BESSESEN, A.N., andH.A. CARLSON. 1923. Post- 

 natal growth in weight of the body and of the various 

 organs in the guinea-pig. Amer. Jour. Anat. 31: 40 

 pp. 25 fig. {Quantitative; relation of age and sex to 

 size. Effects of environment; growth curves for 

 various organs (including CNS?)) 



BETHE, A. 1903. Allgemeine Anatomie und Phy- 

 siologie des Nervensystems. Leipzig. 



1907. Notiz liber die Unfahigkeit motorischer 



Fasern mit rezeptorischen Fasern zu verheiten. 

 PflUger's Arch. ges. Physiol. 116: 479-481. 



1907. Neue Versuche tlber die Regeneration 



der Nervenfasern. Arch. f. d. Gesam. Physiol. 116: 

 385. 



1930. Studien Uber die Plastizitat des Ner- 

 vensystems. I. Arachnoideen und Crustaceen. (Bethe, 

 A. und Eduard Woitas) II. Coleopteren, Kafer. 

 PflUger's Arch. Ges. Physiol. 224: 793-820; 82 1-835. 

 (Amputations of appendages from spiders, Crustacea, 

 beetles. Removal of brain and subpharyngeal ganglia. 

 Adptive plasticity of locomotion independent of presence 

 of central nervous system. ) 



BEYER, K. M. and C. M. CHILD. 1930. The recon- 

 stitution of lateral pieces of Planaria dorotocephala and 

 Planaria maculata. Physiol. Zool. 3: 342-3(^5. (Role 

 of nervous system in localizing anterior end of regenera- 

 ting planaria. ) 



BLANCALANI, G. and R. SOCAL. Ulteriori ricerche 

 biochennische intorno ai lipoidi dei centri nervosi cere- 

 bro spinali. (2a communicazione) (Further biochemical 

 studies on the lipins of the cerebrospinal nervous cen- 

 ters, 2.) (Man; changes in amount and composition of 

 lipins of brain and cord following birth. ) 



BLANCHI, L. 1931. Sui caratteri e suUa evoluzione 

 del cosidetto ganglio olfattivo. (Characters and develop- 

 ment of the so-called olfactory ganglion.) Boll. Soc. 

 Ital. Biol. Sperim. 6: 153-155. (Cavia; embryos; 

 failure of "olfactory ganglion" to develop into gang- 

 lion cells. ) 



193 1. II cosi detto ganglio olfattivo ei suoi 



rapporti d'origine coi nervi olfattivo e terminale. (The 

 so-called olfactory ganglion and its origin in relation 

 to the olfactory nerve and the nervus terminalis. ) 

 Arch. Ital. Anat. e. Emb. 29: 187-209. (Cavia cobaya 

 ennbryos; histological study, relation of "ganglion" to 

 fornnation of nervus terminalis, neurilemma cells.) 



BIDDER, F. and C. v. KUPFFER. 1857. Untersuch- 

 ungen tlber die Textur des RUckenmarks und die 

 Entwicklung seiner Formelemente. Leipzig. 



BIELSCHOWSKI, M. 190 1. Zur Histologie der Com- 

 pressionsveranderungen des RUckenmarks bei Wirbel- 

 geschwUlsten. Neurol. Centralbl. 217-221, 242-255; 

 300-305,, 344-353. 



1906. Uber das Verhalten der Achsenzylinder 



in GeschwUlsten des Nervensystems und Kompres- 

 sions-gebieten des RUckenmarks. Jour. f. Psychol, u. 

 Neurol. 6. 



1908. Uber den Bau der Spinalganglien unter 



normalen und pathologischen Verhaltnissen. Jour. f. 

 Psychol, u. Neurol. 11. 



and E. UNGER. 1918. Die UberbrUckung 



grosser NervenlUcken. Beitrage zur Kenntnis der 

 Degeneration und Regeneration peripherischer Nerven. 

 Jour. Psychol. Neurol. Leipzig. 22: 267-318. 



BIGLER, M. 1934. Zur Histologie der fbtalen Nose. 

 (Histology of the fetal nose.) Schweizer. Med. 

 Wochenschr. 64: 438-441. (Not abstracted in Biolo- 

 gical Abstracts. ) 



BIJLSMA, U.G. 1928. Entwicklungsgeschichte und 

 Anatonnie der Hypophyse. (Development and anatomy 

 of the hypophysis.) Arch. Exp. Path. u. Pharn:iakol. 

 128: 59-60. (An abstract. ) 



BILLET, H. 1930. Anatomy of central nervous sys- 

 tem. Gaz. d. hop. 103: 1359; 103: 7496. 



BILLIG, H. E. and van HARREVELD, A. 1943. Anew 

 aspect of muscle reinnervation. Nav. Med. Bull. , 

 Washington 41: 410-414. 



BISHOP, G. H. , et al. 1932. Nerve degeneration ac- 

 companying (in) experimental poliomyelitis. II (with 

 P. Heinbecker, and J. L. O'Leary) A histologic and 

 functional analysis of nornnal somatic and autonomic 

 nerves of the monkey. Arch. Neurol. Psychiat. 27: 

 1070-1079. (Distribution of fiber types as to size 

 and myelinization in normal nerves, correlation with 

 conduction rate.) 



, p. HEINBECKER and J. L. O'LEARY. 



1932. Rate of depression and disappearance of com- 

 ponents of conducted action potential in severed nerves, 

 correlation with histologic degeneration in groups 

 of fibers responsible for various components. Arch. 

 Neurol. Psychiat. 27: 1421-1435. (Functional and 

 histological analysis of degeneration in peripheral 

 stump of sectioned nerves as to sequence of degener- 

 ation of various types of fibers. ) 



BIZZOZERO, G. 1905. Accrescimento e rigenero- 

 zione nell-organismo (Conference du Prof. G. 

 Bizzozero au Congres international tenu a Ronne en 

 1894). Voir, en outre, dans le 2^ volume des 

 oeuvres scientefiques du meme auteur public a Milan 

 en 1905, et dans les Arch. Ital. de Biol. 21. Cit. 

 nach Paladino G. 1894. (Whole reference needs to be 

 checked. ) 



BLACK, D. 1917-1922. The motor nuclei of the 

 cerebral nerves in phylogeny. A study of the phe- 

 nomenon of neurobiotaxis. Jour. Comp. Neur. 27: 

 467; 28: 379; 32: 61; 34: 233. 



BLAND-SUTTON, J. 1928. A lecture on hydrocepha- 

 lus. A study in phylogeny and pathology. Lancet 2: 

 687-690. (Not abstracted in Biological Abstracts. ) 



BLATT, N. 1924. Das Problem der partiellen und 

 totalen Augentransplantation. Arch. f. Ophthalmol. 

 114: 47-90. (Fish, chickens, rabbits; eye trans- 

 plants; persistence and successful vascularization of 

 grafts without return of function. ) 



BLINCOE, H. 1928. The anatomy of the forelimb of 

 the albino rat at approxinnately the time in fetal life 

 when somatic movement begins. Amat. Rec. 40: 

 277-295. (Includes description of innervation. ) 



BLOOM, W. 1937. Cellular differentiation and tissue 

 culture. Physiol. Rev. 17: 589-617. (Includes 

 nervous tissue. ) 



BLOUNT, R. F. 1930. The implantation of additional 

 hypophyseal rudiments in urodele embryos. Proc. 

 Nation. Acad. Sci. 16: 2 18-222. (Amblystoma; 

 effects on pigmentation and growth and nnetamorphosis 

 of host. ) 



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