McGRAW, M. B. 1940. Neuromuscular development 

 of the human infant as exennplified in the achievement 

 of erect locomotion. Jour. Pediatrics 17: 747-771. 

 (Observation, analysis and illustration of nnotor be- 

 havior from to 5 years.) 



MARCUCCI, E. 1926. Heterotopical grafts of 

 chorda dorsalis in tadpoles of tailless amphibians. 

 Ricerche di morfol. e. Biol. 1: 67-104. 



MAHON, R. 1937. A partir de quel Sge le foetus 

 peut-il presenter des mouvements actifs? Bull. Soc. 

 Obst^t. Gyn^c. Paris 26; 61. (Human; beginning of 

 3rd month; report of a case. ) 



MATTHEWS, S. A. and S. R. DETWILER. 1926. 

 The reactions of Amblystoma ennbryos following pro- 

 longed treatnnent with chloretone. Jour. Exp. Zool. 

 45: 279-292. (Tinne of appearance of normal and ab- 

 normal reflex responses after prolonged chloretone 

 anesthesia during embryonic development. ) 



1926. The reactions of Amblystoma 



embryos following prolonged treatment with cholore- 

 tone. Jour. Exp. Zool. 45: 279-291. Anesthetiza- 

 tion of embryos during period of normal development 

 of swimming reflexes: effects of length of treatment 

 on time of appearance of reflexes when drug removed, 

 character of responses.) 



MATTHEY, R. 1925. Recuperation de la vue apres 

 resection des nerfs optiques chez le Triton. C. R. 

 Soc. Biol. 93: 904. (Molge cristatus adults; section 

 of optic nerves; functional and anatomical proof of 

 return of vision. ) 



1926. Recuperation de la vue apres greffe 



de I'oeil chez le Triton adulte. C. R. Soc. Biol. 

 94: 4. (Return of vision after eye transplantation in 

 adult Triton; completely normal histology of retina 

 and optic nerve. See Koppanyi. ) 



1927. La greffe de I'oeil. Etude experiment- 

 ale de la greffe de I'oeil chez le Triton (Triton crist- 

 atus.) (Eye transplantation in the newt.) Roux' 

 Entw. -Mech. d. Organ. 109: 326-341. (Transplant- 

 ation of eyes in larvae; complete anatomical regen- 

 eration, formation of normal brain connections; 

 transection of optic nerves in adults followed by 

 return of vision as shown by various functional tests. ) 



MAY, R. M. and S. R. DETWILER. 1925. Les 

 rapports nerveux d'yeux transplantes avec les 

 centres nerveux en voie de d^veloppement chez 

 I'Annblystoma punctatunn. C. R. Acad. Sci. 180: 

 107. (Eye transplants following enucleation. Return 

 of vision in grafted eye, hyperplasia of brain prod- 

 uced by invasion of optic fibers; "attractive" influ- 

 ence of ingrowing nerves on cells and centers of 

 brain. ) 



MICHAILOW, S. 1910. Zur Frage Uber die Erreg- 

 barkeit der motorischen Zentra in der Hirnrinde 

 neugeborener Saugetiere. PflUger's Arch. f. 

 Physiol. 133: 45. 



MTGLIAVACCA, A. 1928. La rigenerazione del 

 midoUo spinale nei feti e nei neonati. (Con dinnos- 

 trazione die preparati microscopici. ) (Regeneration 

 of the spinal cord in fetuses and newborn. ) Boll. 

 Soc. Med.-Chir. Pavia42: 1147-1151. (Mice and 

 rats; transection spinal cord in utero or post partum; 

 2 cases of functional and anatomical regeneration of 

 cord. ) 



MIGLIAVACCA, A. 1930. Ricerche sperimentali 

 suUa rigenerazione del midollo spinale nei feti e 

 nei neonati. (Experimental studies on the regenera- 

 tion of the spinal medulla in fetuses and newborn mam- 

 mals. ) Arch. 1st. Biochim. Ital. 2: 201-236. 

 (Animals??; report of rare cases of successful anatom- 

 ical and physiological regeneration of spinal nnedulla 

 in newborn animals. ) 



1930. La rigenerazione del sistema nervoso 



centrale prinna e dopo la nascita. (Regeneration of the 

 central nervous systenn before and after birth, ) Atti. 

 R. Accad. Naz. Lincei. Rend. CI. Sci. Fis. Mat. e 

 Nat. 11: 1116-1123. (Adult mice and newborn and 

 fetal rats; transection spinal cord; anatomical and 

 (rare) functional regeneration from proximal stunnp. ) 



1930. Regeneration of central nervous system 



before and after birth. Arch. Ital. de Biol. 83: 109- 

 123. 



193 1. Kritische Beobachtungen tlber die 



Heilungsmbglichkeit der RUckennnarsverletzungen bei 

 der experimentellen Rachiotomie des Fbtus. Zeitschr. 

 Geburtsh. u. Gynakol. 101: 184-188. Also published 

 as: 



1930. La regeneration du systeme nerveux 



central avant et apres la naissance. Arch. Ital. Biol. 

 83: 109-123. (Critique of work of Hooker and Nicholas 

 who did not control their observations with specific 

 histological nerve stains.) 



MINKOWSKI, M. 1921. Uber Bewegungen und Reflexe 

 des menschlichen Foetus wahrend der ersten Halfte 

 seiner Entwicklung. Schweiz. Arch. Near. Psychiat, 

 8: 148-151. 



1928. Uber die elektrische erregbarkeit 



der foetalen Muskulatur. (The electrical irritability 

 of fetal musculature. ) Schweiz. Arch. Neur. Psychiat. 

 22: 67-72. (Man.; tinne and type of response to faradic 

 and galvanic stinnulation. ) 



MOOKERJI, H. K. , D. N. GANGULI and M. ISLAM. 

 1945. Variation in the embryonic movements during 

 the process of hatching in Labeo rohita and Cirrhina 

 mrigala. Sci. and Culture 11: 268-269. (Carp em- 

 bryos; descriptive; genesis of movement; no correla- 

 tion with nerve development is described. ) 



MOORE, A. R. and J. C. WELCH. 1939. Associa- 

 tive hysteresis in larval Amblystoma. Proc. Soc. 

 Exp. Biol. Med. 42: 425-426. (Learning in larval 

 Amblystoma. ) 



1940. Associative hysteresis in 



larval Amblystonna. Jour. Comp. Psych. 29: 283- 

 292. (Learning in T maze, associations with food, 

 inhibition of snap reflex. ) 



MOYER, E. K. 1943. The innervation of supernum- 

 erary linnbs by heterotopically grafted brachial cords 

 inAmblystoma punctatum. Jour. Exp. Zool. 94: 

 97-114. (Heterotopic transplantation; production of 

 uncoordinated reflex nnovemait in supernumerary 

 limbs. ) 



MUNN, N. L. 1940. Learning experiments with 

 larval frogs. A preliminary report. Jour. Comp. 

 Psycho'l. 29:97-108. (Hyla, bullfrog; learning be- 

 havior in Y and T nnazes. ) 



NACHMANSOHN, D. 1940. Choline esterase in brain 

 and spinal cord of sheep embryos. Jour. Neurophysiol. 

 3: 396-402. (Rise in choline esterase parallels func- 

 tional development of Barcroft and Barron.) 



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