i8io 



HANOI'.! n IK HI PHYSIOLOGY 



NEUROPHYSIOLOGY III 



microscopy, mitochondria are particularly prominent 

 in neuronal dendrites and are also found along the 

 extent of the axoplasm (172, 17:5), whereas Ni^l 

 bodies are characteristic of perikaryal cytoplasm. 



Clearly, the presenl state of knowledge does not 

 permit a synthesis of the facts and suggestions into a 



complete chemical architectural fabric, but this no 

 longer seems to he an unattainable reality. The 

 implications of what is known or reasonably certain 

 must have important bearings on the physiology of 

 the normally functioning nervous system and in 

 numerous types of disordered activity. 



R 1. I I. K I. X c: 1: s 



1. Abood, L. G. and A. Geicer. Am. J. Physiol. 182: 557, 



'955- 



2. Abood, L. G. and R W. (iikaki). J. Cell. & Com/i. 



Physiol. 43 : 379, 1 954. 



3. Abood, I.. G., R W. GERARD, J. Banks and R. D. 

 Tschirgi, Am. ./. Physiol. 168: 728, 1952. 



4. Abood, I.. G, R W. Gerard and S. Ochs. Am. J. 

 Physiol. 171: 134, 1952 



-y. Abood, I.. G ami I.. RoMANCHECK. Exper. (.'ell. Res. 8: 



459. '955 



6. Aoranoff, B. W. In Neurochemistry of Xucleotides and 

 Amino Acids, edited by R. O. Brady and D. B. Tower. 

 New York: Wiley, i960, p. 38. 



7. Ai.bkrs, R. W. and R O. Brady. J. Biol . Chem. 234: 

 926, 1959. 



8. Ai.bkrs, R. \V. and M. K. Brightman. J. Xeurochem. 3: 



269. '959- 



9. Allen, J. N. AM. A. Arch. Neural. & Psychiat. 73: 241, 



'955- 



10. Amin, A. H., T. B. B. Crawford and J. H. Gaddum. J. 



Physiol. 126: 596, 1954. 



11. Anfinsen, C. The Molecular Basis of Evolution. New York: 

 Wiley, 1959. 



12. Ansell, G. B. and D. Richter. Biochem. J. 57: 70, 1954. 



13. Baer, E. Canad. J. Biochem. & Physiol. 34: 288, 1956. 



14. Baer, 1. and J. Maurukus. ./. Biol. Chem. 212: 25, 1955. 



15. Barr, M. 1.. Exper. Cell Res. 2 288, 1951. 



if) Barr, M. 1.. and E. G. Bertram. .Valine, London 163: 

 l>7l>, m.t'i 



17. Barr, M I. , 1. G. Bertram and H. A. Lindsay. Anal. 

 Pec. 107 283, 1950. 



18. Bar n 1 11 M F., A. foHL, R. Roeske, R.J. Stedman, 

 F. H. C Steward, 1) N. Ward and V. du Vigneaud. 

 J. Am. Chem. Soc. 78: 2905, 1956. 



19. Bariii •> , \\ \m> R I. Davies. Biochem. ./. 52: xx, 1952. 



20. Bl MSI 1 V, R R \\n X HOERR, Anal. Bee. 60:449, '934- 



21. Bi.ix, G Zlschr. physio! . Chem. 219: 82, 1933. 



22. Bi.ix, G., E. LiNDBERG, L Odin wd I Wirmk Nature, 

 London 175: 340, 1955. 



23. BUX, G I. SVENNERHOLM \lll> I WERNER. Ada (hem. 



Stand. '1 358, 1952. 



24. Bodian, I) \mi 1) Dziewiatkowski J. Cell. & Comp 

 Physiol (5 r, 1950 



j I |'„ K. 1 1, 11 s \ urolo 1 In |>i> as 



>. Brady, R. O. In: New oj \ n totides and Amino 



Adds, edited by R <• Brad) and I) B Towei New 

 York W ile) . [960, p. 1 13. 



