
• Axolotl Development
  [[File:Axolotl.jpg|thumb|Adult Axolotl]] ...attached to the plants for a further two weeks. Loss or amputation of the axolotl limb leads to the regeneration of the lost limb from trunk tissue, thereby
  17 KB (2,474 words) - 15:51, 26 February 2022
• Site Map
  # [[Axolotl Development|Axolotl]] | [[:Category:Axolotl|Category:Axolotl]]
  8 KB (981 words) - 00:33, 31 July 2018
• Developmental Signals - Pax
  ...Pax3. However, mutation of the axolotl Pax3 paralogue Pax7 resulted in an axolotl phenotype that was similar to those seen in Pax3-/- and Pax7-/- mutant mice
  13 KB (1,827 words) - 09:59, 21 May 2018
• Book - The Frog Its Reproduction and Development 17
  File:Rugh 015.jpg|Prophases of the heterotype division in the male Axolotl. File:Rugh_047.jpg|The maturation divisions in the female (Axolotl)
  13 KB (2,122 words) - 22:52, 26 April 2013
• Book - Outline of Comparative Embryology 2-6
  ...st of the characters in question, and perhaps generally. Thus the familiar axolotl which is the sexually mature, unmetamorphosed Amblystoma is the usual examp Of all the cases undoubtedly the axolotl is the best known. As already stated, Amblystoma tigrinum occurs in two for
  23 KB (3,736 words) - 22:59, 23 April 2017
• Paper - A study of the causes underlying the origin of human monsters 5
  ...Gegenbaur’s Festschrift, II, 1896.</ref> extended Morgan's experiments to Axolotl, thus making it applicable to at least six species of animals. ...astrulation was affected decidedly by the .6 per cent solution of salt; in Axolotl gastrulation remained normal in the .7 per cent solution, the change being
  19 KB (3,240 words) - 01:59, 9 June 2017
• K12 Comparative Embryology
  Other animals, like salamanders ([[Axolotl Development|axolotl]] and newts) are capable of regenerating their entire limb. See the [https:
  17 KB (2,541 words) - 09:21, 21 October 2016
• Book - An Introduction to the Study of Embryology - Appendix A
  Urodela. - (Perennibranckiata), Siren ; (Axolotl) ; (Caducibranchiata), Amblystoma, Triton, Salamandra, Salamandrina, Gyrino
  7 KB (738 words) - 15:21, 19 April 2017
• Book - Vertebrate Zoology (1928) 38
  ...b, male newt in breeding season (Urodele) ; c, Amblystoma (larval form or Axolotl showing the external gills) ; d, frog (Anuran) ; e, Ichthyophis (Gymnophion
  9 KB (1,540 words) - 13:50, 25 April 2015
• Book - Vertebrate Embryology (1913) 4
  Fig. 33.- Prophases of the heterotype division in the male Axolotl. 1, Nucleus of spermogonium or young spermocyte ; 2, Early leptotene ; 3, T ...34. - First maturation division in the male. 2, Salamander, the remainder Axolotl. 1, 2, The heterotypic chromosomes on the spindle (metaphase) ; 3, Anaphase
  62 KB (10,399 words) - 23:06, 17 July 2015
• 1897 Human Embryology - Figures
  49. Section of the segmented ovum of axolotl 68. Ovum of axolotl
  34 KB (5,434 words) - 17:17, 25 October 2015
• Paper - The origin of the vertebrate limb (1912)
  ...es G. and R. Human, comprise 9831 sections; G. Pig, 856; G. Chick, 522; G. Axolotl, 6361; k. Trout, 11,094 : more than 27,000 sections in all.
  72 KB (11,714 words) - 08:41, 10 March 2020
• New 2011
  ...velopment|Cat]], [[Bovine Development|Bovine]] and [[Axolotl Development‎‎|Axolotl]] development pages updated.
  26 KB (3,399 words) - 23:53, 20 August 2013
• Paper - A study of the causes underlying the origin of human monsters 7
  ...frogs and a .7 per cent solution will produce the same kind of monster in Axolotl, he asks whether it is not possible that some similar method is employed by
  22 KB (3,503 words) - 02:09, 9 June 2017
• New
  ...ill]] ([[User talk:Z8600021|talk]]) 05:20, 28 August 2020 (AEST) Updated {{axolotl}} and {{worm}} current research articles and links.
