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Estetika Tari Betangas pada Sanggar Sultan Nata di Kabupaten Sintang Provinsi Kalimantan Barat Fauziah, Rizka; Widyastutieningrum, Sri Rochana; Dewi, Maharani Luthvinda
Gesture: Jurnal Seni Tari Vol. 14 No. 2 (2025): Gesture: Jurnal Seni Tari (October)
Publisher : Universitas Negeri Medan

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.24114/gjst.v14i2.67462

Abstract

The purpose of this study was to analyze the aesthetic value of Betangas dance at Sanggar Sultan Nata in Sintang Regency. Betangas dance is a new creative dance created by Musliyadi in 2014. Betangas dance uses basic Malay dance movements. This study is a qualitative study with an ethnochoreology approach and descriptive analysis method. Data collection techniques: observation, interviews, and literature studies. The aesthetic value in Betangas dance can be seen in the elements of movement, dance music, floor patterns, costume makeup and properties. The dance movements are inspired by the movements during the Betangas ceremony, the music uses Malay music, uses corrective makeup and costumes based on the Sintang Malay traditional dress, the properties used are woven pandan leaf mats and sarongs or tapeh. The aesthetics of Betangas dance are related to the life value of the Malay community, especially in Sintang Regency.
Revolusi Terapi MDR-TB: Kolaborasi Liquid Biopsy CFDNA, Pemetaan Genetik, dan CRISPR-RNAI Untuk Deteksi Dini dan Penanganan Presisi: A Literature Review Fauziah, Rizka
Jurnal Medika Hutama Vol. 7 No. 1 Oktober (2025): Jurnal Medika Hutama
Publisher : Yayasan Pendidikan Medika Indonesia

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Abstract

Multidrug-Resistant Tuberculosis (MDR-TB) is a global health issue with a high disease burden and limited therapeutic success rates. Limitations of conventional methods, such as bacterial culture and rapid molecular tests, include long examination duration, low sensitivity, and failure to detect minor infections that cause resistance. A literature review discusses a precision biomolecular approach through the integration of circulating free DNA (cfDNA)-based liquid biopsy, genetic mapping, and CRISPR-RNAi technology. Liquid biopsy may be able to detect Mycobacterium tuberculosis and resistance noninvasively, rapidly, and can be used for real-time therapy monitoring. Genetic mapping analysis is enhanced by the identification of specific mutations, which can then be targeted by the CRISPR-RNAi system. CRISPR-RNAi technology plays a role not only in highly sensitive diagnosis but also as a therapeutic strategy that inactivates resistance genes without disrupting the normal microbiota. The integration of these three approaches offers a new paradigm in MDR-TB management that is precise, personalized, and efficient, with the potential to shorten treatment duration, increase therapy effectiveness, and reduce the risk of further resistance.