Category:Bioinformatics

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English: Bioinformatics is the application of computer science and information technology to the field of biology and medicine. Bioinformatics deals with algorithms, databases and information systems, web technologies, artificial intelligence and soft computing, information and computation theory, software engineering, data mining, image processing, modeling and simulation, signal processing, discrete mathematics, control and system theory, circuit theory, and statistics, for generating new knowledge of biology and medicine, and improving & discovering new models of computation (e.g. DNA computing, neural computing, evolutionary computing, immuno-computing, swarm-computing, cellular-computing). Bioinformatics and Computational biology are interdisciplinary fields of research, development and application of algorithms, computational and statistical methods for management and analysis of biological data, and for solving basic biological problems.

bioinformatica; lifupplysingafraedi; bioinformatik; bioinformatics; bywnfrmytykhs; bioinformatika; biyoenformatik; Sheng Wu Zi Xun Xue ; bioinformatika; bioinformatika; bioinformatika; Sheng Wu Xin Xi Xue ; bioinformatika; bioinformatika; biokomputiko; bioinformatika; bioinformatika; jaib tthybijnyaan; bioinformatique; bioinformatika; bioinformatika; byAAynpArmATyk; tin sinh hoc; bioinformatika; bioinformatika; bioinformatica; Sheng Wu Xin Xi Xue ; Bioinformatik; seng-but chu-sin-hak; bioinformatikk; bioinformatika; Sheng Wu Xin Xi Xue ; byooinphrmyaattiks; zyndaeznyryyaekhn; bioinformatics; m`lwmty@ Hywy@; bioplerophorike; byvAynpvrmTykh; saengmuljeongbohag; Sheng Wu Zi Xun Ke Xue ; bioinformatika; bioinformatika; bioinformatik; bioinformatika; bywnfrmyttkhs; chiiwsaarsnethssaastr; bioinformatica; Bioinformatik; Bioinformatik; Sheng Wu Zi Xun Xue ; bithfhaisneisiocht; bioinformatika; Sheng Wu Xin Xi Xue ; bioinformatik; jaivik suucnaa vijnyaan; baioinhuomateikusu; byooinphrmeettiks; bioinformatiikka; byw-nfwrmtyk; biyoimpormatika; jaiv torturu vidyaav; bioinformatika; bioinformatika; baayoinphoNrmettiks; Sheng Wu Xin Xi Xue ; bioinformatihkka; bywnfrmyttkhs; bioinformatica; bioinformatikk; uyir tkvliyl; bioinformatica; bioinformatics; bioinformatikk; bioinformatike; bioinformaatika; bioinformatics; bio-informatik; bioinformatica; bioinformatiko; bioinformatica; bioinformatika; bioinformatika; bioinformatica; bioinformatika; biuinfurmatika; bioinformatika; bioinformatika; biyoimpormatika; bioinformatics; Bioinformatica; bioinformatika; bioinformatyka; byoo-iphmaarrrriks; bio-informatica; kensainformatika; informatio genetica; bioinp`ormatika; Sheng Wu Zi Xun Xue ; bioinformatica; biiainfarmatyka; bioinformatega; bioinformatiik; branca della biologia che si occupa di raccogliere, archiviare ed analizzare mediante banche dati informazioni biologiche; traitement