| Literature DB >> 35240935 |
Suresh Bindu1, Satyabrata Dandapat1, Rajendran Manikandan1, Murali Dinesh2, Anbazhagan Subbaiyan3, Pashupathi Mani4, Manish Dhawan5,6, Ruchi Tiwari7, Muhammad Bilal8, Talha Bin Emran9, Saikat Mitra10, Ali A Rabaan11,12,13, Abbas Al Mutair14,15,16, Zainab Al Alawi17, Saad Alhumaid18, Kuldeep Dhama2.
Abstract
Trained immunity is a renewed concept of innate immune memory that facilitates the innate immune system to have the capacity to remember and train cells via metabolic and transcriptional events to enable them to provide nonspecific defense against the subsequent encounters with a range of pathogens and acquire a quicker and more robust immune response, but different from the adaptive immune memory. Reversing the epigenetic changes or targeting the immunological pathways may be considered potential therapeutic approaches to counteract the hyper-responsive or hypo-responsive state of trained immunity. The efficient regulation of immune homeostasis and promotion or inhibition of immune responses is required for a balanced response. Trained immunity-based vaccines can serve as potent immune stimuli and help in the clearance of pathogens in the body through multiple or heterologous effects and confer protection against nonspecific and specific pathogens. This review highlights various features of trained immunity and its applications in developing novel therapeutics and vaccines, along with certain detrimental effects, challenges as well as future perspectives.Entities:
Keywords: Immunological memory; Trained immunity; epigenetics; immune cells; metabolic pathway; non-Immune cells; therapeutics; vaccines
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Year: 2022 PMID: 35240935 PMCID: PMC9009931 DOI: 10.1080/21645515.2022.2040238
Source DB: PubMed Journal: Hum Vaccin Immunother ISSN: 2164-5515 Impact factor: 4.526