Phynteny: Phage Genome Annotation with Machine Learning November 14, 2024 The study of bacteriophages, or simply “phages,” is one of the most fascinating areas of microbiology. These are viruses that infect bacteria, and they…
The Impact of Stop Codon Reassignment Significantly Affects Phage Annotation August 18, 2024 Stop codon reassignment is a genetic phenomenon where the traditional role of stop codons in terminating protein synthesis is altered, allowing these codons to…
tax_myPHAGE: Taxonomy Classification Tool for bacteriophages August 11, 2024 Knowing exactly what your phages are and whether any of that kind already exists in the database is crucial for any phage scientist. However,…
Phold: Phage Genome Annotation Using Protein Structural Homology July 21, 2024 I know the majority of phage scientists have used Pharokka for phage annotation at one point. Despite being a very helpful tool, there were…
PhageScope: A new web-based tool for decoding the phage genome November 15, 2023 In the dynamic realm of bioinformatics, a transformative tool has emerged to unravel the intricacies of bacteriophages. PhageScope, a cutting-edge web-based tool developed by…
Pharokka: Empowering Phage Genomic Annotation August 27, 2023 In 21st-century research, where sequences burgeon, the demand for efficient and scalable genomic annotation tools has never been more pronounced. The recent arrival of…
iPHoP: The Ultimate Host Prediction Tool for Microbial Viruses August 20, 2023 Integrated Phage Host Prediction, or iPHoP, is a command-line pipeline for automatically determining the host genus of new bacteriophages and archaea viruses based on…
Assembling Phage Genomes: De Novo vs Reference-Based Methods February 18, 2023 Recent advances in sequencing technologies have significantly improved the ability to generate large volumes of high-quality sequence data. However, the challenge lies in accurately…