  13 KB (1,646 words) - 00:56, 25 August 2023
• The Works of Francis Balfour 3-19
  Two types worked out by Parker, viz. the Axolotl and the In the Axolotl, which may be taken as the type for the
  75 KB (12,068 words) - 15:11, 26 February 2019
• Term Link
  {{Axolotl}}
  14 KB (1,574 words) - 04:11, 5 July 2022
• The Works of Francis Balfour 3-7
  Anura (all the European species), and in many Urodela (Amblystoma, Axolotl, though not in the common Newt) part of the on Triton, of Bambeke (No. 95) on various species of Triton and the Axolotl, and of
  53 KB (8,528 words) - 14:51, 26 February 2019
• Waddington1956 13
  ...ansplanted eyes of various ages and sizes between different individuals of axolotl, which were fed at different levels. They found that the simple scheme of c ...2, Reeve and Huxley 1945). The eye of one species, A. figrinum (the normal axolotl) is very much faster growing than that of the nearly related species A. pun
  47 KB (8,056 words) - 17:52, 23 November 2019
• Sensory - Taste Development
  ...s in lower jaw or the barbel. Our data, together with previous findings in axolotl, indicate that taste buds are not derived from {{neural crest}} cells in ro
  14 KB (2,010 words) - 16:10, 26 February 2022
• Book - Comparative Embryology of the Vertebrates 4-21
  ...ther females with success. The and F 2 generations suggest that the female axolotl is heterogametic whereas the male is homogametic, with a possible XY or ZW
  56 KB (8,682 words) - 09:31, 12 April 2019
• 1897 Human Embryology 6
  ...mate; see Bellonci, 84.1, Tav. II., for figures showing this |K)int in the axolotl, and O. Schultze, 88.1, for similar figures of Rana fusca. These facts have
  42 KB (6,888 words) - 23:15, 25 June 2015
• Book - Comparative Embryology of the Vertebrates
  ...arynx accommodate respiratory functions. In forms such as Necturus and the Axolotl, external gills function as the principal mechanism of external respiration
  35 KB (5,288 words) - 12:25, 7 September 2018
• Book - Vertebrate Embryology (1913) 3
  '''Fig. 15.-''' Yolk-gvanules. a, Dogfish, b, Axolotl, the smaller from the anmial, the larger from the vegetative hemisphere, c, ...toad) (after King). 2. Bomhinator (a toad) (after Broman). 3. Siredon (the Axolotl). 4. Perca (perch). 5. Eaia (skate). (4 and 6 after Ballowitz.)
  130 KB (21,552 words) - 21:29, 17 August 2015
• Book - A Laboratory Text-Book of Embryology Figures (1903)
  File:Minot1897_fig030.jpg|30. Transverse Section of an Early Stage of an Axolotl (after Bellonci)
  22 KB (3,284 words) - 09:49, 23 June 2016
• Book - The Pineal Organ (1940) 28
  1 The type of this group of tailed amphibians is the Mexican axolotl, which is the permanent larval form of a salamander from the United States,
  22 KB (3,475 words) - 11:43, 7 August 2020
• Paper - 1879 The Morphology of the Vertebrate Olfactory Organ
  In the Axolotl<ref>For the opportunity of investigating the development of the Axololl, I ...ere is no trace of an olfactory lobe. The resemblance between the frog and axolotl is, as might be expected, exceedingly close.
  115 KB (19,345 words) - 10:32, 7 November 2019
• Book - The Frog Its Reproduction and Development 3
  ...:Rugh_015.jpg|thumb|300px|Prophases of the heterotype division in the male Axolotl. (1) Nucleus of spermogonium or young spermocyte. (2) Early leptotene. (3) [[File:Rugh_047.jpg|thumb|300px|'''The maturation divisions in the female (Axolotl).''' (1) First polar spindle with heterotypic chromosomes. (2) Extrusion of
  54 KB (8,731 words) - 09:34, 12 April 2013
• Primordial Germ Cell Development
  ...reformation, in the context of four model vertebrate species: {{mouse}}, {{axolotl}}, Xenopus {{frog}}s, and {{zebrafish}}. We additionally discuss some notab
  24 KB (3,405 words) - 15:56, 26 February 2022
• Paper - Observations on the neural crest of a ten-somite human embryo (1939)
  the neural crests in the Axolotl which show a mid-line arrangement of a considerable extent of the crest mat
  28 KB (4,566 words) - 18:51, 25 June 2020
• Book - The Pineal Organ (1940) Glossary
  ...h) : a tailed amphibian, the permanent larval form of which is the Mexican Axolotl, having a blunt nose. Axolotl : the persistent larva of Amblystoma, which retains its external
  46 KB (7,067 words) - 11:30, 7 August 2020
• Waddington1956 9
  ...o the admixture of the nuclear sap (Fig. 9.1). In some forms (the frog and axolotl) there is also a darker ‘marginal plasm’ which lies in a circle fairly A. The effects of partial rotation of the uncleaved axolotl egg round an axis perpendicular to the dorso-ventral plane. The small arrow
  61 KB (10,358 words) - 16:59, 23 November 2019
• Book - Experimental Embryology (1909) 6
  Axolotl. In this genus the definitive centrosome is formed from observed in the Axolotl,appears also to occur in the Frog: at least
  48 KB (7,107 words) - 04:54, 5 April 2019
• Book - The Frog Its Reproduction and Development 16
  Kopsch, Fr., 1895, Beitrage zur Gastrulation beim Axolotl- und Froschei, Verhandl. d. anat. Gesellsch., 9:181.
