B-cell Repertoire Inductive Lineage and Immunosequence Annotator
BRILIA is designed to be a single-platform software capable of processing B-cell receptor sequences, annotating VDJ junctions, assigning B-cell lineages/clonotypes, and characerizing B-cell repertoires.
CONTACT
E-mail: brilia@bhsai.org (address to Donald Lee for BRILIA help, or Sid Chuadhury for all other questions)
Hours: M-F, 9am-5pm EST, off on federal holidays
RUNTIME_FOLDER
.BRILIA_FOLDER
.BRILIA_FOLDER
.Windows> BRILIA.exe
Linux$ run_BRILIA.sh RUNTIME_FOLDER
BRILIA>
Assuming the files are structured as such:
/home/user/my files/file1.fastq
file2.fastq
fileN.fastq
Output files will be placed as such:
/home/user/my files/file1/file1.BRILIAvN.csv
file2/file2.BRILIAvN.csv
fileN/fileN.BRILIAvN.csv
BRILIA> ? (see help)
BRILIA> cd "/home/user/my files" (go to sequece file parent folder. Use quotes "" if there is a space in the path)
BRILIA> "./file*.fastq" -chain h -species mouse -strain balb (process heavy chain for mouse balb/c)
Developed at BHSAI (bhsai.org)
Website: https://github.com/bhsai/brilia
Status: ...
Status: Finished in 3.3 sec.
BRILIA> mergeSimilarSeq "./*" 0.01 (optional: parent-child sequences with < 1% Hamming distance will be merged under the parent)
BRILIA> runAnalysis "./*" (run analysis on all output files in subfolder of this current folder)
Status: Drawing 46 trees.
Status: ...
BRILIA> exit
BRILIA_FOLDER
( and RUNTIME_FOLDER
for Linux ) to the OS PATH
to call BRILIA easily. BRILIA>
prompt by adding inputs after the command in step 4. Example:Windows> BRILIA.exe species mouse chain h ...
Linux$ run_BRILIA.sh RUNTIME_FOLDER species mouse chain h ...
BRILIA> test all
Examples
will be generated in the BRILIA_FOLDER
and BRILIA will process these folders. BRILIA_FOLDER$ chmod +rx BRILIA
BRILIA_FOLDER$ chmod +rx run_BRILIA.sh