literatur

Die Arbeiten sind alphabetisch entsprechend den einzelnen Textabschnitten geordnet. Am Anfang des literaturverzeichnisses finden sich Arbeiten von allgemeiner Bedeutung, die fortlaufend numeriert sind. Titel aus diesem Abschnitt des literaturverzeichnisses sind im Text mit der Nummer zitiert.

Allgemeine Literatur

[0] Friede, R. L.: Topographic brain chemistry. New York: Acade­m ic Press 1966.

[1] Hess, W. R.: Hypothalamus und Thalamus. Stuttgart: Georg Thieme 1956.

[2] Huber, G. c., E. C. Crosby, R. T. Woodburne, L. A Gillilan, J. O. Brown, and B. Tamthai: The mammalian midbrain and isthmus regions. I. The nuclear pattern. J. compo Neurol. 78, 133-534 (1943).

[3] Jacobsohn, S.: Sequence of myelinization in the brain of the albino rat. J. compo Neurol. 121,5-29 (1963).

[4] Jasper, H. H., and C. A Ajmone-Marsan: A stereotactic atlas of the diencephalon of the cat. National Research Council of Canada, Ottawa 1954.

[5] Kappers, A, G. C. Huber, and E. B. Crosby: The comparative anatomy of the nervous system of vertebrates including man. 1936. Nachdruck New York: Hafner 1960.

[6] Kuhlenbeck, H.: The human diencephalon. Basel: S. Karger 1954.

[7] Longo, V. G.: Electroencephalographic atlas for pharmacologi­cal research. Effect of drugs on the electrical activity of the rabbit brain. Amsterdam: Elsevier Publ. 1961.

[8] Meessen, H., u. J. Olszewski: Cytoarchitektonischer Atlas des Rautenhirns des Kaninchens. Basel: S. Karger 1949.

[9] Monnier, M., u. H. Gangloff: Atlas fUr stereotaktische Hirnver­suche am wachen Kaninchen. Rabbit brain research I. Amsterdam u. New York: Elsevier 1961.

[10] Olszewski,J:. The thalamus of Macaca mulatta. Basel: S. Kar­ger 1952.

[11] Ramon y Cajal: Histologie du systeme nerveux de I'homme et des vertebres. Paris 1909-1911. (2 Bd. Madrid 1955. Nach­druck des Institutio Ramon y Cajal.)

[12] Riley, H. A: An atlas of the basal ganglia, brainstem and spinal cord. New York: Hafner 1960.

[13] Rose, J. E.: The ontogenetic development of the rabbit's dience­phalon. J. compo Neurol. 77, 61-129 (1942).

[14] Sawyer, C. H., J. W. Everett, and J. D. Green: The rabbit dience­phalon in stereotactic coordinates. J. compo Neurol. 101, 801 (1?54).

[15] Vogt, c.: Etude sur la myelinisation des hemispheres cerebraux, 72 p. Paris: G. Steinheil1900.

[16] Wahren, W.: Das Zwischenhirn des Kaninchens. J. Hirnforsch. 3, 143-242 (1957).

[17] Winkler, c., and A. Potter: An anatomical gUide to experi men­tal researches on the rabbit's brain. Amsterdam: Versluys 1911.

[18] Winkler, c., and A. Potter: An anatomical gUide to experimen­tal researches on the eat's brain. Amsterdam: Versluys 1914.

[19] Zeman, W., and J. R. M. Innes: Craigie's neuroanatomy of the rat. New York: Academic Press 1963.

22 Gerhard. Atlas

I. Makroskopische Anatomie, GefoBversorgung

Beer, G. R. de, and J. H. Woodger: The early development of the skull of the rabbit. Phil. Trans. B 218,373-414 (1948).

Bensley, B. A.: Practical anatomy of the rabbit. Toronto University Press 1931 und Neuauflage 1945.

Bonin, G. von: Brain weight and body weight of mammals. J. Gen. Psychol. 16, 379-389 (1937).

Brodmann, K.: Uber den allgemeinen Bauplan des Cortex pallii bei den Mammaliern und zwei Rindenfelder im besonderen. Zu­gleich ein Beitrag zur Furchenlehre. J. Psychol. u. Neurol. 6, 275 (1905/06).

Brummelkamp, R.: Das Wachstum der Gehirnmasse mit kleinen Cephalisierungssprungen (sog. V2-Sprungen) bei den Roden­tiern. Acta Neerlandica Morph. Norm. et Path. 2, 188-194 (1939).

Connolly, C. J.: External morphology of the primate brain. Spring­field, III.: C. Thomas 1950.

Craigie, E. H.: Siehe Zeman und Innes [19]. Donaldson, H. H., and Sh. Hatai: On the weight of the parts of the

brain, and on the percentage of water in them according to brain weight and to age, in albino and wild Norway rats. J. compo Neurol. 53,263-307 (1931).

Dubois, E.: Uber die Abhongigkeit des Hirngewichtes von der Kor­pergroBe bei den Sougetieren. Arch. Anthrop. 25, 1-28 (1897).

Feremutsch, K.: Thalamus, S. 1-226 in Bd. II der Primatologia, Hand­buch der Primatenkunde, herausgeg. von H. Hofer, A. H. Schultz u. D. Starck. Basel: S. Karger 1963.

Flatau, E., u. L. Jacobsohn: Handbuch der Anatomie und vergleichen­den Anatomie des Zentralnervensystems der Sougetiere. Berlin: S. Karger 1899.

Fleischhauer, K.: Uber GefoBpaare im Gehirn der Katze. Z. Zell­forsch. 53, 323-330 (1961).

Freese, W.: Verg leichende osteologische U ntersuchu ngen u ber das Kopfskelett von Cavia cobaya und Lepus caniculus, ein Beitrag zur Osteologie der Nagetiere. Diss. Tierorztl. Hochschule Hanno­ver 1922.