de donnees biologiques; sistema biologikoei buruzko datuak konputagailuen bidez analizatzea; mezhdistsiplinarnaia nauka; computer boiinformatics; interdisziplinare Wissenschaft zur Losung von Problemen aus den Lebenswissenschaften mit theoretischen computergestutzten Methoden; cong cu phan mem cho viec tim hieu du lieu sinh hoc; bywnfrmyttkhs ykh `lm mynrshthy st khh zystshnsy, `lwm rynh w amr r trkhyb mykhnd t dr jm`awry, tHlyl w drkh ddhhy zysty khmkh khnd.; Xian Dai Sheng Wu Xue He Ji Suan Ji Xin Xi Ke Xue Xiang Jie He De Jiao Cha Xue Ke ,Cai Yong Ji Suan Yu Tong Ji Deng Fang Fa Cong Sheng Wu Shu Ju Zhong Ti Qu Zhi Shi ; rama de biologia: ciencia que estudia gran parte correspondiente del ADN; racunalniska analiza bioloskih podatkov; Sheng Ming Ke Xue toQing Bao Ke Xue noRong He Fen Ye ; ciencia interdisciplinar que combina biologia, ciencia da computacao e estatistica; Melete ton biologikon dedomenon; bywnfrmyttkhs ykh byn lsh`bh (interdisciplinary) sy'ns hy jw Hytyt (Biology), khmpywttr sy'ns (Computer Science) wr `dd w shmr (Statistics) khw ykhj khrty hy tkhh Hytyty ddytt khw jm` khrny, tjzyh khrny wr smjhny myN mdd frhm khy j skhy; interdisciplinary science that combines biology, computer science and statistics to help in the collection, analysis and understanding of biological data; `np bmd` hbyvlvgyh; analisis set data raya biologi kompleks (rumit); estudi analitic de grans quantitats de dades biologiques mitjancant eines informatiques; baayoinphoNrmettiks ek bhu-vissyk vijnyaan hai jo jiivvijnyaan, kNpyuuttr vijnyaan aur saaNkhyikii ko jodd'taa hai taaki jaivik ddettaa ko ektr krne, vishlessnn krne aur smjhne meN mdd mil ske / ; domeniu interdisciplinar; saengmulhagyi hawi bunya; rama da bioloxia: ciencia que estuda gran parte correspondente do ADN; `lm; vedni disciplina, ktera se zabyva metodami pro shromazdovani, analyzu a vizualizaci rozsahlych souboru biologickych dat; buyuk, karmasik biyolojik veri setlerinin hesaplamali analizi; bioinformatica; jiibtthybijnyaan; baay'oinphrmettiks; bioinfo; bio-informatique; lifgagnataekni; biocomputacio; biocomputacao; `lm l'Hy lHswby; Kensainformatika ew genayin banker; Sheng Wu Zi Xun ; Sheng Wu Zi Xun Xue ; Sheng Wu Xin Xi ; annukjiiv torturuveedy; jaiv torturuveedy; jiiv torturuveedy; biyoinformatik; biyobilisim; biyoimpormatiks; bioimpormatika; bioinformatics; bioimpormatiks; m`lwmtyh Hytyt; m`lwmtyhHytyt; Sheng Wu Qing Bao Xue ; baioinhuomateitsukusu; Qing Bao Sheng Ming Ke Xue ; Sheng Wu Qing Bao Ke Xue ; bioinformatik; chiiwsaarsneths; byvlvgyh HySHvbyt; byv AynpvrmTykh; byv-AynpvrmTykh; bio Informatica; bioinformatica; sinh tin hoc; Mian Fei Kai Yuan De Sheng Wu Xin Xi Xue Xiang Mu ; suucnaa-jaivikii; jaivsuucnaa vijnyaan; baioinpomaetigseu; saengmul jeongbohag; saengmyeongjeongbohag; saengjeongbohag; biologia computazionale; bio-informatica; Bio-Komputiko; bioinformadiko; bioinformatsionnye tekhnologii; bywnfrmyttkh

