Fis-Fuk 



FISCHIAROLO, G. Dr — 1st. di Zoo!., Via Archirafi 18, PALERMO. 

 Italia 

 a. The determination of the entoderm. (Amphibia) 



FISHER. F. J. F. M.Sc. Ph.D. — School of Bot.. Univ. of Melbourne. 

 CARLTON N3, Victoria, Australia 

 a. Morphogenesis of variations in leaf dissection as occurring in the normal 

 developmental change from juvenile to adult and as induced by changes 

 in the environment, particularly temperature. Ranunculus hirtus B. i- S. 

 (Ranales) 



FISK, A. M.Sc. — St Mary's Hosp., Med. School, Norfolk Place, Padding- 

 ton. LONDON W. 2. England (U.K.) 



FITZGERALD, L. R. Ph.D. — Div. of Anat., Med. Units Div., Fac. of 

 Biol. Sci.. Univ. of Tennessee. MEMPHIS 3, Tenn., U.S.A. 



a. Effects of temperature on neonates and development of thermo-regula- 

 tory mechanisms. Mus musculus (Rodentia) 



b. Metabolic characteristics of the neonatal period. Mus musculus (Ro- 

 dentia) 



FLEISCHHAUER. K. Dr Med. — Anat. Inst, der Univ. Kiel. Neue Univ.. 



Haus 30, KIEL. Deutschland 



(no embryological work in progress) 

 FLEXNER. L. B. B.S., M.D., Prof. — Dept of Anat., School of Med., Univ. 



of Pennsylvania, PHILADELPHIA 4. Pa, U.S.A. 



a. Flow of carbon from glucose in the developing cerebral cortex. Cavia 

 cobaya (Rodentia) 



b. Enzyme activities in fetal liver and cerebral cortex. Cavia cobaya 



c. Placental transfer using radioisotopes. Cat;/a cobaya (Rodentia) 

 FONSECA SACARRAO. G. da Dr Sc. — Museu e Lab. Zool. d. Fac. d. 



Ci.. Univ. d. Lisboa. LISBOA. Portugal 

 a. Development of chromatophores and epistellar body. (Cephalopoda) 

 FONTANA. J. S. — Central de Investig.. Minist. de Salud Publ. de la 



Nacion, Bolivar 1128, BUENOS AIRES, Argentina 

 FORD. E. H. R. B.A.. M.B.. B.Chir. — Dept of Anat.. St Thomas's Hosp. 

 Med. School. LONDON S.E. 1, England (U.K.) 

 a. Growth of the foetal skull. Homo (Primates) 

 FORD, P. B.Sc. Ph.D., Assoc. Prof. — Dept of Zool.. Univ. of British 

 Columbia. VANCOUVER. B.C.. Canada 



a. The morphoa^nesis and structure of the gastric gland. Ca5for canadensis 

 (Kuhl) (Rodentia) 



b. The development of the pronephros. Onchorhynchus gorbuscha (Wal- 

 baum) (Teleostei) 



c. The development of the mesonephros and some comments on its structure 

 in relation to the anadromous nature. (Teleostei) 



FOWLER. I. B.S.. M.S.. Ph.D. — Dept of Anat., School of Med.. Univ. of 



North Carolina. CHAPEL HILL, N.C.. U.S.A. 

 a. The role of the notochord in the formation of the vertebrae. Gallus 



domcsticus (various varieties) (Aves) 

 h. The influence of the neural tube in regional differentiation of vertebrae. 



Gallus domesticus (various varieties) (Aves) 

 c. The intrinsic control of canalization in the development of the tailbud 



neural tube. Gallus domcsticus (White Rock) (Aves) 



34 