Friede, R. L.: A histochemical atlas of tissue oxydation in the brain­stem of the cat. Basel and New York: S. Karger 1961.

Gangloff, H., u. M. Monnier: Bestimmung der elektrischen Erregbar­keit von Cortex, Diencephalon und Rhinencephalon beim Ka­ninchen (kombinierte Reiz- und Ableittechnik fur physiologisch­pharmakologische Untersuchungen). Pflugers Arch. ges. Phy­siol. 261, 421 (1955).

Gerhard, L., H. Meessen u. G. Veith: Normale Anatomie und allge­meine Pathologie des Nervensystems. In: Pathologie der Labo­ratoriumstiere, herausgeg. von Cohrs, Jaffe u. Meessen. Berlin­Gottingen-Heidel berg: Springer 1958.

Gillilan, L. A., and W. R. Markesbery: Arteriovenous shunts in the blood supply of some common laboratory animals - with special attention to the Rete mirabile conjugatum in the cat. J. compo Neurol. 121, 305-312 (1963).

169

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Haller, B.: Yom Bau des Wirbeltiergehirns. Teillli. Mus, nebst Be­merkungen uber das Hirn von Echidna. Morph. Jb. 24, 347-477 (1900).

Haller v. Hallerstein, V.: AuBere Gliederung des Zentralnerven­systems. In: Handbuch der vergleichenden Anatomie der Wir­beltiere, herausgeg. von Bolk, Goppert, Kallius u. Lubosch, Bd. II, 5.1-318. Berlin u. Wien: Urban & Schwarzenberg 1934.

Horde, K. W.: Furchenausbildung und cytoarchitektonische Fel­der im KaninchengroBhirn. Z. Anat. Entwickl.-Gesch. 116, 157-167 (1951).

Haug, H.: Bedeutung und Grenzen der quantitativen MeBmethoden in der Histologie. Med. Grundlagenforsch. 4, 299-344 (1962).

Herre, W., u. H. Stephan: Zur postnatalen Morphogenese des Hirnes verschiedener Haushundrassen. Morph. Jb. 96, 210-264 (1956).

Jungklaas, F. K., u. H. Orthner: Quantitative Hirnforschung. Zbl. allg. Path. path. Anat. 101, 128---138 (1959).

Koppers, A.: Die vergleichende Anatomie des Nervensystems der Wirbeltiere und des Menschen, Bd. I u. II. Haarl.em 1920/21.

- G. C. Huber, and E. Crosby: The comparative anatomy of the nervous system of vertebrates, including man. New York: McMillan 1936.

Krause, W.: Die Anatomie des Kaninchens. Leipzig: Wilhelm Engel­mann 1884.

Landau, E.: Zur Frage der Hirnfurchung. J. Psychol. Neurol. (Lpz.) 30,201-207 (1924).

Landing, H. A.: Beitrage zur Altersanatomie des Kaninchenskeletts. Upsala Lak.-Foren. Forh. 28, (1928).

Latimer, H. B., and P. B. Sawin: The weight of the brain, of its parts and the weight and the length of the spinal cord in the rabbit (race x). J. compo Neurol. 103, 513-540 (1955).

Levine, C. J., H. C. Mann, I. A. Hodge, and o. Du Pont: Distribution of body weight in the organs and tissues of the rabbit. Proc. Soc. expo BioI. (N.Y.) 47, 318-321 (1941).

Moffat, D. B.: 5iehe Zeman u. Innes. Monnier, M., u. H. Gangloff: Atlas fur stereotaktische Hirnversuche

am wachen Kaninchen. Amsterdam: Elsevier Publ. Co. 1961. -, et H. Laue: Technique de derivation des activites electriques cor­

ticales et souscorticales pendant la stimulation du diencephale chez Ie lapin. Helv. physiol. pharmacol. Acta 2, 73 (1953).

Olszewski, J.: The thalamusof Macaca mulatta. An Atlas for use with the stereotaxic instrument. Basel and New York: S. Karger 1952.

Papez, J. W.: Comparative neurology. New York: Thomas 1929. Pilleri, G.: Beitrage zur vergleichenden Morphologie des Nagetier­

gehirnes. Acta anat. (Basel) 39, Suppl. 38, 124 S. (1959). Prolo, D. J., and D. L. Stilwell: Arterial supply of the diencephalon

and some associated areas of the rabbit brain. J. compo Neurol. 119,229-254 (1962).

Rose, J. E., and C. N. Woolsey: Organisation of the mammalian tha­lamus and its relationship to the cerebral cortex. Electroenceph. clin. Neurophysiol. 1, 455 (1949).

Rose, M.: Histologische Lokalisation der GroBhirnrinde bei kleinen Saugetieren (Rodentia, Insectivora, Chiroptera). J. Psychol. u. Neurol.19, 391-479 (1912).

- Zytoarchitektonischer Atlas der GroBhirnrinde des Kaninchens. J. Psychol. Neurol. (Lpz.) 43, 353-440 (1931).

-, u. S. Rose: Zur Projektion der GroBhirnrindenfelder auf den Kaninchenschadel. J. Psychol. Neurol. (Lpz). 45, 264-276 (1933).

Sanides, F.: Architektonische und funktionelle Differenzierung des Stirnhirns. Nervenarzt 34,159-168 (1963).

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Sawyer, C. H., J. W. Everett, and J. D. Green: The rabbit diencephalon in stereotactic coordinates. J. compo Neurol. 101, 801 (1954).

Sholl, D.: The quantitative investigation of the vertebrate brain and the applicability of allometric formula to its study. Proc. roy. Soc. B 135, 243-258 (1948).

170

Simon, E.: Vordere und mittlere Schadelgrube bei Laboratoriums­tieren. I. Mitt. Acta anat. (Basel) 22, 97-127 (1954).