bioinformatics

interdisciplinary science that combines biology, computer science and statistics to help in the collection, analysis and understanding of biological data

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Q128570 GND ID: 4611085-9 Library of Congress authority ID: sh00003585 Bibliotheque nationale de France ID: 144116742 NDL Authority ID: 00870420 BNCF Thesaurus ID: 38883 NL CR AUT ID: ph194800 BabelNet ID: 03161493n National Library of Israel J9U ID: 987007291740605171
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Subcategories

This category has the following 54 subcategories, out of 54 total.

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S

Semantic integration (7 F)
Sensitivity and specificity (4 F)
Sequence databases (1 C, 6 F)
Sequence logos (16 F)
Structure prediction (1 C, 26 F)
Swiss Institute of Bioinformatics (2 C, 4 F)

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Videos of bioinformatics (7 C, 842 F)

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Zentrum fur Bioinformatik der Universitat Hamburg (1 C)

Media in category "Bioinformatics"

The following 200 files are in this category, out of 420 total.

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De-Bioinformatik.ogg 2.4 s; 23 KB
028-ISMB15-Fellows2015 (20850934719).jpg 1,800 x 1,200; 753 KB
2-way-relation-with-arrow.png 3,281 x 605; 99 KB
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3-way-ERD.svg 411 x 141; 3 KB
4273pi background image.png 1,920 x 1,200; 489 KB
Aars alignment.png 5,262 x 2,771; 3.87 MB
ACBP MSM from Folding@home.tiff 3,036 x 1,817; 1.1 MB
ACGH profile of the IMR32 neuroblastoma cell line.svg 407 x 214; 4.07 MB
Acr protein in host cell.jpg 2,079 x 832; 137 KB
Acr protein structure.jpg 1,021 x 1,512; 240 KB
Additive distance matrix.png 861 x 400; 64 KB
Adv-D26 7-24-2021 1 ps.tif 10,042 x 8,063; 231.68 MB
Algorithm1 add kmer to forest.png 874 x 397; 17 KB
Algorithm2 build k-mer forest.png 887 x 226; 9 KB
Analyze of Genome.jpg 2,720 x 2,444; 1.05 MB
Archs4 C2Orf72 Lipid July 16 2022.png 987 x 761; 60 KB
Array-CGH protocol.svg 993 x 531; 2.51 MB
Arthrobacter arilaitensis Re117 genome.png 1,767 x 1,728; 3.42 MB
AutomatedFlowPipeline.svg 612 x 459; 238 KB
BacillusPhageSplitstree.png 624 x 448; 22 KB
BacillusSubSpecies.png 767 x 506; 201 KB
Bacteriophage Lambda.tif 6,814 x 8,063; 8.11 MB
Bacteriophage T5 Structural Model at Atomic Resolution.tif 6,153 x 11,237; 13.74 MB
Bacteriophage T7 Structural Model at Atomic Resolution.tif 2,857 x 3,129; 6.21 MB
Basic Procedure of Genomic Data Compression.jpg 1,630 x 549; 1,016 KB
Bifurcation.jpg 173 x 136; 10 KB
Binary BCF versus VCF format.png 1,340 x 542; 285 KB
Bio informatics.png 602 x 368; 180 KB
BioArchLinux - community-driven fresh reproducible software repository for life sciences.pdf 1,275 x 1,647, 4 pages; 377 KB
BiocondactorPlot.png 918 x 341; 48 KB
Bioconductor logo rgb.jpg 2,400 x 691; 310 KB
Bioconductors packs plot.png 14,173 x 9,448; 1.29 MB
