FEDErUCI, F. 1927. Uber die Innervatiocdes von Vitali 

 entdeckten Sinnesorgans im Mittelohr der V6gel {sogen. 

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 birds (so-called paratympanic organ) Anat. Anz. 62; 

 241-254. (Chick embryos; innervation of paratympanic 

 organ by chords tympani. ) 



FEDEROW, B.C. 1933. Uber die In-vitro-Kultur 

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 plantation in homologous amniotic fluid, ennbryo ex- 

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FEENEY, J. F. andR.L. WATTERSON. ? The 



developnnent of the vascular pattern within the walls 

 of the central nervous system of the chick embryo. 

 Jour. Morph. 78:231-291. (Time, order, and histo- 

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 good review of literature on anatomy and development 

 of intraneural vascularity. ) 



FEINSTEIN, B. , R. E. PATTLE and G. WEDDELL. 

 1945. Metabolic factors affecting fibrillation in de- 

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 Psychiat. 8: 1-11. (Mice, rats, guinea pigs, rabbits, 

 man; crushing of motor nerves; CRO recording of 

 nnuscle action potential; relation of size of animal to 

 time of onset of fibrillation, effect of thyroid feeding, 

 thyroidectonny, temperature. ) 



FELL, H. B. 1928. The development in vitro of the 

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 of sensory and non-sensory areas in complete absence 

 of CNS. ) 



FELLER, A. and H. STERNBERG. 1934. Zur Kenntnis 

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FERNER, H. 1937. Ein abnormer Verlauf des Nervus 

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FERRARO, A. 1930. The reaction of the brain tissue 

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 intravenous injections of distilled water, hydration of 

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FESSLER, F. 1920. ZUr Entwicklungsmechanik des 

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FILATOW, D. 1926. Uber die Entwicklung des 

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FILIMONOFF, I.N. 1929. Embryonal and postembryo- 

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FISCHEL, A. 1921. Uber normale und abnorme 

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anik der Linse. Arch. f. Entw. -Mech. 49: 383-463. 

 (Salamandra maculosa embryos; spontaneous defor- 

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FISCHER, E 1942. Influence of atropine on atrophy 

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1943. Yeast, thiamin and biotin on atrophy 



and regeneration of denervated skeletal muscle. Fed. 

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and V. W. RAMSEY. 1946. The effect of 



daily electrical stinnulation of nornnal and denervated 

 muscles upon their protein content and upon some of 

 the physicochemical properties of the protein. Amer. 

 Jour. Physiol. 145: 583-586. (Rabbit gastrocnemii; 

 daily electrical stimulation following denervation; 

 effect of position of leg on effects of stimulation; 

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1946. Changes in protein content 



and in some physicochemical properties of the protein 

 during muscular atrophies of various types. Amer. 

 Jour. Physiol. 145: 571-582. (Rabbit gastrocnemius; 

 denervation or tenotonny: effects on collagenous and 

 non-coUagenous protein content, precipitable myosin, 

 hydrophilic power of muscle mash, neutralization 

 power of muscle. ) 



FISCHER, F. 1928. Uber die intraskleralen 

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 Entwicklungsgeschichte der Ziliarnerven des men- 

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 currence of nerve loops in front of retina; role of 

 abnormal growth processes, lack of corralation with 

 optic arteries.) 



FISCHER, F.C. and H. HARTWIG. 1938. Verglei- 

 chende Messungen der Atmung des Annphibienkeimes 

 und seiner Telle wShrend der Entwicklung. Biol. 

 Zentralbl. 58: 567-589. (Manometric deternninations; 

 oxygen consumption of developing germ and larva, 

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FITZPATRICK, F. L. and S. L. STOLBA. 1929(30). 

 Segmentation in earthworms, resulting from inability 

 to regenerate a portion of the ventral nerve cord. 

 Proc. Iowa Acad. Sci. 36:361-363. (Species??; 

 transection nerve cord; abolition of "donninance" of 

 anterior over posterior segments; correlation with 

 failure of nerve regeneration.) 



FLEISCH, A. and C. PETITPIERRE. 1944. Augmen- 

 tation of action potentials following nerve section. 

 Helv. Physiol. Pharm. Acta 2: 235-248. (Rabbit 

 Phrenic and vagus, frog sciatic; nerve section or 

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FLEXNER, L. B. 1928. The development of the meninges 

 in amphibia. A study of normal and experinnental 

 animals. Preliminary note. Bull. Johns Hopkins Hosp. 

 42: 67-69. (Not abstracted in Biological Abstracts.) 



1929. The development of the meninges in 



amphibia: a study of normal and experimental animals. 

 Carnegie Inst. Wash. Publ. 394. Contrib. to Embry. 

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 transplantation of brain and spinal cord, with and with- 

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 pinal fluid in the development of the meninges. ) 



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