Potensi terapi gen berbasis Small Interference RNA (SIRNA) terhadap infeksi SARS-CoV-2

Safa Nabila Putri, Saffana Nabila, Muhammad Rizky Hidayatullah, Ziske Maritska

Abstract


Saat ini, dunia sedang menghadapi krisis kesehatan global. Coronavirus Disease 2019 (COVID-19) masih menjadi penyebab penderitaan banyak orang. Sampai saat ini, ada banyak obat COVID-19 yang sedang diuji, tetapi tidak ada terapi yang terverifikasi bisa menargetkan virus secara khusus. Pengobatan berbasis small interference RNA (siRNA) dapat memberikan solusi yang efektif dalam memerangi COVID-19. siRNA adalah sekuens RNA bersama-sama dengan RNA-Induced Silencing System (RISC), mengikat molekul target mRNA sehingga dapat menghambat translasi dan ekspresinya. Penggunaan Lipid nanoparticle (LNP) sebagai pembawa siRNA untuk pengiriman muatan terapeutik menawarkan keuntungan dengan mengurangi degradasi enzimatik dan sekuestrasi oleh sistem retikuloendotel. Namun, represi siRNA pada SARS-CoV-2 bersifat sementara, dan efek dari penekanan virus hilang setelah 48 jam, menunjukkan bahwa formulasi LNP-siRNA sebagai agen terapeutik, kemungkinan besar akan memerlukan rejimen intravena setiap hari selama infeksi virus puncak sehingga untuk optimalisasi lebih lanjut  modifiaksi perlu dilakukan.

Kata Kunci: COVID-19, nanoparticle, LNP, SARS-CoV-2, and siRNA


Keywords


COVID-19; nanoparticle; LNP; SARS-CoV-2; siRNA

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DOI: 10.24815/jks.v22i4.23202

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