Spatz, H., R. Diepen u. V. Gaupp: Beitrag zur Anatomie des Infun­dibulum und des Tuber cinereum beim Kaninchen. Klin. Wschr. 1947, 127-128; Dtsch. Z. Nervenheilk. 158, 229-268 (1948).

Stephan, H.: Die Anwendung der Snellschen Formel h=ksp auf die Hirn-Korpergewichtsbeziehungen verschiedener Hunderassen. Zool. Anz. 153, 15-27 (1954).

- Die quantitative Zusammensetzung der Oberflachen des Allo­cortex bei Insectivoren und Primaten. Proc. 2nd Internat. Meet­ing of Neurobiologists. Amsterdam: Elsevier Publ. Co. 1960.

- Methodische 5tudien uber den quantitativen Vergleich architek­tonischer Struktureinheiten des Gehirns. Z. wiss. Zool. 164, 144-172 (1960).

Treff, W. M.: GroBenbestimmung der Nervenzellen und Gliazellen im Caudatum mediale bei unterschiedlicher Schnittdicke. J. Hirnforsch. 6, 123-136 (1963).

Trendelenburg, W.: Methodik der Physiologie des Zentralnerven­systems von Wirbeltieren. In: Abderhalden, Handbuch der bio­logischen Arbeitsmethoden, Abt. V, Teil 5 B. Berlin: Urban & Schwarzenberg 1923.

Tsukamoto, T.: Studien uber die Entwicklung des normal en Kanin­chens. Mitt. Path. Inst. Niigata, Japan 1927, Heft 11,1.

Vogt, 0.: Furchenbildung und architektonische Rindenfelderung. J. Psychol. Neurol. (Lpz.) 29, 438 (1923).

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Wetzel, G.: Hirnwindungen und Brodmann-Vogtsche Felder in ihren gesetzmaBigen BeZiehungen. J. Psychol. Neurol. (Lpz.) 29, 434-437 (1923).

Whitehouse, R. H.: The dissection of the rabbit. London: University Press 1933.

Winkler, c., and A. Potter: An anatomical gUide to experimen­tal researches on the rabbit's brain. Amsterdam: Versluys 1911.

Wiinscher, W., W. Schober u. L. Werner: Architektonischer Atlas vom Hirnstamm der Ratte. Leipzig: S. Hirzel 1965.

Wirtz, K.: Studien uber die Cerebralisation: Zur quantitativen Be­stimmung der Rangordnung bei Saugetieren. Acta anat. (Basel) 9,134-196 (1960).

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Zietzschmann, 0.: Unterscheidungsmerkmale des Schadels von Ha­sen und Kaninchen. Z. Fleisch- u. Milchhygiene 15, (1914).

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II. Material und Methoden

Brodal, A.: Modification of Gudden method for study of cerebral localization. Arch. Neurol. (Chic.) 43, 46 (1940).

Colmant, H. J.: Ergebnisse der Enzymhistochemie am zentralen und peripheren Nervensystem. Fortschr. Neurol. Psychiat. 29, 61-124 (1961).

Cox, A.: Ganglienzellschrumpfung im tierischen Gehirn. Beitr. path. Anat. 98, 399-409 (1936/37).

Feremutsch, K.: Die individuelle Variabilitat cytoarchitektonischer Strukturen und ihre Bedeutung fur die cytoarchitektonische Me­thode. Schweiz. med. Wschr. 19, 20 (1944).

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Funktionseinheiten

1. Limbisches System und Rhinencephalon

a) Allgemeine Literatur Akert. K .• u. P. Hummel: Anatomie und Physiologie des limbischen

Systems. 31 S. Basel.: Hoffmann-La Roche 1963. Allison. A. c.: The structure of the olfactory bulb and its relationship

to the olfactorys pathways in the rabbit and the rat J. compo Neurol. 98. 309-353 (1953).

-. and R. T. T. Warwick: Quantitative observations on the olfac­tory system of the rabbit. Brain 72. 186-197 (1949).

Berry. C. M .• W. D. Hagamen. and J. C. Hinsey: Distribution of po­tentials following stimulation of olfactory bulb in den cat. J. Neurophysiol. 15. 139-148 (1952).

Blackstad. T. W.: Commissural connections of the hippocampal region in the rat. with special reference to their mode of termi­nation. J. compo Neurol. 105.417-537 (1956).

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Brodal. A.: The amygdaloid nucleus in the rat. J. compo Neurol. 87. 1-16 (1947).

Calleja. c.: La region olfactoria del cerebro. Madrid 1893. Clarke. W. E. Le Gras: The projection of the olfactory epithelium on

the olfactory bulb in the rabbit. J. Neurol. Neurosurg. Psychiat. 14.1 (1951).

22*

Cragg. B. G.: Olfactory and other afferent connections of the hippo­campus in the rabbit. rat and cat. Exp. Neurol. 3. 588--600 (1961).

Crosby. E. c.. and T. Humphrey: Studies of the vertebrate telence­phalon. J. compo Neurol. 71. 121-213 (1939).

Daitz. H. M .• and T. P. S. Powell: Studies of the connections of the fornix system. J. Neurol. Neurosurg. Psychiat. 17. 75-82 (1954).

Eide/berg. E .• J. C. White. and A. B. Brazier: The hippocampal arou­sal pattern in rabbit. Exp. Neurol. 1.483-490 (1951).

Groth. W.: Der Ursprung der Riechzellenneuroblasten und ihre erste Entwicklung bis zur Ausbildung der Riechnervenanlage beim Kaninchen. Z. mikr.-anat. Forsch. 43. 207 (1938).

Johnson. T. N.: Studies on the brain of the guinea pig. I. The nuclear pattern of certain basal telencephalic centers. J. compo Neurol. 107.353-378 (1957).

