Top Abstract Purchase Related
Home
>
Node
>
Subnode

Experimental investigations on hypokinesis of skeletal muscles with different functions, III. Changes in protein fractions of subcellular components

Takács, O.; Sohár, I.; Pelle, T.; Guba, F.; Szilágyi, T.

Acta Biologica Academiae Scientiarum Hungaricae 28(2): 213-219

1977

ISSN/ISBN: 0001-5288
PMID: 605714
Document Number: 110563
Changes occurring in the protein fractions of rabbits' immobilized skeletal muscles with different functions were studied. Disuse of the muscles resulted in a gradual reduction in the contractile proteins. The specific proteins of the tonic muscle (m. soleus) were degraded to a greater extent than those of the tetanic (white) muscles (m. gastrocnemius). Parallel with the decrease in the structural proteins the sarcoplasmic protein exhibited a relative increase. The tonic muscles underwent greater damage than the tetanic muscles, indicating that the dedifferentiation was more marked in the tonic muscle. The results are explained by the biological importance of the function and activity of the cell: disuse leads to changes in the physiological and biochemical characteristics of the muscle, and to dedifferentiation of the cells.

Document emailed within 1 workday
Secure & encrypted payments

Simonova, N.Ia.; Epshteĭn, S.F. 1970: Study of cholinesterase activity of the nerve and subcellular fractions of skeletal muscles in rabbits with reversible distrubance in motor functions of the muscles Ukrains'kyi Biokhimichnyi Zhurnal 42(4): 417-423
Dmitrenko, N.P.; Bukhanevich, A.M. 1972: Creatine kinase distribution in the subcellular fractions of rat myocardium and skeletal muscles and some of its properties Ukrains'kyi Biokhimichnyi Zhurnal 44(3): 325-333
Wakata, N.; Kawamura, Y.; Araki, Y.; Kinoshita, M. 1983: Phospholipids in the subcellular fractions of the red and white muscles Rinsho Shinkeigaku 23(6): 521-525
Makeeva, V.F.; Lianova, N.B.; Poglazov, B.F.; Risnik, V.V.; Gusev, N.B. 1989: Phosphorylation of isolated components of the troponin complex of skeletal and cardiac muscle phosphorylase kinase from bird skeletal muscles Biokhimiia 54(9): 1434-1439
Askerov, F.B.; Alekperova, S.A.; Velikhanova, G.R. 1991: Protein content and activity of peptide hydrolases in subcellular fractions of the hypothalamus at various levels of feeding motivation Ukrainskii Biokhimicheskii Zhurnal 63(1): 38-43
Alberghina, M.; Cambria, A.; Petrone, G.; Mistretta, A. 1977: In vivo incorporation of 3H-glycerol and 14C-palmitate into lipids of subcellular fractions of the myocardium hypertrophied during experimental hypoxia Italian Journal of Biochemistry 26(5): 331-341
Reddy, N.B.; Swami, K.S. 1971: Subcellular protein electromigratory pattern in the denervated amphibian skeletal muscle Indian Journal of Experimental Biology 9(1): 32-35
O'Callaghan, J.P.; Miller, D.B.; Reiter, L.W. 1983: Acute postnatal exposure to triethyltin in the rat: effects on specific protein composition of subcellular fractions from developing and adult brain Journal of Pharmacology and Experimental Therapeutics 224(2): 466-472
Kushner, V.P.; Chernysheva, M.D. 1980: Comparative study of the immunochemical properties of the 5th lactate dehydrogenase isoenzyme from rat skeletal muscles and liver. I. the isolation and characteristics of LDH-5 preparations from skeletal muscles Tsitologiia 22(5): 560-565
Ibragimov, I.I.; Tkachenko, B.I. 1989: Diminution of the hypoxic effect of conjugate functions in skeletal muscles under the action of gamma-oxybutyric acid Patologicheskaia Fiziologiia i Eksperimental'naia Terapiia 2: 31-35
Kaszewska-Jablońska, I. 1971: Iron and protein in subcellular fractions of the liver during acute and chronic liver damage Zeitschrift für die Gesamte Innere Medizin und ihre Grenzgebiete 26(Suppl 22): 311-312
Smith, O.L. 1986: Protein degradation in skeletal muscles after evisceration of fed or fasted rats American Journal of Physiology 251(4 Pt 1): E379-E384
Kazueva, T.V.; Kovrizhnykh, E.E.; Kuz'mina, R.I.; Assur, M.V. 1987: Energy metabolism in skeletal muscles in experimental traumatic shock Voprosy Meditsinskoi Khimii 33(4): 40-42
Nvota, J.; Lamosová, D.; Tesarová, D.; Cierna, V.; Výboh, P. 1977: Influence of hypokinesis on the physiological functions in fowl Veterinarni Medicina 22(7): 425-432
Ansari, N.; Shaikh, K.; Shaikh, H.A. 1985: Factors affecting the maximum yield of non protein nitrogen from skeletal muscles Jpma. Journal of the Pakistan Medical Association 35(4): 116-125
Polozhinskaia, R.E. 1976: Glycogen content in the liver and skeletal muscles in certain types of experimental nanism Fiziolohichnyi Zhurnal 22(2): 218-222
Saiuk, N.P. 1972: Mitochondrial factors and glycolysis in skeletal muscles in experimental muscular dystrophy Ukrains'kyi Biokhimichnyi Zhurnal 44(1): 73-82
Takács, O.; Heiner, L.; Guba, F. 1980: Changes in the sarcoplasmic proteins of skeletal muscles induced by experimental steroid myopathy Acta Physiologica Academiae Scientiarum Hungaricae 55(2): 121-128
Sokolov, N.E. 1972: Effect of hypodynamia and hypokinesis on the arterial bed in the muscles of rabbit pelvic extremities Arkhiv Anatomii Gistologii i Embriologii 62(4): 48-52
Frey, M. 1979: Trophic significance of sensory innervation of the skeletal muscles--an experimental study on the m. sternomastoideus of the rat Handchirurgie 11(3-4): 181-184