  21 KB (2,793 words) - 12:20, 6 April 2013
• Book - The Pineal Organ (1940) 19
  ...median sagittal section of the head of an embryo of Amblystoma punctatum (Axolotl), showing the relations of the paraphysis, par. ; velum, vel. ; and epiphys
  31 KB (5,115 words) - 21:45, 7 August 2020
• Book - Comparative Embryology of the Vertebrates 3-9
  ...he right, presumptive, half brain of a neurula of Ambystoma mexicanum, the axolotl, was removed and inserted into the blastocoel of a midgastrula of Triton ta ...'38, after Spemann, '18.) (A) Induction of a secondary neural plate in the axolotl gastrula by five per cent oleic acid, emulsified in agar-agar. (B) Inductio
  128 KB (19,615 words) - 09:42, 8 September 2018
• Book - The development of the frog's egg (1897) Literature
  '90. fitudes d'embryologie sur les vertebres. L'Axolotl. Archiv de Zool. exper. et gen., (ID), VIII, '90. De ITsle, A.
  27 KB (3,958 words) - 10:25, 28 February 2020
• Paper - The origin of the osteoblast and of the osteoclast (1913)
  ...t reference was made to the animal series, more especially the pig, chick, axolotl, and trout.
  33 KB (5,347 words) - 08:55, 10 March 2020
• Waddington1956 20
  Fragment of a morula of the axolotl, showing the pigmented surface coat. (From Holtfreter 1943.) A, Bare drawings of two stages of exo-gastrulation in the axolotl; the ecto derm lies above, and the endo-mesoderm, instead of moving inside
  116 KB (19,239 words) - 10:56, 2 December 2019
• Book - Text-Book of Embryology 20
  ...le to produce spina bifida at will in some of the lower Vertebrates (frog, Axolotl) by treating the developing eggs with a solution of sodium chlorid (Hertwig ....6 per cent, solution of sodium chlorid (Morgan and Tsuda). If the eggs of Axolotl are treated with a 0.7 per cent, solution of sodium chlorid all the embryos
  69 KB (11,201 words) - 11:22, 27 January 2017
• The cell in development and inheritance (1900) 4
  ...enters the egg (mollusks, insects, nematodes, some annelids, Petromyzon t axolotl, etc.), and in such cases the long flagellum may sometimes be seen coiled w ...m s ( Fl e m min g, Hertwig, Boveri, Wilson, Mathews, Hill, etc.), in the axolotl(Fick) and salamander (Michselis), in the tunicates (Hill), annelids (Foot,
  118 KB (18,458 words) - 08:38, 26 March 2020
• Book - A Laboratory Text-Book of Embryology 2 (1903)
  ...possess interesting information from the study of the ova of the frog and axolotl. In these ova the spermatozoon leaves a trail of pigment, which consists of ...lustrated by Fig. 30, which is a transverse section of a young stage of an axolotl. This may be readily compared with a blastodermic vesicle of a mammal, if w
  152 KB (25,650 words) - 17:04, 27 July 2015
• Book - Comparative Embryology of the Vertebrates 4-14
  ...lete aquatic existence, such as the mud puppy, Necturus maculosus, and the axolotl, Ambystoma rnexicanum. In other adult amphibia which have not renounced a c
  37 KB (5,705 words) - 10:49, 8 September 2018
• Paper - The vascular drainage of the endolymphatic sac and its topographical relation to the transverse sinus in the human
  NETTO F. 1898 Die Entwickelung des Gehororgans beim Axolotl. Dissert. Berlin.
  40 KB (6,509 words) - 10:30, 1 March 2017
• Book - The Works of Francis Balfour 2
  ...ere is an alternation of generations of adult and larval sexual forms. The Axolotl is an intermittent example of the same phenomenon.
  44 KB (7,141 words) - 07:48, 4 March 2019
• 2012 Group Project 3
  |Barlow et al. experimented with Axolotl salamanders and concluded that taste buds from this species arise exclusive
  40 KB (6,039 words) - 18:31, 5 October 2012
• Waddington1956 16
  ...; for instance when melanophores are induced in genetically white or black axolotl tissue. And it is most probable that in other cases, in which no analysis b
  43 KB (7,116 words) - 18:09, 23 November 2019
• Book - Physiology of the Fetus 14
  ...al monthsz at this time extracts serve to bring about metamorphosis in the axolotl, a salamander which normally retains the larval state throughout life.30 Ex
  30 KB (5,142 words) - 17:29, 8 June 2019
• Paper - The segmentation of the primitive vertebrate brain (1890)
  ...arise before the cerebral hemispheres, and in the Dog-fish, Trout, Salmon, Axolotl, Frog, Lizard, Turtle, and Chick their development is fundamentally the sam
  47 KB (7,672 words) - 09:50, 23 December 2019
• Book - Vertebrate Embryology (1913) 6
  Fig. 78 - Formation of the germ-layers in the Axolotl.
