E2-Treated U937 Cells Upregulate Il-6 Synthesis To Sequester Iron And Enhance Cell Survival And Activation

Authors

  • Muwaffaq Almujtabi Yab Alshanqiti
  • Abdulaziz Hamoud Hamid Al-Mutairi
  • Omar Suleiman Omar Alajlani
  • Marei Ibrahim Ali Alsharidi
  • Mohammad Abdullah Mohammad Alshamrani
  • Abdulaziz Mohammed Shannan Alghamdi

DOI:

https://doi.org/10.53555/sfs.v9i4.2510

Keywords:

estrogen, U937 cells, interleukin-6, iron sequestration, cell survival, immune activation

Abstract

Estrogen (E2) has been shown to play a critical role in regulating various cellular processes, including immune responses. In this study, we investigated the effects of E2 treatment on U937 cells and its impact on interleukin-6 (IL-6) synthesis, iron sequestration, cell survival, and activation. Our results demonstrate that E2-treated U937 cells upregulate IL-6 synthesis, leading to enhanced iron sequestration and improved cell survival and activation. These findings shed light on the mechanistic insights into how E2 contributes to immune regulation and provide potential therapeutic targets for manipulating immune responses.

Author Biographies

  • Muwaffaq Almujtabi Yab Alshanqiti

    Lab specialist, Al-Iman General Hospital

  • Abdulaziz Hamoud Hamid Al-Mutairi

    Laboratory technician, Al-Iman General Hospital

  • Omar Suleiman Omar Alajlani

    Lab specialist, Al-Muzhailif General Hospital

  • Marei Ibrahim Ali Alsharidi

    Lab specialist, Supportive Blood Bank in Qunfudhah

  • Mohammad Abdullah Mohammad Alshamrani

    Lab specialist, Hotat Bani Tamim General Hospital

  • Abdulaziz Mohammed Shannan Alghamdi

    Medical Laboratory Technician, King Salman Hospital

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Published

2022-02-24