Características histoquímicas do músculo masseter do macaco-prego (Cebus apella Linnaeus, 1758)
Histochemical characteristics of the masseter muscle of tufted capuchin monkeys (Cebus apella Linnaeus, 1758)
Andreo, J.C.; Navarro, J.A.C.; Dall Pai, V.; Oliveira, J.A.
Rev. odontol. UNESP, vol.22, n1, p.31-42, 1993
Resumo
Duas amostras foram retiradas das regiões anterior e posterior do músculo masseter direito de quatro macacos-prego (Cebus apella) machos adultos e submetidas a reações com m-ATPase (após pré-incubação ácida e alcalina), SDH e NADH-TR. As fibras foram classificadas como tipos FG, FOG e SO, embora não tenha ocorrido reação de reversão ácida com as fibras do tipo FG. O tipo de fibra mais abundante foi o FG, o qual também apresentou maior área. Visto que este músculo é volumoso no Cebus apella, que o arranjo das suas fibras é aquele de músculo com contração forte, e que as fibras do tipo FG estão também relacionadas com a força de contração muscular, podemos afirmar que este animal tem uma mordida potente.
Palavras-chave
Masseter muscle, Cebus
Abstract
Two samples were removed fram the anterior and posterior right masseter muscle of adults male tufted Capuchin monkeys (Cebus apella) and submitted to reaction with myosin ATPase (after alkaline and acid preincubation), SDH and NADH-TR. The fibres were classified as fast twitch glycolytic (FG), fast twitch oxidative glycolytic (FOG) and slow twitch (SO) types, although acid reversal reaction of FO-type fibres did not occm. The most abundant fibre type was FG, which also covered the largest area. Since this muscle is voluminous in Cebus apella, since the arrangement of its fibres is that of a muscle with powerful contraction, and since FOG fibres are also related to muscle contraction force, we may state that this animal has a powerful bite .
Keywords
Músculo masseter, Cebus
References
1. AKAGAWA, Y., NIKAY, H., TSURI, H. Changes in the pattern of SDH and PhR staining in the fibers of the rat masseter muscle following long-term functional stretch. Arch. Oral Biol., v. 28, p. 447-51, 1983.
2. AURELI, G., MASCARELLO, F. Histoenzymological properties of masseter muscle in domestic and laboratory animaIs. Hiv. Istochim. Norm. Patol., v. 20, p. 129, 1976.
3. BEHMER, O. A, TOLOSA, E. M. C., FREITAS NETO, A G. Manual de técnicas para histologia e patologia. São Paulo: Edart, 1976.
4. BERNABA, J. M. Correlação entre o articulado dentário anterior, a posição da cúspide mésio-vestibular do primeiro molar superior e a relação oc1usal dos últimos molares nos símios da superfarrúlia Ceboidea (primates - Mammalia, L. 1758). Araçatuba, 1977. Tese (Livre-Docência) - Faculdade de Odontologia de Araçatuba, Universidade Estadual Paulista.
5. BOSLEY, M. A, CODY, F. w., TAYLOR A The correlation of histochernistry and speed of contraction in cat jaw muscles. J. Physiol., London, v. 224, p. 92-4, 1972.
6. BROOKE, M. G., KAISER K. K. Muscle fiber types: how many and what kind. Arch. Neurol., v. 23, p. 369-79,1970.
7. BYRD, K. E., MILBERG, D. J., LUSCHEI, E. S. Human and macaque mastication: a quantitative study. J. Dent. Res., v. 57, p. 834-43, 1978.
8. CHAYEN, 1. et aL A guide to practica1 Histochemistry. London: Oliver & Boyd, 1969.261 p.
9. DUBOWITZ, V., BROOKE, M. Muscle biopsy: a modem approach. London: Saunders, 1973.
10. ERIKSSON, P. O. et alo Histochemical fibre composition of the human digastric muscle. Arch. Oral Biol., V. 27, p. 207-15,1982.
11. ERIKSSON, P. O., THORNELL, L. E. Histochemical and morphological muscle-fibre characteristic of the human masseter, the medial pterygoid and the temporal muscle. Arch. Oral Biol., V. 28, p. 781-95,1983.