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Kaada. B. R .• E. W. Rasmussen. and O. Kveim: Effects of hippocampal lesions on maze learning and retention in rats. Exp. Neurol. 3. 333-355 (1961).

Klaver. H .• and P. C. Bucy: "Psychic blindness" and other symptomes following bilateral temporal lobectomy in rhesus monkey. Amer. J. Physiol. 119. 352-353 (1937).

Kreiner. G.: Bulbus olfactorius der weiBen Ratte (Topographie unci Myeloarchitektonik). Z. Anat. Entwickl.-Gesch. 102. 232-245 (1934).

Loa. Y. T.: The forebrain of the opossum (Didelphys virginianae). J. compo Neurol. 52. 1-148 (1931).

MacLean. P. D.: The limbic system ("visceral brain") in relation to central gray and reticulum of the brainstem. Evidence of inter­dependence in emotional processes. Psychosom. Med. 17. 355-366 (1955).

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Mitte/strass. H.: Vergleichend-anatomische Untersuchungen uber den Mandelkern der Saugetiere. Z. Anat. Entwickl.-Gesch. 106. 717-738 (1937).

Molina. F. de. and R. W. Hunsperger: Central representation of affec­tive reactions in forebrain and brainstem. Electrical stimulation of Amygdalae. Stria terminalis and adjacent structures. J. Phy­siol. (Lond.) 145. 251-265 (1959).

Nauta. W. J. H.: An experimental study of the fornix system in the rat. J. compo Neurol. 104. 247-271 (1956).

Sanides. F.: Die Insula terminales des Erwachsenengehirns des Men­schen. J. Hirnforsch. 3. 243-273 (1957).

Scalia. F.: Some olfactory pathways in the rabbit brain. J. compo Neurol. 126. 285-310 (1966).

Schreiner. L.. and A. Kling: Rhinencephalon and behaviour. Amer. J. Physiol. 184. 486 (1956).

Sgonina. K.: Zur vergleichenden Anatomie der Entorhinal- und Prae­subicularregion. J. Psychol. Neurol. (Lpz.) 48.56-163 (1938).

Smith. R. W .• and L. E. White jr.: The fiber-architectonics of the cat hippocampal formation. J. compo Neurol. 123. 11-27 (1964).

b) Septumkerne Andy. J. 0 .• and H. Stephan: The nuclear configuration of the Septum

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Brady. J. V .• and W. J. H. Nauta: Subcortical mechanism in emotional behaviour: the duration of affective changes following septal and habenular lesions in the albino rat. J. Compo Physiol. Psychol. 48. 412 (1955).

Brockhaus. H.: Zur feineren Anatomie des Septums und des Stria­tums. J. Psychol. u. Neurol. 51. 1-56 (1942).

Clark. W. E. Le Gras. and M. M=yer: The terminal connections ofthe olfactory tract in the rabbit. Brain 70. 304-328 (1947).

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Feremutsch, K.: Thalamus. In: Primatologia, Hdbch. d. Primaten­kunde. Basel: S. Karger 1964.

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6. Hypothalamus

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7. Das mesencephale Hohlengrau

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8. Ependym und subependymore Strukturen

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9. Optisches System

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Sachverzeich n is

Bei vergleichend-anatomischen Arbeiten stellt die Nomenklatur ein besonderes Problem dar. weil nur fiir den Menschen bis jetzt ein Teil der neuroanatomischen Strukturen eine einheitliche Be­nennung erfahren hat. Eine vollstandige Obernahme der fiir die Human-Anatomie giiltigen Bezeichnungen erscheint jedoch ins­besondere fiir kleinere Saugetiere nicht moglich. da hierbei eine Homologie von Strukturen unterstellt wird. die entweder gar nicht besteht oder noch nicht gesichert ist. Soweit als moglich sind im Text und im Stichwortverzeichnis die Synonyma aufgefiihrt. Die nach der Pariser Nomenklatur und der 3. Auflage der Nomina anatomica 1965 giiltigen Bezeichnungen sind durch einen Stern gekennzeichnet. Insbesondere aus der alteren literatur muBten einzelne Namen iibernommen werden. deren sprachliche Exakt­heit zweifel haft ist. die aber noch nicht entbehrt werden konnten.

Adhaesio interthalamica* s. Massa intermedia Alveus A 37.39.128 Ansa lenticularis A.len 25. 33. 39. 131 Area commissurae posterioris A.c.p 53.55.71.75.77.79.167 - filiformis Fil 27-43.81.89.91.142 - gliosa subventricularis mesencephali D.Cr 57-65. 69-79.

113.151 - insularis 13.15 - paranigralis s. Area ventralis medialis mesencephali - praecentralis A.prc 15 - praetectalis Prt 41-55.69-79.89.91.166 - supracommissuralis posterior 8 - tegmenti Forel1 HI 39. 43. 45. 163 - tegmenti Forel 2 H2 43.45.163 - ventralis medialis mesencephali Pan 47-57.89.91.95.164 Aquaeductus cerebri* (Sylvii) 3.51-65.69-79

Brachium colliculi anterioris B.C.A 53.69-73.154 (Br.Coll.ant. 53)

- - posterioris B.C.P 7. 57-65. 161 - conjunctivum B.C 8.115.162 - pontis B.P 8.63.65.85.115 Bulbus olfactorius 4. 5 Bulla tympanica 1

Capsula externa* C.e 13-21.25.79.97.99 - extrema C.ex 15.17.99 - interna* c.; 13-35.69-73.77-83.93-99.131 Centrum semiovale* C.O 8.13-17.21.25 Cerebellum* 5 Chiasma opticum* Ch 6.19-25.89-91.105.151 Claustrum* C/ 13-19.97 Colliculus anterior ColI.ant 7-9. 51-65. 69-77. 89-99.

