Musca autumnalis strain:MN04 | isolate:F117 Genome sequencing and assembly

The goal of this project is to sequence and assemble the genome of Musca autumnalis, commonly known as the face fly. M. autumnalis is a significant pest that affects livestock, primarily cattle, and is known for transmitting pathogens such as Moraxella bovis, the causative agent of infectious bovine keratoconjunctivitis (IBK or pinkeye). Understanding the genetic makeup of this species will provide critical insights into its biology, behavior, and interactions with both its environment and host organisms.The genome sequencing and assembly of M. autumnalis will help to identify key genetic factors that contribute to its survival, reproduction, and capacity to vector pathogens. With this comprehensive genomic resource, researchers can better explore molecular targets for pest control strategies, reducing the burden of face fly-related diseases in agriculture. In addition to its agricultural relevance, studying M. autumnalis at the genetic level can contribute to broader research on insect evolution, adaptation, and the mechanisms behind pathogen transmission. This project holds potential benefits for pest management, animal health, and genomic research, and could ultimately lead to more sustainable and effective solutions for controlling this harmful species.