  60 KB (10,186 words) - 23:31, 17 July 2015
• 1897 Human Embryology 5
  ...have a section through the middle portion of a young primitive axis of an axolotl, the axis still requiring considerable additions at its hinder end before a
  75 KB (12,715 words) - 23:11, 25 June 2015
• Waddington1956 10
  ...ears later, however, Barth (1941) showed that the gastrula ectoderm of the axolotl (A. punctatum) developed sometimes into neural tissue when isolated in, as On the left, a section of an axolotl gastrula, divided into regions, whose relative respiratory rates in four di
  114 KB (18,592 words) - 17:18, 23 November 2019
• Book - An Introduction to the Study of Embryology 6
  ...t, may, however, become oexually mature while still retaining their gills (Axolotl).
  52 KB (8,432 words) - 16:17, 19 April 2017
• Paper - The extent of the floor-plate of His and its significance (1920)
  STIEDA, L. 1875 Ueber den Bau des centralen Nervensystems des Axolotl. Zeitschr. f. wiss. Zool., Bd. 25 s. 285-310.
  45 KB (7,027 words) - 18:17, 17 May 2020
• Waddington1956 14
  ...es (a and 6), and one (c) showing features of both tail and limb, all from axolotl tails onto which limb-skin has been transplanted. (From Luther 1948.)
  58 KB (9,752 words) - 18:02, 23 November 2019
• Waddington1956 12
  On the left, an axolotl embryo into which a limb-bud has been grafted with its dorso-ventral and an
  65 KB (10,914 words) - 17:40, 23 November 2019
• Book - An Introduction to the Study of Embryology 2
  ...of the European Scorpion, ^and by Ranvier in the division of leucocytes in Axolotl.
  73 KB (11,742 words) - 16:41, 19 April 2017
• The Works of Francis Balfour 3-25
  Axolotl, 142, 143; ovum of, 120; midbrain of, 427; mandibular arch of, 583 Otic process of Axolotl, 583; of Frog, 585 et seq.
  175 KB (23,741 words) - 17:03, 27 February 2019
• Book - Manual of Human Embryology 9
  ...d histolysis. Subsequently Hertwig extended Morgan's sodiima experiment to axolotl. Here the reaction is sharper than in the frog and there is also often anen
  69 KB (11,432 words) - 11:03, 17 June 2017
• Book - Introduction to Vertebrate Embryology 1935-2
  ...metamorphosis, when it becomes a normal Ambystoma tigrinum. Otherwise the axolotl becomes sexually mature in the larval condition (neoteny), and was, therefo Fig. 117. — Metamorphosis in Ambystoma. A, neotenic larva (axolotl). B, metamorphosed adult. (After Diirken.)
  219 KB (35,533 words) - 10:36, 29 March 2019
• Text-Book of Embryology 2-6 (1919)
  ...cases are known of one of the four valves being reiiuced in size (Sz"ren, Axolotl, Triton, Sa.lama./ndm), vestigial (Pqlpa), or_:§i.g6ne entirely (Proteus,
  175 KB (29,268 words) - 11:06, 16 June 2018
• Paper - General Embryological Information Service 1 (1949)
  ...ntrolling development of pigmentation in white and dark strains of Mexican axolotl. Siredon mexicanum. ..., J. R. Quantitative biochemical determination of yolk distribution in the axolotl gastrula. Amblystoma mexicanum. Illb. 2c. c. J.
  374 KB (57,375 words) - 15:01, 9 January 2020
• 1897 Human Embryology - References
  Houssay, F. 90.1. Axolotl. Arch. zool. Ex. et Gen. viii. 143-244. Howell, W. H. 88.1. Blood. New York
  60 KB (8,340 words) - 00:16, 10 June 2016
• Book - An atlas of the fertilization and karyokinesis of the ovum (1895)
  ...milar result has been reached in the case of several other animals; in the Axolotl, by Fick-; in Ascaris, by Boveri-'; in i\\c Annelid C/ia-iopieriis, by Mead
  100 KB (15,876 words) - 13:02, 15 June 2020
• Book - Experimental Embryology (1909) 3
  esculenta) and of the Axolotl in a solution of common salt. In of the egg of the Axolotl, Quart. Jam-n. Min-. Sci. xlviii, 1904.