Biocuration in PubMed until 2020.png 1,218 x 740; 30 KB
Bioinformatic Analysis of Inherited Templates (BAIT) Output.png 1,070 x 638; 64 KB
Bioinformatics ca.jpg 2,400 x 1,029; 863 KB
Bioinformatics ca.png 3,000 x 1,286; 455 KB
Bioinformatics icon.png 128 x 128; 15 KB
Bioinformatics Review Cover .png 228 x 292; 17 KB
Bioinformatics workflow to analyse high-throughput experiments.png 805 x 1,050; 120 KB
Bioinformatics workflow to analyse high-throughput experiments.svg 322 x 420; 185 KB
Bioinformatics-model.jpg 832 x 574; 71 KB
BioJS Logo.svg 688 x 675; 31 KB
Biological Target Prediction of Bioactive Molecules Based on Minimum Structures Identification.pdf 17,833 x 12,614; 1.31 MB
Biological Target Prediction of Bioactive Molecules Based on Minimum Structures Identification.png 2,000 x 1,415; 1.87 MB
Biopunk-Aesthetic-Themes.webp 2,816 x 1,536; 642 KB
BioPunk-Examples.webp 2,816 x 1,536; 625 KB
Blosum62-dayhoff-ordering.svg 1,550 x 1,096; 421 KB
C10orf53 Orthologs by taxa.png 1,600 x 706; 556 KB
C12orf42 protein cartoon.png 626 x 165; 8 KB
C16orf95 protein secondary structure prediction.png 466 x 212; 33 KB
C1orf112 Location.png 1,062 x 214; 23 KB
C2Orf72 AlphaFold July 16 2022 AF-A6NCS6-F1.png 1,181 x 2,105; 520 KB
C2orf72 locus, 2q37.1.png 116 x 894; 20 KB
C2orf72 Molecular Clock Method, Evolutionary Rate Analysis.png 893 x 605; 46 KB
C2orf72 Ortholog Space Wiki Image.png 1,667 x 1,109; 146 KB
C2orf72 Orthologs List.png 807 x 616; 305 KB
C2Orf72 Schematic July 16 2022.png 942 x 431; 49 KB
C5orf24 Conceptual Translation.jpg 813 x 758; 147 KB
C674115.jpg 1,280 x 1,160; 110 KB
Calidad Phred 33.png 1,245 x 843; 138 KB
Cargas Parciais dos Aminoacidos ALA-SER.png 1,730 x 1,184; 284 KB
Case 1.png 319 x 124; 6 KB
Case2.png 304 x 122; 6 KB
Case3.png 309 x 122; 6 KB
Case4.png 264 x 132; 6 KB
Chapter1Fig1.png 858 x 941; 271 KB
Cheshift-2 screenshot.png 621 x 426; 57 KB
ChIP-on-chip profile.svg 407 x 187; 235 KB
ChIP-on-chip protocol.svg 397 x 421; 1.2 MB
ChIP-on-chip workflow overview-ru.svg 1,049 x 559; 20 KB
ChIP-on-chip workflow overview.svg 1,049 x 559; 6 KB
Chou's PseAAC illustration.jpg 1,902 x 1,218; 315 KB
Chromatin immunoprecipitation sequencing(ru).png 2,000 x 4,515; 1.8 MB
Chromatin study history.png 1,917 x 392; 129 KB
CicleSAM2.svg 512 x 411; 41 KB
Clade in Phylogenetic Tree.png 1,182 x 617; 23 KB
CLIQS 1D Pro pulsed-field gel electrophoresis fingerprinting software.png 2,552 x 1,279; 1.08 MB
Closest-string problem example svg.svg 374 x 224; 20 KB
Closest-string problem example.pdf 620 x 372; 11 KB
Clustal (Chenna, 2003) 1.jpg 602 x 389; 44 KB
Clustal (Chenna, 2003) 2.jpg 602 x 462; 35 KB
Clustal (Thompson, 1994).jpg 651 x 916; 94 KB
Coilll.png 535 x 535; 17 KB
Compaction.png 526 x 523; 23 KB
Comparacao de sintenia entre genomas.png 1,153 x 292; 105 KB
Comparison of Gap Penalty Funcitons.png 640 x 480; 6 KB
Computational components of DVP.png 1,958 x 1,028; 219 KB
Conceptual Translation of Bottom Portion of Human Protein Tex44.jpg 2,244 x 2,904; 344 KB
