MUSIK MOZART MEMILIKI JUMLAH SEL GLIA TERBANYAK PADA CEREBRUM DAN CEREBELLUM RATTUS NORVEGICUS BARU LAHIR DIBANDINGKAN DENGAN GAMELAN JAWA, SUNDA DAN BALI SELAMA KEHAMILAN

Rima Nur Khasanah; Hermanto Tri Joewono; Widjiati Widjiati

doi:10.33366/jc.v9i2.1394

MUSIK MOZART MEMILIKI JUMLAH SEL GLIA TERBANYAK PADA CEREBRUM DAN CEREBELLUM RATTUS NORVEGICUS BARU LAHIR DIBANDINGKAN DENGAN GAMELAN JAWA, SUNDA DAN BALI SELAMA KEHAMILAN

Rima Nur Khasanah, Hermanto Tri Joewono, Widjiati Widjiati

Abstract

Intelligence is one of the basic capital in advancing a country. Efforts that can be done during pregnancy is to provide adequate nutrition and stimulation, stimulation that is easily accepted by the fetus is sound and music is the most harmonious combination of sounds. Analyzing the differences in the number of glia cerebrum cells and the newly born Rattus norvegicus cerebellum from mothers exposed to Mozart music, traditional Javanese gamelan music, Sundanese gamelan, Balinese gamelan and those who were not exposed to music during pregnancy. Experimental research with randomized post-test only control group design. Used by experimental animals Rattus norvegicus as a model of music stimulation. Cutting was done with 10 IU PMSG injection, 10 IU HCG and monomating. randomized into 5 groups. The treatment was given from 10-19 days of pregnancy, for 1 hour in the soundproof room, intensity of 65 Db. Children of Rattus norvegicus were decapitated and dissected by the brain then counted the number of glia cells using Hematoksilin - Eosin and analyzed by statistics. There were significant differences in the number of newly born Rattus norvegicus glia cerebrum cells between groups. Mozart group (25.16 ± 1.72; Astrocytes), (26.16 ± 1.50; Oligodendrocytes) and (21.40 ± 4.27; Microglia) were the highest compared to the control group, Javanese gamelan music, Sundanese, and Bali. Average Number of newborn Rattus norvegicus glia cerebellum cells in the Mozart music group (24.48 ± 3.66; Astrocytes), (19.92 ± 3.77; Oligodendrocytes) and (19.92 ± 3.86; Microglia) the highest compared to control groups, Javanese gamelan music, Sundanese gamelan, and Balinese gamelan. The Mozart exposure group had more glia cerebrum and cerebellum cells than those exposed to Javanese, Sundanese, Balinese gamelan and those who were not exposed to music.

Keywords

Cerebellum, Cerebrum , Glia cell, Music, Rattus norvegicus,

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References

Angeluci,F., Fiore,M., Ricci.E,Padua L, Sabino A, Tonali P.A. (2007). Investigating the neurobiology of music. Brain-denved neurotrophic factor modulation in hippocampus of young adult mice Behavioural pharmacology. 18(5-6):491-496

Bassano, M. (2001). Penyembuhan melalui musik & warna. Jakarta: Putra Langit

Campbell, D. (2002). Efek Mozart Memanfaatkan Kekuatan Musik Untuk Mempertajam Pikiran, Meningkatkan Kreativitas dan Menyehatkan Tubuh. Jakarta: Gramedia Pustaka Utama.

Djamil, Hermanto TJ. (2003). Atenuasi intensitas suara intrauteri ekstraamnion pada domba hamil setelah pemberian stimulasi akustik di luar dinding abdomen. Laporan Penelitian. SMF Kebidanan dan Penyakit Kandungan FK Unair/RSU dr Soetomo Surabaya.

Ernawati, Hermanto TJ, Widjiati. (2008). Perbandingan indeks apoptosis sel otak anak tikus(Rattus Novergicius) baru lahir antara yang mendapat paparan lagu Mozart sejak awal kebuntingan, setelah kebuntingan 10 hari dan yang tidak mendapat paparan. SMF Kebidanan dan Penyakit Kandungan FK Unair/RSU dr Soetomo Surabaya.

Hepper P. (2006). Prenatal Development, chapter III. P: 41-46

Hermanto TJ, Estoepangesti ATS, Widjiati. (2002). The influence of musical exposure to pregnant (Rattus Novergicus) Rat to the amount of neonatal rat brain cells. Fetomaternal Medicine and AOFOG Accredited Ultrasound Workshop.

Hermanto TJ. (2004). Smart babies through Prenatal University Mission Impossible? Majalah Obstetri dan Ginekologi Indonesia 2004, 28(1):14.

Hermanto TJ. (2011). Penelitian Pengungkit Otak Janin selama Hamil dalam Kemudahan, Penerimaan dan Kepatuhan

Hermanto TJ. (2012). Bersujud dalam Rahim 2 Mencerdaskan Janin sejak dalam Rahim dengan Kombinasi Stimulasi 11 – 14 Musik Mozart dan Nutrisi. Surabaya: Global Persada Press

Hetland L. (2000). Listening to music enhauces spatial temporal reasoning. Evidence for the Mozart Effect. Journal of Aesthetic Education, 34:105 - 148

Houzel SH. (2014). The Glia/Neuron Ratio: How it Varies Uniformly Across Brain Structures and Species and What that Means for Brain Physiology and Evolution. GLIA 2014;62:1377–1391. DOI: 10.1002/glia.22683

Kristiansen M and Ham J. (2014). Programmed cell death during neuronal development: the sympathetic neuron model. Cell Death and Differentiation. 21, 1025–1035; doi:10.1038/cdd.2014.47

Kusuma IP, Hermanto TJ, dan Sulistyono A. (2005). Perbandingan perubahan profil biofisik janin akibat paparan lagu Mozart K265 pada siang dan malam hari. SMF Kebidanan dan Penyakit Kandungan FK Unair/RSU dr Soetomo Surabaya

Rauscher FH. (2006). The Mozart effect in rats. Response to Steele. Music Perception. 23,447-453.

Supradewi, R. (2010). Otak Musik Dan Proses Belajar. Buletin Psikologi , Vol 18, NO. 2, 58 – 68.

DOI: https://doi.org/10.33366/jc.v9i2.1394

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