27 Brady, R <> and S Gurin. J Biol. Chem. 199 421, 1953. 



28 Brad\ R O v\n 1) B rowER editors). Neurochemistry 



\ , : itidei and Ammo Acidi New York Wiley, i960. 



29 Brante, G. Ada physiol. icandinav. 18: Suppl. 63, 1949 

 jo Brattgard S 11 [da radiol. Suppl 96, 195 



31. Brattgard, S.-O. and H. Hvden. Acta radiol. Suppl. 94, 



'95-L 

 32 Brattgard, S-O. and H. Hvden. Internal. Rev. Cytol. 3: 



455. '954- 



33. Brodv, T. M. AND J. A. Bain. ./ Biol. Chem. 195: 685, 



'952- 



34. Brodv, T. M., R. I. H. Wang and J. A Bain. J. Biol. 

 Chem. 198: 821, 1952. 



35. Bumpus, F. M., H. Schwarz and I. H. Page. Science 

 125: 886, 1957. 



36. Burcen, A. S. V. and L. M. Chipman. ./. Physiol. 114: 



29 6 . >95'- 



37. Burton, R. M. In: Neurochemistry of Xucleotides and Amino 

 Acids, edited by R. O. Brady and D B. Tower. Xew York: 

 Wiley, i960, p. 51. 



38. Carter, H. E., D. C. Galanos and Y. Fujino. Canad. J. 

 Biochem. & Physiol. 34: 320, 1956. 



39. Christie, G. S., J. D. Judah and K. R. Rees. Proc. Roy. 

 Soc, London, set. B I 4. 1 : 523, 1953. 



40. Clark, D. D, M ]. Mvckk, A. Xeidi.i- and H. Waelsch. 

 Arch. Biochem. & Biophys. 79: 338, 1959. 



41. CLAUDE, A. Harvey Lectures 43: 131, 1947-48. 



42. Close, H. G. Biochem. ./. 27: 967, 1933. 



43. Clouet, D. H. and D. Richter. ,/. Xeurochem. 3: 219, 



'959- 



44. Cohen, B. S., F. W. OberST, J. W. Cr<»'K wd C. Harris. 

 J. Pharmacol. & Exper. Therap. 116:209, 1956. 



45. CoRNFORTII, |. W., M I. I)\IMS Wll A. GoTTSCHALK. 



Proc. Chem. Soc. [London'. 1 957, |> -'", 



46 Dawson, R. M. C. and I). Richter. Am. J. Physiol. 160: 



->°:i. '95°- 



47. Delui \. II. A., R.J. RossiTER wi> K P Strickland, 



G hem. J. 55: 193, 1953 



48. Dounci . A I.. M Morrison and K.J. Monty Nature, 

 London 176: 597, 1955. 



48a.Di.jBuY, H. (J. Xeurology 8, Suppl 1 69, 1958. 



49 di Vigneaud, V., H. C. Lawler and F. A. Popenoe. 



./. Am. ('hem. Soc. 75: 4880, m, 



50. DU VlGNl Ml). V., ( :. RESSLER, J. M Sww. (' W. 



Roberts vnd P. G Katsoyannis J. Am. Chem. Soc. 76: 



i. '954- 



51. Edstrom, |-l. Biochim. el biophys. acta is: 361, 1953. 



-,.'. I.dsikom, I I. wii II Myden. Nature, London 174: 128, 



1954- 



53. Ehrenbero, A \m) 11 I 111 (hoi 1 Acta Chem. Scand 9 



"955- 



54. Elliott, K. A (: In \ trod mislry, edited by K A. C. 

 1 lliott, 1. II Page and J. H Quastel. Springfield Thomas, 



1955. P i3 



55. Elliott, K a C Canad. J. Biochem. & Physiol. 33:466, 



'955- 



