Genome Informatics Laboratory at KRIBB

This is a sitemap over all available pages ordered by namespaces.

bioinfo
3gs_longread_alignment
16s_rrna_amplicon_sequencing을_이용한_메타게놈_분석
anaconda_사용하기
anvio
average_nucleotide_identity_ani_의_계산
batch_download_of_ncbi_genomes
big_data_concert
blast_score_ratio_bsr_을_이용한_마커_유전자의_탐색
breseq을_이용한_변이_탐색
comarative_programming_linguistics
consed_28_in_2024
data_download_from_ncbi
docker_사용하기
e-direct로_명령행에서_entrez_db_접근하기
gbkinfo_script
harvest_suite를_이용한_신속한_유전체_비교와_시각화
itol에서_annotated_tree_만들기
kmer_analysis
long_read_assembly_2024
long_read_sequencing_결과물_다루기
microbial_varaint_calling
ngs_read_simulator
ont_sequencing_data_analysis
pan-genome_analysis
plasmidprofiler
primer_design
prokaryotic_genome_analysis_manual_2023
prophage_서열_찾기
python_note
roary
short_read를_이용한_유전체_조립_de_novo_assembly
snp_distance의_계산
the_nothern_arizona_snp_pipeline_nasp
tormes_pipeline을_이용한_bacterial_wgs_analysis
transcriptome_analysis_using_clc
whole-genome_alignment
계통수_작성하기
부록_유용한_팁_모음
상동유전자의_동정_inter-species
서열_데이터베이스의_검색_blast
세균_유전체의_snp_발굴용_프로그램_성능_비교_논문
실습용_자료
유전체_염기서열로부터_보툴리눔_톡신의_서브타입_알아내기
유전체_주석화_genome_annotation
일루미나_데이터의_qc와_기본_전처리
참조_서열에_대한_매핑_reference_mapping_및_시각화
p
playground
wiki
1.reseq
2.rnaseq
3.between_species
16s_rrna_sequencing_data_types
2022_microbial_genome_analysis_course_plan
all_about_illumina_sequence_assembly_for_microbial_genomes
anaconda_installation
antismash
application_of_pacbio_long_reads_sequencing_technology
atcc_6051a
bioinfo
blast2go_pro
bracken_for_species_abundance_esimation
building_myubuntu_distro
candida_aaseri_2017
cmg-biotools의_활용
cnk_workshop_2017
cog_assignment
cogclass2018.pl
custom_kraken_db_test
custom_scripts_for_16s_rrna_sequence_analysis
custom_scripts
data_visualization
day1_exercise1
day1_exercise2
day1_exercise3
day1_exercise4
day1_practice2
day1_practice3
day1_practice4
day2_practice1
day2_practice2
day2_practice3
de_novo_assembly
detection_of_recombination_in_bacterial_genomes
doing_data_science
dokuwiki_tips
downloading_genomes_from_ncbi_ftp_site
escherichia_coli_rr1
extracting_mapped_reads
fastq_파일의_qc
fillaccession.pl
findbestfromcogs.pl
four_bacillus_strains_2016
gc_skew.pl
genome_annotation
genome_record_submission_and_update
genome_sequence-based_species_identification
gnu_parallel
google_chrome_installation_in_centos_6.x
histo2plot.sh
kribbuntu-focal_2205
manipulation_of_ani_matrix_data_file_using_r
manipulation_of_fastq_files
markers.fasta
massive_pcr_primer_design
metagenomic_data_assembly_pipeline
metagenomics
metainformation_for_genomes
metamos_installation
metamos_test_2017
metaphyler_example
mg-globos
microbial_forensics
modifygffforclc_gw.pl
my_brew_list
my_ncbi_submission
my_pacbio_sequencing_experiences_at_kribb
myillu_01.trimpe.sh
myillu_02_jellyfish.sh
myillu_04_plotkmer.sh
myillu_06_sga.sh
mypro_활용하기
n50_simple.pl
n50.pl
nanpore_sequencing
ncbi_submission
one-liners_for_fastq_files
ont_sequencing_data_analysis
p
phylogenetic_analysis_for_dummies
post_phylosift.pl
post-processing_of_pacbio_assemblies_using_circlator
ppsp_output_screen
pseudomonas_amygdali
python_installation_from_source
r_notes
r_snippets
r_source_code
read_depth.pl
reference_mapping_및_variant_calling
run_mummer4.sh
running_phylopythias_under_ubuntu
r을_활용한_통계학_개론_2018
sars-cov-2_검출을_위한_pcr_프라이머_설계
scaffolding
scripts_requiring_all.fna.tar.gz
server_installation
setup_a_testing_server
sidebar
ssl_인증서_문제의_해결_방법
start
substitute.pl
system_administration
taxonimic_profiling_from_metagenome_sequences
test
to_be_renamed
transcriptome_analysis
two_bt_strains_2016
unclassified
upcoming_topics
whole-genome_alignment
working_with_metadata_table_clc
단일_contig_서열의_후처리

Sitemap