154-155 - -. Stratum zonale 01/10 59-65.69-71.89-95.154 - -. Stratum griseum superficiale O2/1 b 59-65.69-71.

89-95. 154 - -. Stratum medullare superficiale b/2 59-65.69-71.

89-95. 154 - -. Stratum intermedium c/3 59-65.69.71.89-95.155

Comparative studies in Neuroanatomy are especially difficult regarding the nomenclature since only for man a general agree­ment has been established regarding a certain part of the neuro­anatomical structures. To use all of these names valid for man is not possible especially in smaller mammals because it would imply a homology of structures which either does not exist or is still not proofed. In the text and in the index we have used as far as pos­sible the different existing names of certain structures. All those names included in the Nomenclature of Paris (1955) and in the third edition of the Nomina Anatomica 1965 are marked by a star. Especially from the older papers names had to be used which are doubtful concerning their latin but could not yet be omitted.

Colliculus anterior. Stratum profundum d/4 59-65.69-71. 89-95. 155

- posterior ColI.post 3.7-963.65.69-81. 89-95.113.115. 158

- -. pars dorsolateralis dl 1.13 - -. pars dorsomedialis dm 113 - -. pars ventrolateralis vi 113 - -. pars ventromedialis vm 113 - -. zona corticalis zc 9.113 - -. zona medullaris zm 9.113 Columna fornicis* C.Fo 21-43.81-85.89.91.128 Commissura anterior C.a 3.13-21.25.81.83.89-93.99.

127-128 - -. pars anterior c.a.a 15.17.83.91 - -. pars posterior c.a.p 15.17.21.25.83.91.99 - colliculi anterioris Com.ColI.ant 57-65.69.71.91.155 - - posterioris Com.ColI.post 8.71.113.161 - dorsalis lemnisci lateralis C.Le.d 83. 160 - fornicis* C.F 21-25.39-43.69-79.91.93.128 - - (dorsalis) C.F.d 39-43.91.93.128 - - (ventralis) C.F.v 21-25. 69-79. 91. 93. 128 - habenularum* Com.hab 3.8.47.69.71.125 - mamillaris Com.M 43.126 - posterior* c.p 3. 8. 49-55. 73-79. 89. 91. 167 - -. pars anterior c.p.a 73-77 - -. pars posterior c.p.p 73-77 - supraoptica ventralis c.P.V 25.105.152 - - dorsalis C.S.D 25.105.153 Corona radiata* C.rad 13-19.25.99 Corpus amygdaloideum* Am 23-39.49.97.99 - callosum* C.C 13-21.33.39.41.43 - geniculatum laterale* G.g.l 7.8.41-49.69-83.97.99.153 - - -. subnucleus dorsalis G.g.l.d 41-45.49.71.75.77.81.

83. 97. 99. 153 - - -. subnucleus dorsalis. pars ex G.g.l.ex 69. 71. 75. 77. 153 - - -. subnucleus ventralis G.g.l.v 41-45.49.81.83.97.99.

153 - - -. subnucleus ventralis. partes 1-3 1.2.3 41-45.49.153 - - mediale* G.g.m 7-9.47-57.79-83.97.99.111.159 - - -. subnucleus dorsalis G.g.m.d 51-57.97.99.111.159

181

Sachverzeichnis

Corpus geniculatum mediale, subnucleus dorsalis, pars dorso­medialis d2 et pars caudo-Iateralis d1 53, 97, 99, 111, 159

- - -, subnucleus ventralis G.g.m.v 51-55,83,97,99,111, 159

- - -, subnucleus ventralis, pars centralis G.g.m.v.c 51-55, 111, 159

- - -, subnucleus ventralis, pars intermedialis G.g.m.v.i 51-55,111,159

- - -, subnucleus ventralis, pars magnocellularis G.g.m.v.mc 83,111,159

- - -, subnucleus ventralis, pars medialis G.g.m.v.m 51-55, 159

- - -, subnucleus ventralis, pars ventralis G.g.m.v.v 51, 53, 57,111,159

- mamillare* C.M 3,5,6,41, (43),45,47,85,89,91,105, 125-126

- -, subnucleus lateralis C.M./41, 45, 105, 125-126 - -, subnucleus medialis C.M.m 41,45,47,89,91,105,

125-126 - pineale* Ep 4,53-61,65 - ossis maxillaris 1 Crista mandibulae oralis 2 - occipitalis externa 1 Crus cerebri* P.C 5,6,31,35-53,57-65,85,93--99,132

Oecussatio brachii conjunctivi D.B.C 59-65, 91, 162 - massae intermediae D.m.i 39,43,138 - - -, pars dorsalis D.m.i.d 39 - - -, pars ventralis D.m.i.v 39 - peduncularum cerebellarium superiorum* s. Decussatio

brachii conjunctivi - supramamillaris D.SM 47,126,162 - tegmenti dorsalis D.tg.d 61, 167 - tegmenti ventralis D.tg.v 55, 61, 162 "Dorsal crest" s. Area gliosa subventricularis mesencephali

Epiphysis cerebri s. Corpus pineale

Fasciculus descendes optici F.D.O 93,152,153 (Tractus optici accessorii)

- lenticularis F.len 33, 131 - longitudinalis dorsalis* F.I.d 47,55,61,63,79,91,149 - longitudinalis medialis* F.I.m 59-65, 81, 83, 89, 91, 115,

167 - mamillotegmentalis* TG 43, 85, 91, 129 - medialis telencephali MB 15,17,21,25,29,33,39,85,

