Hostname: page-component-8448b6f56d-m8qmq Total loading time: 0 Render date: 2024-04-24T23:16:30.926Z Has data issue: false hasContentIssue false

Choreoathetosis and Infracortical Nervous Mechanisms

Published online by Cambridge University Press:  08 February 2018

W. F. Menzies*
Affiliation:
Late Medical Superintendent, Cheddleton Hospital, Staffordshire

Extract

During the last twenty-five years it has come to be recognized that a fairly large amount of mental deficiency appears to coincide with or result from faulty intracranial myelination. In some such children little or no post-natal development occurs, in others recession is already occurring at birth; a few remain fairly normal for some years. Spastic contractures, especially of the legs, grow progressively worse, epilepsy may appear, the child goes steadily downhill and early death is the usual termination. In some cases choreoathetosis is present, and this may either, if the patient lives long enough, disappear spontaneously, or, more usually, become impossible when the spastic contractures have immobilized the extremities. Post-mortem one finds one of two conditions—demyelination of the brain (the status dysmyelinatus of Hallervorden-Spatz) or hypermyelination (the status marmoratus of the Vogts). In both forms there is much hypergliosis, evidently secondary to some irritating but slow myelin poison which finally produces anoxia. Clinically during life both varieties appear much the same, and that is all that is known about its nature at present. Cases were recorded by the Vogts in 1920, Hallervorden and Spatz in 1922, Kalinowski in 1927, Helfand in 1931, Spatz and Peters in 1938; in this country by Meyer and Cook in 1936, Meyer and Earl in 1936. By these authors the views of others are summarized—Bielschowski, Loewenberg and Malamud, Urechia and Michalescu, Bouché and Van Bogaert, Casper, Ammosow, Bostroem, Bodechtel and Guttmann. If epilepsy has been present, it generally disappears after some years. By no means all cases end up as helpless idiots; some learn to attend to their own wants, but few ever walk freely.

Type
Part II.—Original Articles
Copyright
Copyright © Royal College of Psychiatrists, 1939 

Access options

Get access to the full version of this content by using one of the access options below. (Log in options will check for institutional or personal access. Content may require purchase if you do not have access.)