  148 KB (24,089 words) - 05:21, 5 April 2019
• Book - Vertebrate Embryology (1949) 1
  Fig. 9.—Prophases of the heterotype division in the male Axolotl. From Jenkinson (Vertebrate Embryology). Fig. 10.—First meiotic division in the male. 2. Salamander, the remainder Axolotl. From Jenkinson (Vertebrate Embryology). 1, 2. The heterotypic chromo somes
  210 KB (34,696 words) - 11:57, 24 April 2017
• Book - Chemical embryology 2-6 (1900)
  ...the cladoceran, Daphnia, and this was con 1 An equation for the egg of the axolotl, Amblystoma, can be derived from Dempster's data : yolk water axolotl other purposes
  218 KB (36,414 words) - 19:00, 10 March 2020
• Book - Sex and internal secretions (1961) 1
  axolotl females. J. Exper. Zool., 142, 379-422. axolotl {Siredon or Amhystoma mexicanum).
  310 KB (47,637 words) - 18:17, 18 June 2020
• Book - The Frog Its Reproduction and Development 15
  ...to go through normal metamorphosis. Sexual maturity in larval stage (e.g., axolotl, Necturus).
  100 KB (14,309 words) - 08:45, 7 April 2013
• Paper - The development of the human pharynx
  * 3 Druner clearly describes the epibranchial placodes in the axolotl and recog nized that they contributed to the ganglia of the VIIth,IXth and
  125 KB (19,731 words) - 11:15, 22 January 2020
• Journal of Comparative Neurology 8 (1898)
  ...ere referred to. In the skin of many (probably all) amphibia and reptiles (Axolotl and Phiynosoina) there exists about the cells of Leydig a very complete and ...e tree frog and other Anura and also in the neighborhood of the eye in the axolotl and other tailed Amphibia. In the tree frog, where they most numerous, thes
  869 KB (142,706 words) - 13:12, 18 May 2020
• Book - Text-Book of the Embryology of Man and Mammals 17-2
  The skulls of many Amphibia (Frog, Axolotl) likewise afford the best explanation of the original relation of the cover
  157 KB (24,904 words) - 19:45, 9 July 2011
• Book - Outlines of Chordate Development 3
  Cracovie. 1908. KOPSCH, F., Beitrage zur Gastrulation beim Axolotl- und Froschei.
  181 KB (28,927 words) - 14:55, 31 January 2019
• Vertebrate Embryology - A Text-book for Students and Practitioners (1893) 3
  ...other well-known members, while less familiar examples are afforded by the axolotl of Mexico, the Proteus of the caves of Carniola and Dalmatia, the cryptobra
  255 KB (42,792 words) - 02:20, 7 March 2020
• Text-Book of Embryology 2-1 (1919)
  ...I.ep1Idosteu.s 3. ' Lep'i¢l0s'i7-en 6-5 ~ 7. A'rmTa, 2-5 —- 3 x 2 -—- 2-5. Axolotl 2.
  152 KB (25,226 words) - 10:45, 16 June 2018
• Journal of Morphology 10 (1895)
  ...f he means this to apply to Amphibia in general. Stieda, in his account of Axolotl (59) says : " Die starkste oder die vorderste Vaguswurzel, welche etwa dem in the Axolotl {Siredon). Burckhardt (2) states that these fibers remain only in the larva
  1.02 MB (172,109 words) - 22:05, 21 May 2020
• Journal of Morphology 19 (1908)
  Later Hertwig^ extended Morgan's experiments to Axolotl, thus making it applicable to at least six species of animals. ...astrulation was affected decidedly by the .6 per cent solution of salt; in Axolotl gastrulation remained normal in the .7 per cent solution, the change being
  1.01 MB (172,834 words) - 20:17, 21 May 2020
• Text-Book of Embryology 2-4 (1919)
  ...onad so far identified in Urodeles, as described by Schapitz (1912) for the Axolotl. Fig. A is taken from an embryo in which the protovertebral stalk or nephro
  230 KB (37,621 words) - 10:54, 16 June 2018
• Journal of Morphology 20 (1909)
  ...the external nasal glands and the constrictor and dilatator muscles ; and Axolotl, if indeed this permanent larva is to be considered in this group, is descr ...st, of the so-called Siredons were larval Ambystomas and not super-larvse (Axolotl) that Windischmann correctly described the condition in a transforming indi
  1.27 MB (210,736 words) - 20:21, 21 May 2020
• Journal of Comparative Neurology 33 (1921)
  ...h he admits he has not examined, but on a study of Triton, salamander, and axolotL He thinks that the appearance, which Miss Piatt finds in her preparations, ...s demonstrated the presence of inhibitory fibers only, in the lungs of the axolotl and Necturus, while both inhibitory and motor fibers reach the lungs throug
  872 KB (135,752 words) - 09:36, 19 May 2020
• Book - Sex and internal secretions (1961) 2
  from gonadic preprimordia of A. punctatum implanted in Axolotl females. Proc. Soc. Exper. Biol. & Med., 33, 102-104.