Conceptual Translation of Upper Portion of Human Protein Tex44.jpg 2,244 x 2,904; 663 KB
Constant gap penalty.jpg 221 x 119; 14 KB
Corrected Sequence Identity vs Median Divergence date for Tex44 protein.png 600 x 371; 27 KB
Correlated mutation.png 2,011 x 807; 174 KB
Correlated Mutations Method.png 912 x 932; 574 KB
Correlation plots of double knockout distribution across subsystems in M.tb and E.coli.png 2,311 x 1,083; 1,014 KB
CPM Cell Sorting.gif 160 x 160; 4.05 MB
Cs5634-2-way-takes-rel-key.png 719 x 307; 8 KB
Cs5634-3-way-ABC-key-noarrow.png 255 x 271; 4 KB
Csacascasc.jpg 1,250 x 1,226; 1.64 MB
CSBJ2026new.png 1,080 x 859; 143 KB
CSBJLogo.png 400 x 400; 23 KB
D3GBinfo.png 1,000 x 500; 96 KB
D3GBlogo.png 259 x 146; 6 KB
DART method.jpg 384 x 394; 20 KB
DCJ Example Genome.png 1,052 x 512; 44 KB
De-bruijn-dna-assembly.png 1,536 x 2,048; 303 KB
Decomposition of a de Bruijn graph of MetaVelvet.pdf 1,039 x 1,081; 95 KB
DeepInsight method to transform non-image data to 2D image for convolutional neural network architecture.pdf 1,239 x 1,629, 7 pages; 1.78 MB
Defining-the-Role-of-Essential-Genes-in-Human-Disease-pone.0027368.g001.jpg 426 x 695; 104 KB
Defining-the-Role-of-Essential-Genes-in-Human-Disease-pone.0027368.g002.jpg 510 x 504; 148 KB
Defining-the-Role-of-Essential-Genes-in-Human-Disease-pone.0027368.g003.jpg 661 x 200; 58 KB
Defining-the-Role-of-Essential-Genes-in-Human-Disease-pone.0027368.g004.jpg 494 x 375; 56 KB
Defining-the-Role-of-Essential-Genes-in-Human-Disease-pone.0027368.g005.jpg 483 x 383; 50 KB
Developments in next generation sequencing.jpg 720 x 540; 61 KB
Digital Transcriptome Sequencing.jpg 3,333 x 2,500; 2.25 MB
Disease Gene Mapping with Multiple Chromosomes.jpg 2,207 x 2,689; 838 KB
Distribucion de los metabolitos en el NP-Atlas.png 4,309 x 2,413; 1.51 MB
DNA flow chart.png 1,760 x 1,360; 56 KB
Docking.png 500 x 158; 9 KB
Domain Homology.png 929 x 435; 142 KB
Dotazovana sekvence.jpg 297 x 249; 16 KB
DTSpiechart.png 2,621 x 1,055; 795 KB
Ehtemalat pishro.jpg 412 x 324; 49 KB
Empilhamento aromatico.png 1,765 x 1,111; 641 KB
En-Bioinformatics.ogg 37 min 0 s; 17.91 MB
En-uk-bioinformatical.ogg 1.6 s; 25 KB
En-us-bioinformatics.ogg 2.4 s; 37 KB
Ensembl release109 mb screenshot.png 1,102 x 862; 158 KB
Erill 2011 EBM Conference Researchsome.png 3,000 x 2,250; 190 KB
Estruturas de proteinas.png 1,063 x 275; 95 KB
Evolution of C10orf88.jpg 3,602 x 2,305; 459 KB
EvoMining.png 6,742 x 3,322; 1.93 MB
Example 1seq.pdf 3,797 x 2,958; 77 KB
Example 2simp.pdf 2,829 x 1,077; 13 KB
Example 3.pdf 2,829 x 1,077; 14 KB
Example 4.pdf 2,225 x 252; 8 KB
Example 5.pdf 2,652 x 1,054; 17 KB
Exorf-1V3.png 1,232 x 750; 32 KB
Exorf-2V2.png 1,274 x 832; 36 KB
FAH Logo.svg 444 x 480; 9 KB
FAM208b.GeneNeighborhood.png 945 x 156; 20 KB
FANTOM History v2 Draft.jpg 600 x 697; 231 KB
Farmakofory.png 1,036 x 207; 54 KB
FBA O2 Exchange perturbation of Ec iAF1260 flux1.png 545 x 558; 15 KB
Figure1 interactome highres.tif 1,716 x 1,256; 1.04 MB
