| Literature DB >> 34320399 |
Cesar A Arze1, Simeon Springer1, Gytis Dudas2, Sneha Patel1, Agamoni Bhattacharyya1, Harish Swaminathan1, Carlo Brugnara3, Simon Delagrave1, Tuyen Ong1, Avak Kahvejian4, Yann Echelard4, Erica G Weinstein4, Roger J Hajjar4, Kristian G Andersen5, Nathan L Yozwiak6.
Abstract
Anelloviruses are a ubiquitous component of healthy human viromes and remain highly prevalent after being acquired early in life. The full extent of "anellome" diversity and its evolutionary dynamics remain unexplored. We employed in-depth sequencing of blood-transfusion donor(s)-recipient pairs coupled with public genomic resources for a large-scale assembly of anellovirus genomes and used the data to characterize global and personal anellovirus diversity through time. The breadth of the anellome is much greater than previously appreciated, and individuals harbor unique anellomes and transmit lineages that can persist for several months within a diverse milieu of endemic host lineages. Anellovirus sequence diversity is shaped by extensive recombination at all levels of divergence, hindering traditional phylogenetic analyses. Our findings illuminate the transmission dynamics and vast diversity of anelloviruses and set the foundation for future studies to characterize their biology.Entities:
Keywords: anellome; anellovirus; blood transfusion; genomics; phylogenetics; virome; virus sequencing
Mesh:
Year: 2021 PMID: 34320399 DOI: 10.1016/j.chom.2021.07.001
Source DB: PubMed Journal: Cell Host Microbe ISSN: 1931-3128 Impact factor: 21.023