  299 KB (45,531 words) - 19:06, 18 June 2020
• Journal of Comparative Neurology 4 (1894)
  ...ell developed, such as Menopoma, Amphiuma (Osborn '83 and '84, Fig. 4) and Axolotl (Fig. 1). Arching behind them and spreading beyond, into the thalami is a g '75. Ueber den Bau des Centralnervensystems des Axolotl und der Schildkrote. Zeitschr. f. wiss. Zool. Bd. XXV.
  986 KB (157,915 words) - 19:00, 18 May 2020
• Journal of Morphology 2 (1888-89)
  (Axolotl), etc. Also the CaciliidcE, Plethodontidce. DesrnognathidcE, Salamandridce. ...l developed, such as Menopoma, Amphiuma (Osborn, '83 and '84, Fig. 4), and Axolotl, Fig. i. Arching between them and spreading beyond, into the thalami, is a
  1.16 MB (198,322 words) - 21:53, 21 May 2020
• American Journal of Anatomy 30 (1922)
  ...s published by Calori ('50). He found between the bulbae auditoriae of the axolotl a sac containing calcareous matter, extending from the lobi optici over the tions similar to those in the axolotl, the sacci, however, being separate. In salamander, he found that the sacci
  900 KB (143,923 words) - 20:44, 12 August 2020
• Book - The morphology and evolutional significance of the pineal body (1919)
  380 1875 liber den Bau des zentralen Nervensystems des Axolotl.
  440 KB (68,774 words) - 22:43, 27 September 2020
• American Journal of Anatomy 29 (1921)
  ...ear. Champy undoubtedly observed the interstitial cells in both triton and axolotl, and recognized the fact that they do not appear between lobules during the ...('13) describes them in the interstitial cells of the European tritons and axolotl. Their occurrence in interstitial cells, therefore, is probably more or les
  914 KB (143,947 words) - 11:05, 29 March 2020
• Book - Vertebrate Embryology (1949) 2
  in another Urodele, Axolotl. and in an Anuran, the primitive Frog, Fig. 72.~—Maps of young gastrulas of (A and B) Axolotl, a Uroclele, and (C and D) Discoglossus, an Anuran,
  341 KB (55,983 words) - 11:57, 24 April 2017
• American Journal of Anatomy 12 (1911-12)
  tained for the former. Brachet's careful work on the Axolotl and frog, King's on Bufo, as well as Adler's work, all force me to the conc ...near the upper pole. Schultze ('90) would locate the entire embryo of the Axolotl on the upper hemisphere, but an examination of his figures shows that they
  902 KB (147,231 words) - 16:40, 10 August 2019
• Journal of Comparative Neurology 31 (1919-20)
  ...n ('88) also figures the entire brain, with the cerebellum, of the Mexican axolotl, in a study of the internal structure of the brains of various urodeles, an und Reptilien (I. Axolotl; II. Schildkrote). Zeits. fur wiss. Zool.
  848 KB (133,806 words) - 00:29, 26 June 2020
• Journal of Morphology 5 (1891)
  ...mesenteries, instead of vice vers^M An analogous case is presented by the Axolotl, a form deriv( evidently from more highly organized Urodela, but yet becom ...r he followed this with a minute and spirited account of the amours of the Axolotl, worthy of the highest praise.* As pointed out by Zeller, however, Gasco's
  1.03 MB (176,891 words) - 21:58, 21 May 2020
• Journal of Comparative Neurology 9 (1899)
  ...the skin send long fibers into the plexus. Furthermore, in the skin of the Axolotl it is known that such a relation exists between similar cells and the nerve Fig. 16. "Intra vitam methylene blue preparation of skin of axolotl, showing cell of the ganglionic meshwork beneath the corium with the epider
  908 KB (149,160 words) - 17:43, 18 May 2020
• American Journal of Anatomy 1 (1901-02)
  ...n is the case in AUololopliora — and yet the funnel and the sperm aster of Axolotl are undoubtedly homologous to the anterior and posterior sperm asters of AU
  1.08 MB (182,855 words) - 17:22, 26 December 2019
• Book - Manual of Experimental Embryology
  nesc newt, Tr pyrrhegasUr and by Pasteels (1942) using the axolotl doml lew of axolotl (after Pasteels, ipss) Denser brolces lines, netiral plate' less do*
  384 KB (63,306 words) - 14:54, 31 July 2017
• Book - Chemical embryology 1 (1900) 3
  ...s one of the best instances of this phenomenon, the work of Schaxel on the axolotl egg. Here centrifugation caused atypical discoidal cleavage which neverthel ...unsatisfactory. Thus Philipeaux in 1871 observed that the hatching time of axolotl eggs was shortened from 25 to 8 days as warmth increased but he did not tak
  731 KB (118,931 words) - 15:14, 10 March 2020