93, 146 - pyramidalis s. Tractus corticospinales - subcallosus F.sc 17-21, 25, 33, 39 Fila olfactoria* 5 Fimbria hippocampi* Fi.hi 27,29,33--43,69,77,89-99,128 Fissura rhinalis F.rhin 4,5, 7, 13--16 - -, pars anterior F.rhin.a 7,13--16 - -, pars posterior F.rhin.p 4, 5 Foramen interventriculare* 3 - infraorbitale 2 - jugulare* 1 - magnum* 1 - mentale* 2 - palatinum 1 Fornix* 3, 8, 128 Fornix praecommissuralis F.prc 15,79,128 (F.pr 79) - superior F.sup 25,128 Fossa intercruralis s. Fossa interpeduncularis* F.ic 49, 85 - masseterica 2 Fundus striati F.str 13,16-19,130,134

Ganglion geniculatum laterale s. Corpus geniculatum laterale* - - mediale s. Corpus geniculatum mediale* Genu corporis callosi* 3

182

Globus pallidus* Pal 19-33,81,83,97,99,131 Griseum centrale pontis s. Substantia grisea centra lis pontis - - (mesencephali) s. Substantia grisea centra lis mesencephalii - intercolliculare Gr.ic 113,158

Habenula* s. Nucleus habenulae Hemispherium cerebelli* 4 Hippocampus* Hi 7, 27-45, 49, 51, 71, 85, 89-99, 128 Hypophysis* 5 Hypothalamus anterior, pars lateralis H.I 23-39, 85, 141 - -, pars medialis H.m 23-39,85,91,105,141 - -, regio anterior Ha, pars medialis (m) et pars lateralis (I)

19,21,142 - posterior H.p 41-45,89,105,141

Impressio frontalis xx 4,15,118 - pseudosylvii 5, 118 Incisura supraorbitalis posterior 1 Infundibulum* Inf 89,141 Insulae Calleja CA 13,15,101

Lamina medullaris anterior (Ventriculus quartus) L.m.a.lV 73--77,81,113,115

- - dorsalis thalami L.m.d.th 27,29,33,79,140-141 - - interna thalami L.m.i.fh 39, 43, 77, 79, 140-141 - - intraganglionaris L.m.ig 41-45, 97, 99, 140-141 - - lateralis pallidi L.m.l.p 25, 29,33,131 - - - thalami L.m.l.th 29, 33, 37, 79, 83, 93, 99, 140-141 - - paramediana thalami L.m.pm.th 39, 43, 77, 79, 83,

140-141 - - posterior thalami L.m.p.th 47, 55, 69, 71, 77, 79, 83, 93,

140-141 - - praetectalis L.m.prt 55, 69, 77, 79, 93, 141 - - ventralis thalami L.m.v.th 37-47,93,95,109,140-141 Lemniscus lateralis* Le.L 63,83,93,113,160 - medialis* Le.M 45-65,85,89,91,109,132 Lobus piriformis 13,15

Massa intermedia (Kerne der Mittellinie) M.i 3,29,77,79,83,138 Meatus acusticus externus et i nternus* 1, 2 Medialis VorderhirnbundelJMedial forebrain bundle s.

Fasciculus medialis telencephali

Nervus facialis* 5 - hypoglossus* (Radices nervi hypoglossi) 5 - oculomotorius* 11/ (Radices nervi oculomotorii) 3,5,6,41,

47,57,85,91,105,155-156 - trochlearis* IV (Radix nervi trochlearis) 6, 9, 81, 83, 156 - trigeminus* 5, 6 Nuclei gemini hypothalami Ge 41,43,146 - lemnisci lateralis, pars medialis m 115, 157 - pontis N.P 59-65, 89, 91 - septi S 13--21,69,73,77,79,83,89,101,120 - striae term i nalis T 23, 25, 81, 122 Nucleus accumbens (septi) Acc 13-16,122,130 - amygdalae s. Corpus amygdaloideum* - anterior dorsalis thalami AD 27-35,69-77,89-95,103,

123 - - - -, pars ex et ~ 29,103,123 - - - -, zona molecularis AD.x 69-75,103,123 - - medialis thalami AM 27-35,79,81,89-95,103,124 - - - -, pars interna AM.i 31-35,103,124 - - ventralis thalami AV 27-35, 73--79, 89-95, 103,

123--124 - - - -, pars ex, pars ~ et pars y 29,103,123-124 - Broca, pars dorsalis B.d 13--17,101,121 - -, pars ventralis B.v 13,15,89,121 - caudatus* Caud 8,13--29,33,39,41,69-79,93,97,99,130 - centralis lateralis thalami CL 31-43,71,81,89,138-139 - - medialis thalami CM 37,138-139

Sachverzeichnis

Nucleus centralis superior (mesencephali) C.S (CS.) 59--65, 115,165

- - - -, subnucleus dorsalis C.s.d 59--65, 165 - - - -, subnucleus medialis c.s.m (c. spr) 63,65,165 - - - -, subnucleus medialis, pars 6 C.sm.6 59, 165 - - thalami C 27-43,81,83,138-139 - coeruleus Coe 63,65,115 - commissurae anterioris N.C.a 16-19,89,122 - compactus suprafascicularis Cm.sf 89,91,115,149 - cuneatus Cun 113,166 - Darkschewitsch DAR 51,53,81,148 - dorsalis brachii conjunctivi N.d.B.C 113,115 - - lemnisci lateralis N.d.Le.L 93,95,115,157 - dorsomedialis hypothalami H.dm 35-39, 89, 105, 145 - Edinger-Westphal EW 53,57,81,83,156 - endopeduncularis 131 - filiformis anterior FiI.a 27, 142 - - posterior FiI.p 41, 142 - Gudden Gu 89,91,166 - habenulae* Ha 8,37-45,69-73,89,91,108,125 - -, subnucleus lateralis Ha.l 37-45,69-73,108,125 - -, subnucleus medialis Ha.m 37-45,69-73,108,125 - interpeduncularis* IP 57-65,85,89,91,126-127 - -, subnucleus lateralis IP.I 57,59,89,91,126-127 - -, subnucleus medialis IP.m 57,59,126-127 - -, subnucleus medialis partes 1-3 59,126-127 - interstitialis brachii colliculi posterioris I.Br 57,59,158 - - Cajal 1st 51,53,81,165 - lateralis dorsalis thalami LD 31-43, 69-79, 93, 95, 135 - - lemnisci lateralis N.Le.L.1 63,65,81,83,115,157 - - magnocellularis thalami LM 31-35,73-79,95,136 - - posterior thalami LP 37,41-49,69-83,93-991,136 - latero-dorsalis tegmenti T.ld 115

