Hubungan migrasi perlekatan otot pada tulang panjang dengan perubahan panjang tulang dan volume otot pada perlakuan hiperaktivitas selama pertumbuhan

H. Ardiyan Boer

Abstract


This study was aimed to recognize the ccorrelation between migration of muscle attachment on long bone and the change of bone length and mucle volume in a hyperactivity treatment during bone growth. A number of 150 male rats (Rattus norvegicus) were used as experimental animal. Randomly, the experimental animals were divided into three groups (1) the first group consisted of 30 rats, were used to examine the anatomical structure of the rats, and the accuracy of placing metal pins of muscles and of the bone shaft, (2) the control group (60 rats) and (3) the hyperactivity group (60 rats) were given increased muscular activity by physical exercise in every groups. Metal pins were implanted in the middle of the femoral and the tibial bone shaft, and 30 rats (the first group) were directly sacrificed. Every 2 months and 6 months following treatment, the hyperactivity and the control group were sacrificed. Five muscles which were attached on the femur and on the tibia were cut and their volumes, absolute distance and proportional distance of their attachment to the metal pins, and to the length of the bone were measured. It was found that in the hyperactivity rats, a change of bone length was detected, whereas none in the control group. The change of the long bone was significantly correlated proportionally with the migration of the attachment of the muscle. In the treated group, muscle volume differed compared to that in the control group. However, the difference of the muscle volume was not correlated with the migration of the muscle attachment during bone growth. In conclusion, there was a convincing correlation between the migration of the muscle attachment and the change of bone length in hyperactivity group during bones growth.

Keywords


Migration; muscle attachment; hyperactivity treatment; bone growth

Full Text:

PDF

References


Boer A 1980 a. Pertumbuhan Femur dan Tibia Mencit akibat Perlakuan Bipedal. Pertemuan Nasional Anatomi V Semarang.

Boer A 1980 b. Pertumbuhan dan Perkembangan Beberapa Otot Tungkai Belakang Mencit akibat Perlakuan Bipedal. Pertemuan Nasional Anatomi V Semarang.

Chaui R et al. 2004. A Little Exercise Goes A long Way. Child Health Alert. Vol: 22, p: 2-3. National Library of Medicine’s Midline.

Cheema TA et al. 2006. Measurement of Rotation of the First Metacarpal during Opposition using Comperted Tomigraph. Journal of Hand Surgery. Vol: 31, Iss: 1, p: 76-9.

Cooper RR and Misol S 1970. Tendon and Ligament Insertion. A Light and Electron Microscopic Study. J. Bone Joint Surgery 52A (1) : 1-20.

Dill DB et al. 1964. Handbook of Physiology, Adaptation to the Environtment. Section 4, pp.75. American Physiological Society. Washington, D.C.

Dixon AD and Sarnat BG 1985. Normal and Abnormal Bone Growth: Basic and Clionical Research. Alan R Liss, New York.

Duvall EN 1959. Kinesiology. The Anatomi of Motion,1ed. Japan Publication Trading Co.LTD. Tokyo.

Farris EJ and Griffith JQ 1949. The Rat in the Laboratory Investigation, 2ed. Hafner Publishing Co. New York.

Gunn HM 1978. Total Fibre Numbers in Cross Section of the Semitendinosus in Athletic. J. Anat. 128 (4) : 821-828.

Grant PG 1978. The Effect of Position on the Migration of Muscle. J. Anat. 127 (1) : 157-162.

Grant PG and Hawes MR 1977. Experimental Modification of muscle migration in the Rabit. J. Anat. 123 (2) : 361-367.

Grant PG, Buschang PH and Drolet DW 1978. Positional Relationship

of Structure Atacched to Long Bone during Growth. Acta Anat. 102 : 378-384.

Grant PG et al. 1981. The Effect of Changes in Muscle Function and Bone Growth on Muscle Migration. Am. J. Phys. Anthrop. 54 : 547-553.

Grant PG et al. 1980. Invariance of the Relative Positions of Structure Attached to Long Bones during Growth : Cross-sectional and Longitudinal Studies. Acta. Anat. 107: 26-34.

Haines RW 1932. The Laws of Muscle and Tendon Growth. J. Anat. 66 : 578-588.