• American Journal of Anatomy 7 (1907-08)
  ...difference in staining reactions suggests that the inner centrosome in the Axolotl spermatozoon remains in the middle-piece and does not go into the posterior
  1.07 MB (179,916 words) - 10:35, 22 February 2020
• Journal of Morphology 15 (1898)
  ...hort." Similar in the main points is also this process in the Chick, Frog, Axolotl, Triton, and Salmnandra : " Wenn wir uns nun fragen, ob diese Vorgange bei Fick ('93) studied the maturation of the egg of the AxolotL In the germinal vesicle lies a group of nucleoli, which vary in size from 3
  1.55 MB (254,275 words) - 23:19, 21 December 2019
• Anatomical Record 23-24 (1922)
  2. Experiments with Xecturus and axolotl thyroids. W. W. Swingle, Yale 2. Experiments with Necturus and axolotl thyroids. W. W. Swixgle, Yale University. 1. Adult Xecturus were fed large
  1.76 MB (289,617 words) - 09:11, 18 August 2020
• Journal of Morphology 29 (1917)
  ...e oesophagus of Bufo, and by Tschassownikow ('13) in the oesophagus of the axolotl. I am not quite sure whether this difference is due to the materials used o ...the oviduct of the rabbit; (Tschassownikow, '13), in the oesophagus of the axolotl.
  1.08 MB (178,132 words) - 20:52, 21 May 2020
• American Journal of Anatomy 3 (1904)
  ...to a standstill. Woltf, 02, has made somewhat similar experiments upon the axolotl, and concludes that the nervous system does exercise a morphogenetic functi ...er the fusion of the pronuclei. Tick, 92-93, found polyspermy occurring in axolotl, but inconstant. Brans, 95, in triton found the sperm nuclei dividing amito
  1.3 MB (218,910 words) - 19:01, 30 July 2020
• Journal of Comparative Neurology 28 (1917)
  in the axolotl (Amblystoma mexicanum) as a slight but evident und Reptilien (I. Axolotl; II. Schildkrote). Zeits. f. wiss. Zool.,
  1.03 MB (161,260 words) - 02:15, 29 June 2020
• Journal of Morphology 23 (1912)
  The spermatozoon at this time retains practically its normal form. As in Axolotl (Fick, '93) and Bufo (King, '01), the tail is not left behind at the surfac ...the further process of migration. Fick ('93) has described this process in Axolotl, and Dean ('06) has noted it in Chimaera. King ('01) found no indication of
  1.36 MB (225,019 words) - 10:39, 20 December 2019
• American Journal of Anatomy 14 (1912-13)
  (32) DusTiN, A. P. 1911 Le thymus de I'Axolotl. Arch. de. Biol, T. 26.
  834 KB (135,904 words) - 14:12, 12 August 2019
• Journal of Morphology 51 (1931)
  ...ing up of reticulo-endothelial cells, as seen by Wituschinski (’28) in the axolotl heart. One interesting feature is the presence of a number of chromaffin ce WiTUSCHiNSKi, V. 1928 Hamatopoese beim Axolotl iiacb der Milzexstirpatiou. Zeitschr. f. Zellforsch. u. inikr. Anat., Bd. 6
  1 MB (160,781 words) - 13:26, 20 December 2019
• Journal of Morphology 24 (1913)
  Houssay ('93), working with axolotl, believed that the whole vascular endothelium had a segmental origin from t ...ton, he finds nothing to change in his earlier paper, but a short study of axolotl convinced him that it is not possible entirely to exclude the ventral mesod
  1.15 MB (193,074 words) - 20:37, 21 May 2020
• Journal of Morphology 8 (1893)
  ...e " Fovea germinativa" of Max Schultze. This area has been figured for the axolotl Qgg by v. Bambeke ('70), and his figures resemble essentially the fovea of ...early stages of the archenteron, as has been well shown by Houssay for the axolotl. I have observed a similar condition in Dicmyctylus : at the beginning of t
  1.26 MB (212,903 words) - 22:03, 21 May 2020
• Annals of Anatomy 19 (1901)
  Norris, H. W., The Ductus endolymphaticus in the Axolotl. p. 253. ...ucht Embryonen von Scyllium, Pristiurus, Torpedo, Forelle, Lachs, Lophius, Axolotl, Frosch, Kröte, Ringelnatter, Kreuzotter, Blindschleiche, Hühnchen, Maus,
  1.63 MB (248,537 words) - 15:02, 9 August 2020
• Journal of Comparative Neurology 12 (1902)
  Axolotl. Zeitsch. f. wissen. Zool., XXV, 3. '95. Strong, Oliver S. The Cranial Nerv
  837 KB (138,934 words) - 18:02, 18 May 2020
• Journal of Morphology 25 (1914)
  ...y Held ('09) who thinks that the neurilemma cells have a similar origin in Axolotl and Triton. According to Held the neurilemma cells are peripherally emigrat
  801 KB (128,079 words) - 20:44, 21 May 2020
• American Journal of Anatomy 25 (1919)
  ...stoma. This finding is at variance with that of ^Nlaximow^^ in the case of Axolotl.
