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Trichinella spiralis thrives in both oxidative and glycolytic human muscle fibers


, : Trichinella spiralis thrives in both oxidative and glycolytic human muscle fibers. Journal of Neurology Neurosurgery & Psychiatry 43(3): 281-282

In a deltoid biopsy from a severe case of human trichinosis the larvae of T. spiralis did not exhibit any predilection for any particular fiber type. Type I and type II fibers were involved with a frequency proportionate to their distribution in the muscle sampled.

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Related references

Ochoa, J.; Pallis, C., 1980: Trichinella thrives in both oxidative and glycolytic human muscle fibres. In a deltoid biopsy from a severe case of human trichinelliasis, T. spiralis larvae did not exhibit any predilection for a particular fibre type. Type I and type II fibres were involved with a frequency proportional to their distribution in the mu...

Despommier, D., 1975: Adaptive changes in muscle fibers infected with Trichinella spiralis. The ultrastructural changes in the muscle fibres of mice within 8 days of i/m injection of T. spiralis larvas included loss of contractile elements, nuclear enlargement with development of the nucleolus, hypertrophy of sarcoplasmic reticulum, and...

Blotna M., 1967: Ultrastructural changes in muscle fibers in trichinosis trichinella spiralis rat. Acta Medica Polona: 403-405

Bitkowska, Elzbieta., 1996: Phosphocholine antigens in the muscle larvae of Trichinella spiralis Antygeny fosfocholinowe larw inwazyjnych Trichinella spiralis. Crude T. spiralis larval antigens often cross-react with antibodies to other parasites (for instance Toxocara canis) in the ELISA test. The crossreactivity of the sera is probably due to the presence of phosphocholine (PC)-specific antibodies to a...

Lee D.L.; Shivers R.R., 1987: A freeze fracture study of muscle fibers infected with trichinella spiralis. The muscle fibres of mice containing the infective-stage larvae of the nematode Trichinella spiralis have been studied by means of the freeze-fracturing technique. The larva lies in what appears to be a fluid-filled cavity within the cytoplasm of...

Park, J.H.; Brown, R.L.; Park, C.R.; McCully, K.; Cohn, M.; Haselgrove, J.; Chance, B., 1987: Functional pools of oxidative and glycolytic fibers in human muscle observed by 31P magnetic resonance spectroscopy during exercise. Quantitative probing of heterogeneous regions in muscle is feasible with phosphorus-31 magnetic resonance spectroscopy because of the differentiation of metabolic patterns of glycolytic and oxidative fibers. A differential recruitment of oxidative...

Gabryel, P.; Blotna, M., 1969: Ultrastructural significances of the altered metabolism of muscle fibers infected by Trichinella spiralis. Wiadomosci Parazytologiczne 15(5): 673-675

Park J.H.; Brown R.L.; Park C.R.; Mccully K.; Cohn M.; Haselgrove J.; Chance B., 1987: Functional pools of oxidative and glycolytic fibers in human muscle observed by phosphorus 31 magnetic resonance spectroscopy during exercise. Quantitative probing of heterogeneous regions in muscle is feasible with phosphorus-31 magnetic resonance spectroscopy because of the differentiation of metabolic patterns of glycolytic and oxidative fibers. A differential recruitment of oxidative...

Ribas-Mujal, D.; Rivera-Pomar, J.M., 1968: Biological significance of the early structural alterations in skeletal muscle fibers infected by Trichinella spiralis. Skeletal muscle fibres of the rat during the first stages of Trichinella spiralis infection were studied with the electron microscope. Changes included increase of the sarcoplasmic matrix, fragmentation and lysis of the myofilaments, hyperplasia o...

Hulinska, D.G.im, M.M.ckinnon, B., 1985: Alterations of muscle fibres of mice experimentally infected with Trichinella pseudospiralis, Trichinella spiralis and Trichinella nativa. Trichinellosis: proceedings of the Sixth International Conference on Trichinellosis July 8-12-1984 Far Hills Inn Val Morin Quebec Canada edited by CW Kim in association with WC Campbell et al: 162