(substantia grisea centralis pontis) - magnocellularis dorsalis hypothalami H.mc.d 31,35,37,89,146 - - ventralis hypothalami H.mc.v (H.mac.v) 37,105,146 - medialis dorsalis thalami MD 37-45,69-79,89,91,137 - - - -, pars magnocellularis MD.mc. 37,41,137 - - - -, pars parvocellularis MD.pc 37,41,137 - - ventralis thalami MV 27-31,89,137 - nervi oculomotorii* N.III 57--61,81,83,155 - - trochlearis* N.IV 63,65,81,83,156 - niger s. Substantia nigra* - parafascicularis PAF (PFA) 45,47,109,140 - parataenialis Pt 27,31-35,73-77,81,89,103,124 - paraventricularis hypothalami H.pv 23-29, 75, 89, 107, 144 - - thalami, pars dorsalis Pa.d (Pa) 27, 31, 35-45,

73-83, 103, 140 - - -, pars ventralis Pa.v 23, 27, 140 - - -, pars (l (pars dorsalis 37 - perifornicalis PF 23, 27, 31, 35, 37, 89, 146 - posterior thalami P.TH 47-55,69-83,89-95,140 - praemamillaris PM 89,91,105,107,145 - praetectalis (pretectalis*) PRT 53, 55, 71-77, 166 - reticularis pontis oralis R.P.o (R.P.O) 63,65,85,115 - - tegmenti (mesencephali) Tg 49-61, 65, 75-83, 95, 165 - - - -, pars centralis Tg.c 51-61,165 - - - -, pars lateralis Tg.1 51,53,57,59,165 - - - -, pars ventralis Tg.v 65,165 - - thalami* R 27-43,71-83,93-99,103,109,135 - - -, pars densocellularis 31-37, 71-79, 97, 103, 135 - - -, pars gigantocellularis 27, 79, 93, 95, 103, 135 - - -, pars magnocellularis 27,31-37,81,95,97,135 - - -, pars ventrocaudalis 35,37,41,95,97,135 - - -, pars W 27,81,135 - reuniens ventralis thalami Re 27-37,41-45,81,139 - rhomboideus thalami Rho 27-45,73,75,81,83,89,138 - - -, pars lateralis Rho.1 75,89,138--139

1 LP in Abb. 98 u. 99 als LD bezeichnet

Nucleus ruber* Ru 49--61,81,83,89-95,161 - -, subnucleus magnocellularis Ru.mc (partes 1,2,3) 51-59,

89,91,161 - -, subnucleus parvocellularis Ru.pc 51, 53, 57, 59, 89, 91,

161 - -, - - -, pars dorso-caudalis Ru.pc.dc 89,161 - -, - - -, pars dorso-oralis Ru.pc.do 51,53,89,161 - septalis dorsalis SD 13-21, 89, 120 - - -, pars externa SD.e 13-17,120 - - -, pars intermedia SD.m 13-17,120 - - fimbrialis SF 19-25,121 - - lateralis SL 13-17,101,121 - - -, pars externa SL.e 13-17,101,121 - - -, pars interna SLi 13-16,121 - - medialisSM 13-17,101,121 - - triangularis ST 19,21, 73, 122 - subthalamicus* L 41-45, 93, 95, 163 - suprageniculatus Sg (SG) 47-55,97,99,111,166 - suprachiasmaticus hypothalami N.S 23,25,107,142 - supramamillaris N.SM 41-45, 89, 145 - supraopticus (hypothalami) So 19,23,25,89,143 - supraopticus caudalis (hypothalami) So.c 27-31, 35, 37, 41,

45, 89, 143 - supratrochlearis Sto 63,65,81,83,148 - tractus mesencephalicus nervi trigemini* N. V.m 73, 75, 79,

113.115 - tubero-infundibularis Ti 27-39,89,91,105,144 - - -, pars anterior Ti.a 27-33, 89, 105, 144 - - -, pars posterior Ti.p 35-39,89,105,144 - tubero-mamillaris (basalis) Tm 37,41,45,89,105,143 - ventralis basalis thalami VB 35-49,81,83,89-95,109,133 - - lateralis thalami VL 31-39,73,75,81,138 - - lemnisci lateralis N.v.Le.L 115,157 - - medialis thalami VM 35-45,81,83,89,91,109,138 - - thalami, pars anterior V 27,31,33,89,93,138 - - -, pars anterior-dorsalis VI 27, 29, 103, 138 - ventromedialis hypothalami* H.vm 27-33,89,105, 107, 144 - - - anterior H.vm.a 23, 25, 89, 91, 142 - - -, pars lateralis H.vm.v 105,144 Nucleus Z 45,109,154

Oliva inferior 5 Organum subcommissurale SC.O 47-55, 71-79, 150 - vasculosum laminae terminalis S.Cr 16,19,23,150 - subfornicale SF.O 23, 150 Os frontale* 1, 2 - incisivum* 1, 2 - interparietale* 1,2 - maxillare 1,2 - nasale* 1, 2 - occipitale*, pars basilaris 1 - parietale* 1 - sphenoidale*, pars anterior (Praesphenoid) 1 - -, pars posterior (Basiphenoid) 1 - temporale* 1