Final DNA flow chart.png 1,760 x 1,360; 17 KB
Final Sample DNA flow chart.png 710 x 240; 18 KB
First and second infection by phages.jpg 3,591 x 2,268; 551 KB
Five Stages of Molecular Phylogenetic Analysis.png 1,964 x 218; 43 KB
FLJ and ADCY ExORF.png 1,128 x 1,892; 134 KB
Foldit 1236616893.png 1,086 x 693; 356 KB
Formato-fastq.svg 1,292 x 611; 126 KB
Fragment of Sus scrofa microtubule stabilized with taxol and peloruside.jpg 9,171 x 9,196; 8.24 MB
Frequencia esperada.png 539 x 184; 25 KB
Frequencia Observada.png 539 x 186; 21 KB
Funcionamiento de CORASON.png 5,181 x 6,094; 8.12 MB
Funrich.jpg 1,113 x 739; 141 KB
GAM Detection Frequency.png 518 x 496; 22 KB
GATC.JPG 1,536 x 2,048; 1.2 MB
Gbif network members-2017.08.png 1,442 x 720; 324 KB
GCGPackageManual.jpg 360 x 304; 91 KB
Gene 1700113H08Rik.png 424 x 443; 175 KB
Gene co-expression network construction steps.png 1,140 x 733; 157 KB
Gene co-expression network with 7221 genes for 18 gastric cancer patients.png 1,010 x 573; 538 KB
Gene co-expression vs regulation.png 389 x 343; 13 KB
Gene Expression - Homo sapien Adults.png 855 x 500; 68 KB
Gene expression matrix.jpg 5,387 x 3,243; 5.99 MB
Gene Fusion Types.png 576 x 525; 86 KB
Gene Neighborhood Conservation Method.png 884 x 524; 263 KB
GENE1.png 769 x 433; 35 KB
Genedata color RGB white background.jpg 1,823 x 630; 188 KB
Genome Annotation Timeline.svg 635 x 244; 217 KB
Genome Assembly Statistics.png 6,640 x 2,888; 219 KB
Genome sequencing project flowchart.svg 460 x 461; 7 KB
Genome size vs number of genes.svg 1,350 x 900; 1.74 MB
Genome size vs protein count.svg 512 x 512; 11.02 MB
Genome sizes.png 2,062 x 2,338; 250 KB
Genome skimming workflow.png 951 x 1,043; 71 KB
Genome-analysis-pipeline.png 2,880 x 774; 130 KB
Genotyping By Sequencing.png 679 x 99; 7 KB
Glorious Institute of Pharma & Bioinformatics (GIPB).png 1,417 x 304; 245 KB
GNU Health disease genes summary.png 1,514 x 1,099; 273 KB
Gnu health protein variant phenotype.png 1,522 x 854; 172 KB
GNU Health showing BRCA1 natural variants phenotypes.png 1,917 x 1,040; 815 KB
Gnu Health UniProt protein related diseases.png 1,417 x 1,011; 220 KB
GRIOTE.svg 1,566 x 351; 1.11 MB
Heatmap RNAseqV2 1.png 861 x 553; 16 KB
Historic cost of sequencing a human genome.svg 1,200 x 800; 22 KB
HIVE Annotation Mapper Computation.png 927 x 885; 130 KB
HIVE Heptagon Computation.png 1,034 x 1,161; 252 KB
HIVE Heptagon Web Interface Portal with Advanced Parameters.png 1,212 x 940; 151 KB
HIVE Heptagon Web Interface Portal.png 1,212 x 661; 130 KB
HIVE Hexagon Computation.png 1,015 x 850; 185 KB
HIVE Hexagon Web Interface Portal with Advanced Parameters.png 1,084 x 942; 191 KB
HIVE Hexagon Web Interface Portal.png 1,054 x 493; 138 KB
HIVE Hexahedron Computation.png 969 x 1,053; 221 KB
HIVE IDBA-UD Computation.png 1,102 x 885; 151 KB
HIVE MAFFT Computation.png 1,075 x 728; 174 KB
HIVE Velvet Computation.png 1,102 x 696; 121 KB
HIVE-hardware.png 1,495 x 1,332; 614 KB

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