This is your work, valued

Adelaide, Australia

Rob Edwards

Elite
@linsalrob

Professor of CS and Biology Writing bioinformatics code to study viruses, phages, and metagenomes.

ComputationalGenomicsManual. Robs manual for the computational genomics and bioinformatics class.

271

fastq-pair. Match up paired end fastq files quickly and efficiently.

156

PhiSpy. Prediction of prophages from bacterial genomes

87

SRA_Metadata. Get, parse, and extract information from the SRA metadata files

46

sphae. Phage annotations and predictions. A spae is a prediction or foretelling. We'll foretell you what your phage is doing!

46

EdwardsLab. Code from the Edwards lab, including bioinformatics, image analysis and more. All this code is created and maintained by folks at Rob Edwards' bioinformatics lab at Flinders University

43

genbank_to. Convert genbank files to a swath of other formats

32

PyFBA. A python implementation of flux balance analysis to model microbial metabolism

28

ProphagePredictionComparisons. Comparisons of multiple different prophage predictions

26

partie. PARTIE is a program to partition sequence read archive (SRA) metagenomics data into amplicon and shotgun data sets. The user-supplied annotations of the data sets can not be trusted, and so PARTIE allows automatic separation of the data.

25

crAssphage. Sequencing and analysis of crAssphage regions from around the globe

19

PhageHosts. This is the complete code base used in Robert A. Edwards, Katelyn McNair, Karoline Faust, Jeroen Raes, and Bas E. Dutilh (2015) Computational approaches to predict bacteriophage–host relationships. FEMS Microbiology Reviews doi: 10.1093/femsre/fuv048

17

fasta_validator. C code to validate a fasta file

14

mgi-adapters. Trim adapters from MGI sequence data

14

primer-trimming. Fast C code for identifying and removing primers and adapters

11

py_fasta_validator. A Python extension of the fasta validator

9

PhageProteomicTree. The phage proteomic tree was a breakthrough in evolution, taxonomy, and phylogenetics ... but nobody realized its global importance

4

SearchSRA. Tools to search through the Sequence Read Archive using XSEDE's Jetstream

4

repeatfinder. fast code for searching for direct and indirect repeats in DNA sequences.

4

atavide_lite. A simpler version of atavide that relies only on slurm or PBS scripts. Some of the settings are specific for our compute resources

4

pyctv. Parse and incorporate the ICTV Virus Metadata Resource file

3

PhispyAnalysis. Analysis of phispy data

3

SearchSRAToolKit. Tools for processing data generated by the Search SRA

3

cameraGUI. A repository for the Prosilica Camera GUI

3

get_orfs. C code to translate a DNA sequence using different translation tables. Designed to be fast and lightweight, with few dependencies (only zlib and pthreads)

3

genetic_codes. Python code for translating sequences using different NCBI translation tables and genetic codes.

3

PHROG_structures. View and download structures for representatives of all the PHROG data

2

CoralImageAnalysis. A central repo for all the coral image analysis code generated by the Edwards bioinformatics lab at San Diego State University

2

qudaich. Qudaich (queries and unique database alignment inferred by clustering homologs) is a software package for aligning sequences.

2

UCCD. Using Machine Language to Compare Ulcerative Colitis and Crohn's Disease

1

CF_Data_Analysis_Development. CF Data Analysis

1

PhiSigns. PhiSiGns is a web-based and standalone application that provides a simple and convenient tool to identify signature genes and design primers for PCR amplification of related genes from environmental samples

1

CommonWorkflowLanguage. CWL codes and examples for searchSRA.org

1

fast-adapter-trimming. Quickly remove adapters from DNA sequence files

1

pawsey. Code for running lots of different things on pawsey. This is a bit of a generic bucket and some of the code will be duplicated elsewhere in different projects

1