Pallidum s. Globus pallidus* Paraflocculus 4 Pars parainfundibularis hypophysis A.i 31,33,89 - oralis tuberis (Tuber cinereum) 6 - parainfundibularis tuberis TP 6, 27-33, 141 Pedunculus cerebellaris medius* s. Brachium pontis - - superior* s. Brachium conjunctivum - cerebri s. Crus cerebri * - corporis mamillaris* P.C.M 6,43,47-55,85,91,129 - thalami dorsalis P.T.D 39,99 Plexus chorioideus ventriculi tertii PI 27,71,95 Pons* P 3, 5, 6, 7, 89, 93 Processus pterygoideus* 1 - supraorbitalis anterior 1

183

Sachverzeichnis

Processus supraorbitalis posterior 1 - zygomaticus ossis temporalis 1 Protuberantia occipitalis externa* 1,2 Putamen* Put 13-21,25,39,77-83,97,99,130

Radiato corporis callosi* 8 - tractus optici R.o 41-47,51,55,69-79,93-99,153 Radices nervi hypoglossi 5 Raphe pontis* Ra 85 Recessus infundibuli* 3,6 Recessus pinealis* (ventriculus tertius) R.p. V.III 47-55 Regio amygdalae 5 - praeoptica R.po 3,16,17,89-95,141 - -, pars lateralis R.po.1 16,93,95,141 - -, pars medialis R.po.m 16,141 - praethalamica Prth 19-25,81,83,89,91,134 - -, pars dorsalis Prth.d 23,25,81,83,134 - -, pars ventralis Prth.v 23,25,134

Septum pellucidum* 3,8,120 Spina masseterica 1 - nasalis anterior* 1 - - oboralis (posterior)* 1 Stratum profundum pontis St.pf 61, 63 - superficiale pontis St. sf 61, 63 Stria longitudinalis* Str.1 15,17, 25, 29,39 - medullaris thalami* S.M.T 23-43,69,73-79,83,91,103,

130 - substantiae nigrae Str.ni (SN) 55,85,93,164 - terminalis* Str.t 8,21-25,29,33,39,77,79,93,99,130 Substantia grisea centralis mesencephali (Mes encephales Hohlen­

grau) M 47-65,69-83,89,91,147 - - - -, nucleus dorsolateralis M.dl 57-65, 69-79, 89,

91, 147 - - - -, pars dorsalis M.d 57-65, 71, 73, 147 - - - -, pars lateralis M.I 51,55-65,69-79,147 - - - -, pars oralis M.o 47-51,55,71,77,79-83,89,

91,147 - - - -, pars ventralis 57-65, 147 - - - pontis Gr.en.po 81, 83, 115 - nigra* Ni 47-57,93,95,164 - -, pars lateralis Ni.I 57,164 - -, pars compacta Ni.e 47-57, 93, 95, 164 - -, pars diffusa Ni.d 47-55, 93, 95, 164 Sulcus basilaris* s. Sulcus ventralis mesencephali - habenularis lateralis S.h.1 35-45, 49, 69, 125 - - medialis S.h.m 35-45,49,125 - i ntercollieularis horizontalis S.ie.h 71, 73, 89, 93, 95 - - sagittalis S.ic.s 53-65,113 - interganglionaris S.ig 79 - interpeduncularis lateralis S.ip 57 - lateralis (Cortex cerebri) S.I 4, 51 - - colliculi anterioris S.I.e.a 53-65, 71, 73

Sulcus lateralis eolliculi posterioris S.eoll.1 113 - mamillaris lateralis S.m.1 41-51, 55, 57 - praemamillaris S.pm 89,105 - praetuberalis S.pt 89,105 - paraganglionaris dorsalis S.pg.d 39, 41, 43, 69, 77, 79 - tubero-infundibularis S.ti 27-37, 89 - ventralis mesencephali S.6.m 49-55 "Supraoptic crest" s. Organum vasculosum laminae terminalis Sutura coronalis* 1, 2 - frontonasalis* 1 - internasalis* 1 - lambdoides* 1 - sagittalis* 1 Synchondrosis spheno-occipitalis* 1

Taenia thalami* 8 Thalamus* 7 Tractus corticospinales* 5 - habenulointercruralis T.HP 43- 55, 73-85, 89, 91, 109,

129 - habenulointerpeduncularis s. Tractus habenulointercruralis - mamillo-tegmentalis s. Fasciculus mamillotegmentalis* - mamillothalamicus* T.MT 31-43, 81-85, 89, 91, 129 - olfactorius* (Iateralis) Tr.olf.1 (rr.-:lf) 5, 6,13, 21, 99 - optici acessori i Aec.opt 27-33, 37-47, 85, 91, 105, 152 - - -, pars dorsalis Aee.opt.d 29,33,39,43,85,91,105,

152 - - -, pars ventralis Aee.opt.v 29,33,39,43,85,91,105,

152 - opticus* Tr.opt 27-43,85,89-99,151 - - basalis s. Tractus peduncularis transversus - pedunculo-tegmentalis T.PTG 91, 129 - peduncularis transversus T.PT 7,55,69-79,83,85,152 - tecto-ponti nus T.TP 61,63 Trigonum habenulae* 8 Tuber mandibulae 2 Tuberculum anterius thalami* 7,8,123 - occipitale 1 - olfactori u m T.olf 5, 13, 15 - -, pars corticalis T.olf.e 13, 15 - -, pars interna T.olf.i 13,15 - posterius thalami Tub.p 8,35,39,43,135 - parietale 1

Uncus* 5

Velum medullare anterius* s. Lamina medullaris anterior (Ventriculus quartus)

Ventriculus quartus V.IV 73-77,81,113,115 - tertius V.III 19-31,35-43,47,49,73-85 Vermis cerebelli 3, 4

Zona incerta Z.i 37-49,93-99,109,162