https://aboutmusicschools.com https://slotmgc.com https://300thcombatengineersinwwii.com https://mobilephonesource.co.uk https://discord-servers.io https://esmark.net https://slotmgc.com https://nikeshoesinc.us https://ellisislandimmigrants.org https://holidaysanthology.com https://southaventownecenter.net https://jimgodfreydesign.com https://mckinneypaintingpros.com https://enchantedmansion.org https://mckinneypaintingpros.com https://laurabrodieauthor.com https://holidaysanthology.com https://ardictionary.com https://113.30.151.116 https://103.252.118.20 https://206.189.83.174 https://157.230.39.109 https://128.199.85.208 https://172.104.51.149 https://174.138.21.250 https://157.245.50.183 https://152.42.239.189 https://188.166.210.125 https://152.42.178.155 https://192.53.172.202 https://172.104.188.91 https://103.252.118.157 https://63.250.61.107 https://165.22.104.74

Kemungkinan Mekanisme Peran Zink dalam Patogenesis Covid-19

Authors

  • Moch Ikhsan Juliansyah Fakultas Kedokteran, Universitas Islam Bandung
  • Lisa Adhia Garina Universitas Islam Bandung

DOI:

https://doi.org/10.29313/jrk.v1i2.564

Keywords:

COVID-19, SARS-CoV-2, Patogenesis

Abstract

Abstract. This study was conducted to gather sufficient information on the possible mechanism of the role of zinc in the pathogenesis of COVID-19. The method used in this study is a literature study that collects several previous studies to determine the possible mechanism of the role of zinc in the pathogenesis of COVID-19. The results of this study indicate that there are various possible mechanisms of the role of zinc in the pathogenesis of COVID-19 such as preventing virus entry by increasing epithelial integrity, increasing the ability of mucociliary clearance mechanisms, decreasing ACE-2 receptor expression, preventing viral replication by inhibiting RNA polymerase, eliminating viruses by destabilizing them. viral envelope, regulates the immune system such as activation of natural killer cells, cytotoxic T cells, amplifies B cell receptor signaling, antibody formation and regulates regulatory T cell activity and expression of nuclear factor kappa B to maintain a balanced immune response. Thus, it can be said that zinc has a possible role mechanism in the pathogenesis of COVID-19 by preventing the virus from entering, making virus replication, eliminating the virus, and maintaining a balance of immune responses when someone is exposed to COVID-19.

Abstrak. Studi ini dilakukan untuk mengumpulkan informasi yang cukup terhadap kemungkinan mekanisme peran zink dalam patogenesis COVID-19. Metode yang digunakan dalam studi ini adalah studi literatur yang mengumpulkan beberapa penelitian terdahulu untuk mengetahui kemungkinan mekanisme peran zink dalam patogenesis COVID-19. Hasil dari studi ini menunjukan adanya berbagai kemungkinan mekanisme peran zink dalam patogenesis COVID-19 seperti mencegah virus masuk dengan meningkatkan integritas epitel, meningkatkan kemampuan mekanisme mucociliar clearance, menurunkan ekspresi reseptor ACE-2, mencegah replikasi virus dengan menghambat RNA polimerasenya, mengeliminasi virus dengan mendestabilisasi envelop virus, meregulasi sistem imun seperti aktivasi sel natural killer, sel T sitotoksik, memperkuat penyinalan reseptor sel B, pembentukan antibodi dan meregulasi aktivitas sel T regulator dan ekspresi nuclear factor kappa B untuk mempertahankan keseimbangan respon imun. Dengan demikian dapat disimpulkan bahwa zink memiliki kemungkinan mekanisme peran dalam patogenesis COVID-19 dengan cara mencegah virus masuk, mencegah replikasi virus, mengeliminasi virus dan menjaga keseimbangan respon imun pada saat seseorang terkena COVID-19.

Downloads

Published

2022-02-14