Application of a bespoke monoclonal antibody panel to characterize immune cell populations in cave nectar bats

• DOI: 10.1016/j.celrep.2024.114703
• Publication Date: 2024-08-28T22:37:43Z
• Authors: Shiwei Chen; Wan Rong Sia; Leon J.W. Tang; Akshamal M. Gamage; Wharton O.Y. Chan; Feng Zhu; Wanni Chia; Madeline S.S. Kwek; Pui San Kong; Beng Lee Lim; Randy Foo; Wei Lun Ng; Adrian H.J. Tan; Shan He; Abigail Y.T. Loh; Dolyce H.W. Low; Gavin J.D. Smith; Lewis Z. Hong; Lin-Fa Wang
• Keywords: Bespoke

Among their many unique biological features, bats are increasingly recognized as a key reservoir of many emerging viruses that cause massive morbidity and mortality in humans. Bats are capable of harboring many of these deadly viruses without any apparent signs of pathology, in a mechanism known as viral disease tolerance. However, the immunological mechanisms behind viral tolerance remain poorly understood. As a non-model organism species, there are very limited research resources and tools available to study bat immunology. In the cave nectar bat Eonycteris spelaea, we have a panel of monoclonal antibodies (mAbs) against major immune markers. An immunophenotyping survey of major immune compartments and barrier sites using these mAbs reveals differences in the immunological landscape of bats.