12. GORNIAK, G. C. Architeeture of the masticatory apparatus in eastern raccons (Procyon lotor lotor). Am. J. Anat., V. 176, p. 333-51, 1986.
13. HERMANN, V. V., KOSTER, D., MIERZWA, J. Morphometrtc and histochemical studies of the masticatory muscles in growing white rats following ligation of the right common carotid artery. Anat. Anz. Jena, V. 153, p. 223-43, 1983.
14. HIIEMAE, K. The strueture and function of the muscles in the rat (Rattus norvegicus L.) 2. Their fibre type and composition. Zool. J. Linn. Soc., v. 50, p. 101-9, 1971.
15. LINDMAN, R, ERIKSSON, P. O., THORNELL, L. E. Histochemical enzyme profiles of the masseter, temporal and lateral pterygoid muscles of the European Hedgehog (Eurinaceus europeaus). Arch. Oral Biol., V. 31, p. 51-5, 1986.
16. MAEDA, N., HANAI, H., KUMGAWA, M. Postnatal development of masticatory organs in rato 1. consecutive changes in histochemical properties and diameter of the muscle fibres of the m. masseter superficialis. Anat. Anz. Jena, V. 149, p. 319-28, 1981.
17. MAEDA, N. et aI. Effeets of long-term intake of a fine-grained diet on the mouse masseter muscle. Acta Anat., V. 128, p. 326-33, 1987.
18. MASCARELLO, F., AURELI, G., VEGETI, A. Muscoli masticatori: deterrninazione istochimica dei tipi di íibre muscolari in mammiíeri. Quad. Anat. Prat., v. 35, p. 193-213, 1979.
19. MAXWELL, L. C. et alo Histochemical characteristics oí the masseter and temporalis muscles oí the Rhesus monkey (Macaca mulatta). Anat. Rec., V. 193, p. 389-402, 1979.
20. MAXWELL, L. C., CARLSON, D. S., BRANGWYN, C. Lack oí acid reversal oí myofibrillar adenosine triphosphatase in masticatory muscle íibres oí Rhesus monkey. Histochem. J, V. 12, p. 209-19, 1980.
21. McNAMARA JR., J. A. An electromygraphic study oí mastication in Rhesus monkeys (Macaca mulatta). Arch. Oral Biol., V. 19, p. 821-3, 1974.
22. NACHLAS, M. M. et aI. Cytochemical demonstration oí succinic dehydrogenase by the use oí a new p-nitrophenyl substituted ditetrazole. J. Histochem., V. 5, p. 420-6, 1957.
23. OLIVEIRA, J. A. Efeitos do desgaste odusal dos dentes sobre o comportamento eletromiográfico dos músculos temporal, masseter e digástrico no macaco-prego adulto (Cebus apella). Araçatuba, 1984. Tese (Livre-Docência) - Faculdade de Odontologia de Araçatuba, Universidade Estadual Paulista.
24. PADYKULA, H. A., HERMAN, E. The specificity oí the histochemical method íor adenosine triphosphatase. J. Histochem. Citochem., V. 3, p. 170-95, 1955.
25. PEARSE, A. G. E. Histochemistry: theoretical and applied. 2. ed. Baltimore: Williams & Wilkins, 1968.
26. PETER, J. B.et alo Metabolic profiles oí the three íibre types oí the skeletal muscle in guinea pigs and rabbits. Biochemistry, V. 11, p. 2627-33, 1972.
27. PRETO-PARVIS, V., FIORI, M., SANCHEZ DE OSORIO, B. Note istoenzimologiche sul massetere umano, nel progenismo e in condizioni normali. Riv. Istochim. Norm. Patol., V. 20, p. 28-47, 1976.
28. RINGOVISTS, M. Histachemical íiber types and fiber sizes in human masticatary muscles. Scand. J Dent. Res., V. 79, p. 366-8, 1971.
29. RINGOVIST, M. Histachemical enzyme profiles in human masseter muscle with special regards to fibers with intermediate myofibrillar ATPase reaction. J. Neural. Sci., V. 18, p. 133-41, 1973.