Ihemelandu EC 1981. Comparison of effect of Estrogen on Muscle Development of Male and Female Mice. Acta. Anat. 110 (4) : 311-17.

Ishihara, Akihiko et al. 1998. Hypertrophy of Rat Plantaris Muscle Fiber after Voluntary Running with Increasing Loads; Journal of Applied Physiology 84: 2183-2189.

Kanehisa H et al. Profiles of Muscularity in Junior Olympic Weight. Journal of Sports Medicine and Physical Fitness 2005 Mar. Vol : 43 Iss : 1 P : 77-83.

Keogh C et al. Musculosceletal Case 23, Tripod Fracture Canadian Journal of Surgery 2002 Aug. Vol: 45 Iss : 4 P : 279, 309-10.

Klein CS, Allman BL, Marsh GD Rice CL 2002. Muscle Size, Strength and Bone Geometry in the Upper Limbs of Young and Old Men. Journal of Gerontology, series B. Psychological Sciences and Social Sciences Jul. Vol : 57 P.M. 455-9.

Kordella T 2005. Research Profile. Weak Bones and Type 1. What’s the connection? Diabetes forecast Nov. Vol : 58 Iss : 11 P : 85-7.

Meadows M 2001. Growing Bones, Bone Expansion Treats Facial Deformities, FDA Consumer Jul. Aug. Vol : 35 Iss : 1 P : 17-8.

Melean J et al 2006. Pourgiezis N An Anatomy Study of the Triquetrum-Hamate Joint, Journal of Hand Surgery. Apr. Vol : 31 Iss : 4 P : 601-7.

Nagao S et al 2005. Three Dimensional Description of Ligamentous Attachments around the Lunate, Journal of Hand Surgery. Jul Vol: 30 Iss: 4 P: 685-92.

Perry SV 1984. Exercise, A stimulus for Metabolism and a Challenge to Nutrition : The Biochemistry and Physiology of the Muscle Cell. Proceedings of the 1st. Scientific Melting of the Nutrition Society, 11-12 September.

Reitsma W 1970. Some Structural Changes in Sceletal Muscles of the Rat after Intensive Training. Acta Morph. Nearl. Scand., 7 : 229-245.

Saville PD and Whyte MP 1969. Muscle and Bone Hypertrofi. Clin. Prthop. Rel. Res. 65 : 81-88.

Sharma KM et al 2006. Radiographic Parameters of Increased Carpal Tunnel Pressure with Progressive Wrist Distractive Cadaveric Study Journal of Hand Surgery. Jan. Vol: 31 Iss: 1 P: 22-7.

Simon MR 1978. The effect of Dynamic Loading on the Growth of Epiphyseal Cartilage in the Rat. Acta. Anat., 102 : 176-183.

Steinberg ME and Trueta J 1981. Effect of Activity on Bone Growth and Development in the Rat. Clinc. Orthop. and Rel. Research, 156 : 52-60.

Sola O M, Christensen DL and Martin AW 1973. Hypertrophy and Hyperplasi of Adult Chicken AnteriorLatissimus Dorsi Muscle following Strength with and without Denervation. Exp. Neural. 41 : 76 – 100.

Videman T 1970a. An Experimental Study of the Effects of Growth on the Relationship of Tendons and Ligaments to Bone at the Site of Diaphyseal Insertion. Part I : Experiments with 35 S-sulphate and Oxytetracycline. Ann. Chir. Gyn. Fenn. 59:121.

Weinnman JP and Sicher H 1955. Bone and Bones Fundamental of Bone Biology. 2 ed. Mosby Co.,St. Louis.

Zumveld JEM et al. 1955. Post Natal Growth and Differentiation in Three Kind Limb Muscles of the Rat Cell Tiss Res. 241 : 183-192.




DOI: https://doi.org/10.33476/jky.v17i1.198

Refbacks

  • There are currently no refbacks.


Copyright (c) 2016 YARSI Medical Journal

Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

__________________________________________________________________________________________

Copyright of Jurnal Kedokteran YARSI.

Powered by OJS.

Creative Commons License

This work is licensed under a Creative Commons Attribution- NonCommercial 4.0 International License.