References

1 Alcock, .—Brain, 1936, iii, p. 37.Google Scholar
2 Ammosow, .—Journ. Neurol. u. Psych., 1931, xli, p. 374.Google Scholar
3 Bazett, H. C., and Penfield, W.Brain, 1922, xlv, p. 185.Google Scholar
4 Beattie, J.Journ. Canad. Med. Assoc., 1932, xxvi, p. 400.Google Scholar
5 BIELSCHOWSKI, M.Journ. Neurol. u. Psych., 1922, xxvii, p. 231.Google Scholar
6 Bodechtel, G., and Guttmann, E.Zeitschr. f. d. ges. Near. u. Psych., 1931, cxxxiii, p. 601.Google Scholar
7 Bolton, J. S.Journ. Ment. Sci., 1906-7, lii, liii.Google Scholar
8 BOSTROEM, A., and Spatz, H.Arch. f. Psych., 1927, lxxxii, p. 273.Google Scholar
9 Bouché, G., and Van Bogaert, L.Rev. Neurol., 1935, lxiv, p. 887.Google Scholar
10 Brain, W. R., and Strauss, E. B.Recent Advances in Neurology, London, 1934.Google Scholar
11 Campbell, A. W.Cortical Localization, Cambridge, 1905.Google Scholar
12 Casper, .—Zeitschr. f. d. ges. Neur. u. Psych., 1930, lvi, p. 144.Google Scholar
13 Clark, W. E. le Gros.—Journ. Ment. Sci., 1936, lxxxii, p. 99.Google Scholar
14 Doll, E. A., Phelps, W., and Melcher, R. T.Mental Deficiency due to Birth Injuries, New York, 1932.Google Scholar
15 Dunbar, H. F.Psychosomatic Relationships, Oxford University Press, 1931.Google Scholar
16 Economo, C. von.—Cytoarchitectonics of Human Cerebral Cortex, London, 1929; Encephalitis Lethargica, Oxford University Press, 1931.Google Scholar
17 Foerster, O.Zeitschr. f. d. ges. Neur. u. Psych., 1921, lxxiii, 1; Lancet, 1931, ccxxi, p. 309.Google Scholar
18 Fulton, J. F.Arch. Neur. and Psych., 1932, xxvii, p. 959; 1934, ibid., xxi, p. 22.Google Scholar
19 Gasser, H. S., and Newcomer, .—Amer. Journ. Physiol., 1921, lvii, p. 1.Google Scholar
20 Greenfield, J. G., Pointon, F. J., and Walshe, F. M. R.Quart. Journ. Med., 1924, lxviii, p. 309.Google Scholar
21 Hallervorden, J.Zeitschr. f. d. ges. Neur. u. Psych., 1932, lxiv, p. 730.Google Scholar
22 Idem and Spatz, H.ibid., 1922, Ixxix, p. 254.Google Scholar
23 Harreveld, A., and Wiersma, C. A. G.-Journ. Physiol., 1937, lxxxviii, p. 78.Google Scholar
24 Head, H.Brain, 1905, xxviii, p. 99.CrossRefGoogle Scholar
25 Idem and Riddoch, G.Ibid., 1917, xl, p. 188.Google Scholar
26 Helfand, M.Journ. Nerv. and Ment. Dis., 1931, lxxxi, p. 662.Google Scholar
27 Herrick, C. J.Brains of Rats and Men, Chicago, 1926.Google Scholar
28 Holmes, G.Brain, 1914, xxx, p. 466; Lancet, 1922, i, p. 1177 (Croonian Lecture).Google Scholar
29 Hösslein, C., and Alzheimer, A.Zeitschr. f. d. ges. Neur. u. Psych., 1911, viii, p. 183.Google Scholar
30 Hunt, J. Ramsey.—Brain, 1917, xl, p. 58; 1918, xli; Amer. Journ. Med. Sci., 1921, lxii.Google Scholar
31 Hunter, J. G.Brain, 1924, xlvii, p. 261.Google Scholar
32 Ingram, W. R., and Ranson, S. W.Arch. Neur. and Psych., 1932, xxviii, p. 483.Google Scholar
33 Kalinowski, L.Monatsschr. f. Psych. u. Neur., 1927, lxvi, p. 168.Google Scholar
34 Kennard, M. A., and Fulton, J. F.Brain, 1933, lvi, p. 213.Google Scholar
35 Langelaan, J. W.Ibid., 1915, xxxvii, p. 235.Google Scholar
36 Langley, J. N.Schäfer's Textbook of Physiology, ii, p. 616.Google Scholar
37 Lashley, K. J.Brain Mechanisms and Intelligence, Chicago, 1929.Google Scholar
38 Meyer, A.Zeitschr. f. d. ges. Neur. u. Psych., 1924, lxxix, p. 254.Google Scholar
39 Idem and Cook, L. C.Journ. Neur. and Psychopath., 1936, xvi, p. 341; Journ. Ment. Sci., 1937, lxxxiii, p. 258.Google Scholar
40 Meyer, A., and Earl, C. J. C.Ibid., 1936, lxxxii, p. 198.Google Scholar
41 Murray, G.Lancet, 1937, i, p. 69.Google Scholar
42 Pickworth, F. A.Brit. Med. Journ., 1938, i, p. 265.Google Scholar
43 Riddoch, G.Brain, 1917, p. 264.Google Scholar
44 Idem and Buzzard, E. F.Ibid., 1931, xliv, p. 367.Google Scholar
45 Royle, N. D.Ibid., 1924, xxvii, p. 275.Google Scholar
46 Sherrington, C. S.Ibid., 1915, xxxviii, p. 191.Google Scholar
47 Spatz, H., and Peters, .—Zeitschr. f. d. ges. Neur. u. Psych., 1938, clxiii, p. 168.Google Scholar
48 Urechia, and Michelescu, .—Rev. Neurol., 1923, xi, p. 496.Google Scholar
49 Vogt, G. and Vogt, O.Journ. Psych, and Neur., 1920, xxv, p. 631.Google Scholar
50 Walshe, F. M. R.Brain, 1915, xxxvii, p. 269; 1921, xliv, p. 539; 1926, xlvi, p. 1; 1935, lviii; Arch. Neur. and Psych., 1923, x, p. 1.Google Scholar
51 Watson, G. A.Arch. Neur., 1906, iii.Google Scholar
52 Wilson, S. A. K.Brain, 1912, xxxiv, p. 295; 1913, xxxvi, p. 427; Arch. Neur. and Psych., 1924, xi, p. 385; Modern Problems of Neurology, London, 1928.Google Scholar
53 Idem, and Walshe, F. M. R.Brain, 1914, xxvii, p. 199.Google Scholar
54 Wimmer, A.Chronic Endemic Encephalitis, London, 1924.Google Scholar
55 Wohlgemuth, A.Pleasure—Unpleasure, Cambridge University Press, 1919.Google Scholar
Submit a response

eLetters

No eLetters have been published for this article.