Autor: |
AbdelMassih, Antoine, Gaber, Hanya, El Shershaby, Meryam, Hanafy, Maram, Omar, Yasmin, Husseiny, Reem, AlShehry, Nada, Ismail, Habiba-Allah, Kamel, Aya, Hozaien, Rafeef, Khaled, Ghadeer, Amer, Mohamed, Turki, Aya, Fawzy, Heba, Puligheddu, Stefano, Khaled, Dalia, Thabet, Nardine Nasry, Abdelaziz, Mariam Sherif, Barakat, Mustafa, Sharaf, Sara, Mohamed, Ahmed, Mohsen, Dina, El Feky, Amr, Adly, Hadil, Ibrahim, Eman, Mahmoud, Rana, Reda, Mirna, Riad, Felopateer, Vasile, Carmen, Shohdi, Mahitab Adel, Hesham, Nadine, El-Husseiny, Nadine, Ragy, Rana, Fouda, Raghda |
Zdroj: |
Egyptian Pediatric Association Gazette; December 2022, Vol. 70 Issue: 1 |
Abstrakt: |
Background: Single-cell sequencing studies on the lung microenvironment have revealed that the outcome of COVID-19 depends largely on the immune system response rather than the viral load. A robust innate immune response and a regulated adaptive immunity can prevent the worst outcomes such as hospitalization and the need for mechanical ventilation. Main body: Intriguingly, several vaccines pertaining to the routine vaccination schedule, not only BCG, can skew the immune response towards the aforementioned beneficial effects. Short conclusion: This means that routine immunization not only can help in the current pandemic but can also offer a rapid rescue in the subsequent epidemics or pandemics until a vaccine is developed. |
Databáze: |
Supplemental Index |
Externí odkaz: |
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