  910 KB (146,337 words) - 15:26, 27 March 2020
• Journal of Morphology 4 (1890)
  ...arise before the cerebral hemispheres, and in the Dog-fish, Trout, Salmon, Axolotl, Frog, Lizard, Turtle, and Chick their development is fundamentally the sam
  846 KB (140,336 words) - 21:55, 21 May 2020
• Journal of Morphology 9 (1894)
  ...before the cone appears. Fick (5) shows a similar cone-shaped structure in Axolotl, which is undoubtedly of the same nature as that of Allolobophora foetida,
  898 KB (149,266 words) - 17:37, 26 December 2019
• American Journal of Anatomy 19 (1916)
  .... Anat. Anz., Bd. 19. Netto F. 1898 Die P^ntwickelung des Gehororgans beim Axolotl. Dissert. ...its anterior end which Brachet ('95) has termed the 'seconde courbure' in Axolotl the duodenum turns to the right and is continuous with the caudal-extending
  902 KB (146,698 words) - 22:18, 7 January 2020
• Journal of Comparative Neurology 32 (1920-21)
  Stieda, L. 1875 Ueber den Bau des centralen Nervensystems des Axolotl. Zeitschr. f. wiss. ZooL, Bd. 25 s. 285-310.
  824 KB (126,137 words) - 21:51, 18 May 2020
• Journal of Comparative Neurology 5 (1895)
  ...y become indistinguishable. Stieda ('64) states further, that in Amphibia [Axolotl) they do not preserve their large caliber for such a distance as in fishes. ...in is that shown by Stieda for the motor roots of the spinal nerves in the Axolotl ; some of the fibers pass directly dorsad to the ventral horns, a larger nu
  714 KB (115,829 words) - 09:32, 15 May 2020
• American Journal of Anatomy 5 (1906)
  ...er layer tends toward the cleavage of the whole mass of the yolk as in the Axolotl, and the mollnsc Bythinia ientaculata, figured by Weldon.
  1.18 MB (188,085 words) - 17:58, 8 August 2020
• Anatomical Record 2 (1908)
  ...i-diagrauunatic section through the .spiDal cord and adjacent organs of an axolotl embryo. (After Held.)
  955 KB (156,811 words) - 11:40, 2 March 2020
• Annals of Anatomy 18 (1900)
  ...r die Zellenbewegungen während des Gastrulationsprocesses an den Eiern vom Axolotl und vom braunen Grasfrosch. Sitzungsber. d. Gesellsch. Naturf. Freunde zu B ...onefrio, la muscolatura ventrale e la muscolatura degli arti negli Anfibi (Axolotl). — von Kölliker, Ueber Axencjlindertropfen. — von Kölliker, I nervi
  1.62 MB (251,496 words) - 18:58, 12 August 2020
• Journal of Morphology 11 (1895)
  ...y a few cases. Fick ('93) followed its history in the fertilization of the Axolotl egg and found that its Anlage is the middle-piece of the spermatozoon. Foot
  1.46 MB (246,810 words) - 22:06, 21 May 2020
• Journal of Comparative Neurology 18 (1908)
  1 902. 1. Sopra le prime fasi di sviluppo della muscolatura degli arti. II (Axolotl).
  1.43 MB (237,418 words) - 14:27, 8 April 2020
• Anatomical Record 11 (1917)
  ...nation. With the livers of lower vertebrates, namely frogs and amphibians (Axolotl) he was more fortunate. He found the net to be definitely localized to the
  1.24 MB (205,057 words) - 09:43, 29 July 2020
• Annals of Anatomy 1 (1886)
  ...neo, G., Sviluppo e disposizione delle cellule pigmentali nelle larve deir axolotl. Pavia, Stab. tip. succ. Bizzoni. 8". pp. 7. (Estr. dal Bolletino seien tif
  910 KB (131,113 words) - 18:54, 12 August 2020
• Annals of Anatomy 21 (1903)
  ...muscolatura degli arti. 2. Ricerche embidologiche in larve di Amblystoma (Axolotl). (Arti caudali.) 1 Taf. Mem. Accad. Sc. Istol. Bologna, Ser. 5, T. 9. (14
  1.8 MB (277,200 words) - 10:50, 22 November 2020