APOSTOLAKI, D. J. and R. DERIAUD. 1925. Var- 

 iations de la chronaxia au cours de d^g^n^rescences 

 exp^rimentales. C. R. Soc. Biol. 92:1482. 

 (Not abstracted in L'Annee biologique.) 



ARAI, K. 1928. Studien iiber morphologischbio- 

 logischen Eigenschaften der peripherischen Nerven. 

 (Morphologically biological properties of the peripher- 

 al nerves.) Mitteil. AUgem. Path. u. Path. Anat. 4: 

 345-391. 



(Rabbit; innplantation of peripheral nerves in brain, 

 liver, spleen; regeneration of Schwann cells, degener- 

 ation nerve: effect of environment on behavior of 

 graft. ) 



ARANOVICH, J. 1938. Contribucion al conorinniento 

 de la mortologia y estructura del encefalo en la ciclo- 

 pia. Rev. Neur. Buenos Aires 2: 266-307. 

 (Man; anatomical and histological description, brain 

 structure and fiber tracts; one case. ) 



AREY, L. B. 1941. Can hypoglossal nerve fibers 

 induce the formation of taste buds? Anat. Rec. 81 

 (Suppl. ): 118. 

 (An abstract. ) 



and F. L. MONZINGO. 1942. Can hypoglos- 

 sal nerve fibers induce the formation of taste buds? 

 Quart. Bull. Northwestern Univ. Med. Sch. 16: 170- 

 178. 



(Adult dogs; suture of hypoglossal stump to lingual 

 trunk; failure of regeneration of taste buds; prelinnin- 

 ary work. ) 



ARGAUD, R. and M. PESQUE. 1930. Sur le plancher 

 chordal du tube nnedullaire immediatennent en avant du 

 noeud de Hensen chez I'embryon de Melopsittacus un- 

 dulatus. (The chordal floor of the medullary tube im- 

 mediately anterior to Hensen's node in the embryo of 

 M. undulatus.) Bull. Soc. Hist. Nat. Toulouse 59: 

 164-166. 

 (Not abstracted in Biological Abstracts.) 



ARIENS KAPPERS, C. U. 1908. Weitere Mitteilung- 

 en iiber Neurobiotaxis. Folia Neuro-Biologica 1: 



1917. Further contributions on neurobio- 

 taxis. IX. An attennpt to compare the phenomena of 

 neurobiotaxis with other phenomena of taxis and trop- 

 ism. The dynamic polarization of the neurone. Jour. 

 Comp. Neur. 27:261. 



1921. On structural laws in the nervous sys- 

 tem: The principles of neurobiotaxis. Brain 44:125. 



1922. Dixienne contribution"^ la theorie de la 



neurobiotaxis. L'Enc^phale 192?: 1. 



1928. Development of cortex and functions of 



its different layers. Acta Psychiat. et. Neur. 3: 

 115-132. 



1931. The development of the cortex and the 



functions of its layers. Jour. Ment. Sci. 77: 692- 



700. 



(Summary and review of present knowledge. ) 



ARIMOTO, R. 1927. Experimental studies on the re- 

 generation of peripheral nerve fibers in cicatricial 

 tissue, with reference to the regeneration following 

 changes of nerve endings due to inflamnnatory irritants, 

 (In Japanese) Trans. Jap. Path. Soc. 17: 434-437. 

 (Not abstracted in Biological Abstracts.) 



ARON, M. 1926. Faits experimentaux relatifs "k 

 I'harnnonie de croissance chez les larves d'Anoures. 

 (Experiments on harmony of growth in larval Anura.) 

 C. R. Acad. Sci. 183: 318-320. 



(Rana temporaria, R. esculenta; larvae, section axial 

 structures at base of tail; results on body and tail 

 growth; preservation of harmonious proportions.) 



1927. Facteurs nerveux et facteurs humoraux 



de la croissance chez larves d'Anoures. (Nervous and 

 humoral factors in growth of anuran larvae. ) C. R. 

 Soc. Biol. 96: 624-625. 



(Section of medulla behind "growth center"; effect on 

 tail growth; effect of trunk growth ("hunnoral factors") 

 on tail growth. ) 



1928. Experiences de greffe siamoise chez 



les larves de batraciens. Nouveaux arguments en 

 faveur de la notion de facteurs de la croissance et de 

 la morphogzenese, support^s par I'axe nerveux cere- 

 brospinal. C. R. Soc. Biol. 98: 1539-1542. 

 (Species??; tail to tail parabiosis; retention of individual 

 growth rates with spinal cords of two larvae intact; 

 dominance by intact twin when other decapitated; un- 

 known growth factor propagated by spinal cord. ) 



1932. Nouvelles recherches sur le role du 



systeme nerveux central dans la croissance chez les 

 larves de batraciens. C. R. Assoc. Anat. 27: 3-17. 

 (Rana fusca larvae; transplantation of tail; dependence 

 of growth on union of spinal cords, length of stump, 

 age of host and donor. ) 



ARSHAVSKY, I. A. 1940. (Decerebrate rigidity in 

 cats in the course of ontogenesis. ) (Russian with Eng- 

 lish sunnmary) Fiziologicheskii Zhurnal SSSR (Physiol. 

 Jour. USSR) 28: 476-483. 



(Neonatal cats; effect of maturation on nnanifestation 

 of decerebrate rigidity. ) 



ARTOM, C. 1941. Phospholipid metabolism in denerv- 

 ated muscles. Jour. Biol. Chem. 139:953-961. 

 (Rats, cats; section femoral and sciatic n; injection 

 radioactive phosphorus; depositionof liver plasma 

 phosphate in denervated nnuscle. ) 



ASK, F. 1925. Zur Kenntnis der Replantationsfahig- 

 keit des Wirbel tierauges. Acta Ophthalmol. 3: 12-45. 

 (Critical review of work of Koppanyi, Carlson, Kolmer.) 



.-- and E. ANDERSON. 1927. Zur Frage der Re- 



plantationsmoglichkeiten des Vertebraten auges im Lich- 

 te einiger neurerer Untersuchungen. (The possibilities 

 of replantation of the vertebrate eye in the light of some 

 newer findings. ) Acta Ophthalmol. 4: 97- 163. 

 (Adult fish; auto and honnoplastic eye grafts; regenera- 

 tion of nonmeduUated parasympathetic nerves, optic 

 nerves, branches of 5th nerve.) 



1941. Phylogenetic and ontogenetic develop- 

 ment of cerebral cortex. Proc. Ned. Akad. Wetensch. 

 Annsterdam 44: 521. 

 (Brief review of phylogeny and embryology. ) 



, G. C. Huber and E. C. Crosby. 1936. 



The comparative anatonny of the nervous systems of 

 vertebrates, including man. 2 vols. New York. 



ASP, G. 1885. Zur Lehre iiber die Bildung der Nerven- 

 endigungen. Mitt, ennbr. Inst. Wien. N. F. 1: 1-16. 



ATWELL, W. J. 1926. The development of the hypo- 

 physis cerebri in m'an, with special reference to the 

 pars tuberalis. Amer. Jour. Anat. 37: 159-193. 

 (Serial sections and reconstructions, embryo; morpho- 

 and histo-genesis . ) 



- 4 