30. RINGOVIST, M. Fibre sizes of human masseter muscle in relation to bite force. J. Neural. Sei., V. 19, p. 297-305, 1973a.
31. RINGOVIST, M. Size and distribution of histochemical fibre types in masseter muscle of adults with different states oí occlusion. J Noeurol. SCi., V. 22, p. 429-38, 1974.
32. RINGOVIST, M. A histochemical study aí temporal muscle fibers in denture wearers and subjects with natural dentition. Scand. J Dent. Res., V. 82, p. 28-39, 1974a.
33. RINGOVIST, M. Fiber types in human masticatory muscle: relation to function. Scand. J. Dent. Res., V. 82, p. 333-55, 1974b.
34. RINGOVIST, M., RINGOVIST, L, THORNELL, L. E. Differentiation aí íibres in guman masseter, temporal and biceps brachii muscle: a histochemical study. J Neurol. Sei.. V. 32, p. 265-73, 1977.
35. RINGQVIST, M. et aI. Histachemical fibre-type profiles in human masseter muscle. J. Neurol. Sci., v. 53, p. 273-82, 1982.
36. ROWLERSON, A et aI. Fiber types in muscle afthe first branquial arch origin in Carnivores and Primates. 1. Muscle Res. Cell. Motil., v. 3, p. 506, 1982.
37. ROWLERSON, A et alo The fibre type campasitian af the first branquial arch muscle in Carnivara and Primates. 1. Muscle Res. Cell. Motil., V. 4, p. 443-72. 1983.
38. SCHIAFFINO, S. Histachernical enzyme profiles af the masseter in different especies. Anat. Rec., v. 180, p. 53-62, 1974.
39. SERRATRICE, G. et aI. The histachemical profiles af the human masseter: an autapsy and biapsy study. 1. Neurol. Sci., v. 30, p. 189-200, 1976.
40. SHELTON, G. D., CARDINET, G. H., BRANDMAN, E. Expression af fiber type specific prateins during antageny af canine temporalis muscle. Muscle Nerve, v. 11, p. 124-32, 1988.
41. SICHER, H., DUBRUL, E. L. Oral Anatomy. 5. ed. Saint Louis: Masby, 1970.
42. SNEDECOR, G. W., COCHRAM, W. G. Statistical Methods. 7. ed. Ames: Iowa State University, 1980.
43. SUZUKI, A The pH stability af myafibrillar adenasine triphasphatase af five fiber types in skeletal muscles afthe sheep and cattle. Jpn. J Zootechn. Sci., v. 47, p. 95-103,1976.
44. SUZUKI, A A camparative histachemical study af the masseter muscle af the cattle, sheep, swine, dag guinea pig and rato Histochemistry, V. 51, p. 121-31, 1977.
45. SUZUKI, A, CASSEN, R G. pH sensitivy af myasin in adenasine triphasphatase and subtypes af myafibre in porcine muscle. Histochem. J., v. 12, p. 687-93, 1980.
46. TAYLOR, A, CODY, F. W. 1., BOSLEY, M. A Histachemical and mechanical properties af the jaw muscle af the cat. Exp. Neurol., v. 38, p. 99-109, 1973.
47. TSUKAMOTO, S., MORI, M. Distributian af muscle fibers af the three types differentiated by succinic dehydrogenase activity in skeletal muscle. Arch. Histol. Jap., V. 26, p. 329-39, 1966.
48. VIGNON, C., PELLISSIER, J F., SERRATRICE, G. Further histachemical studies an masticatory muscles. J Neurol. Sci., v. 45, p. 157-76, 1980.
49. WEGMANN, R, TORDET-COIDROIT, C. Histachemical demanstratian af succinic dehydrogenase by special inhibitian and activatian. J Histochem. Cytol., v. 8, p. 348-9, 1960.
50. WESTBURY,1. R, SHAUGHNESSY, T. G. Assaciatians between spectral representatian af the surface eletramyagraphic and fibre distributian and size in human masseter muscle. Eletromyogr. Clin. Neurophysiol., v. 27, p. 427-435, 1987.
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