|
algorithms |
12 |
|
cardiovascular diseases |
8 |
|
genomics |
8 |
|
machine learning |
8 |
|
recurrent cardiovascular events |
8 |
|
risk prediction score |
8 |
|
pathogen detection |
7 |
|
assembly |
6 |
|
cd274 |
6 |
|
cell adhesion molecules |
6 |
|
conserved sequence - genetics |
6 |
|
evolution, molecular |
6 |
|
hfe |
6 |
|
intragraft gene expression profiles |
6 |
|
liver graft injury |
6 |
|
liver transplantation |
6 |
|
metagenomics |
6 |
|
variant calling |
6 |
|
animals |
5 |
|
antimicrobial resistance prediction |
5 |
|
binding energy |
5 |
|
cdh17 |
5 |
|
cdh17/β-catenin axis |
5 |
|
china |
5 |
|
compositional analysis |
5 |
|
contig mapping |
5 |
|
deep learning |
5 |
|
diet - veterinary |
5 |
|
dna microarray |
5 |
|
dogs |
5 |
|
dynamic programming |
5 |
|
female |
5 |
|
fertility - genetics - physiology |
5 |
|
genome - genetics |
5 |
|
hcc |
5 |
|
heterozygote |
5 |
|
humans |
5 |
|
minion long reads |
5 |
|
motif finding |
5 |
|
multigene family - genetics |
5 |
|
multiple sequence alignment |
5 |
|
online algorithms |
5 |
|
polymorphism, single nucleotide - genetics |
5 |
|
receptors, g-protein-coupled - genetics |
5 |
|
sequence alignment |
5 |
|
sequence alignment - methods |
5 |
|
sequence analysis, dna |
5 |
|
sequence analysis, dna - methods |
5 |
|
spink1 |
5 |
|
synteny - genetics |
5 |
|
transcription factor |
5 |
|
ursidae - classification - genetics - physiology |
5 |
|
abundance detection |
4 |
|
approximate algorithms |
4 |
|
asynchronous data stream |
4 |
|
base sequence |
4 |
|
bioinformatics |
4 |
|
bounded-speed |
4 |
|
chromosome mapping - methods |
4 |
|
communication |
4 |
|
competitive algorithms |
4 |
|
competitive analysis |
4 |
|
complex structure |
4 |
|
compressed indexing |
4 |
|
computational tools |
4 |
|
contig |
4 |
|
data items |
4 |
|
data stream |
4 |
|
database |
4 |
|
de bruijn graph |
4 |
|
decision tree |
4 |
|
deterministic algorithms |
4 |
|
distributed data streams |
4 |
|
dna-protein alignment |
4 |
|
edit distance |
4 |
|
efficient data structures |
4 |
|
error bound |
4 |
|
error correction |
4 |
|
flow time |
4 |
|
frequent items |
4 |
|
gap-filling |
4 |
|
gene-disease association |
4 |
|
genetic disease |
4 |
|
genome |
4 |
|
hidden markov model |
4 |
|
human chromosomes |
4 |
|
human genomes |
4 |
|
linear spaces |
4 |
|
literature mining |
4 |
|
low coverage |
4 |
|
maximum speed |
4 |
|
metagenome assembly |
4 |
|
metrics |
4 |
|
molecular sequence data |
4 |
|
next generation sequencing |
4 |
|
ngs |
4 |
|
online catalog |
4 |
|
parallel computing |
4 |
|
phylogenetic analysis |
4 |
|
progressive alignment |
4 |
|
quantiles |
4 |
|
read alignment |
4 |
|
reads alignments |
4 |
|
relation extraction |
4 |
|
scaffold |
4 |
|
secondary structure prediction |
4 |
|
segmental duplications |
4 |
|
shotgun metagenomic sequencing |
4 |
|
simd |
4 |
|
snp calling |
4 |
|
space complexity |
4 |
|
speed scaling |
4 |
|
structural variations |
4 |
|
succinct data structure |
4 |
|
targeted gene |
4 |
|
technical speaking |
4 |
|
tree optimization |
4 |
|
accurate |
3 |
|
algorithm |
3 |
|
alternative splicing - genetics |
3 |
|
alternative splicing pattern |
3 |
|
article |
3 |
|
artificial intelligence |
3 |
|
assembly-free approach |
3 |
|
asynchronous data streams |
3 |
|
bartonella quintana |
3 |
|
bert |
3 |
|
binning |
3 |
|
biological evolution |
3 |
|
biomedical question answering |
3 |
|
bwt |
3 |
|
cardiac development and function |
3 |
|
competitive ratio |
3 |
|
computer program |
3 |
|
computer simulation |
3 |
|
computer-aided design |
3 |
|
computers |
3 |
|
conserved gene pairs |
3 |
|
conserved genes |
3 |
|
data integration |
3 |
|
deadline scheduling |
3 |
|
diabetic nephropathy |
3 |
|
distance-based reconstruction |
3 |
|
dna mutational analysis - methods |
3 |
|
dna sequence |
3 |
|
dynamic speed scaling |
3 |
|
energy |
3 |
|
energy efficiency |
3 |
|
ests |
3 |
|
etiologic diagnosis |
3 |
|
exons - genetics |
3 |
|
expressed sequences |
3 |
|
fast annotation |
3 |
|
flow-time |
3 |
|
gene expression - genetics |
3 |
|
gene regulatory network |
3 |
|
genome-wide association study |
3 |
|
gestational age |
3 |
|
gpu |
3 |
|
guide trees |
3 |
|
heart valve |
3 |
|
high throughput sequencing |
3 |
|
hpc |
3 |
|
human genome |
3 |
|
human references |
3 |
|
illumina miseq |
3 |
|
imputation |
3 |
|
indexing data structure |
3 |
|
infective endocarditis |
3 |
|
introns - genetics |
3 |
|
job migration |
3 |
|
linguistics |
3 |
|
lncrnas |
3 |
|
long non-coding rnas |
3 |
|
long reads |
3 |
|
mathematics computers |
3 |
|
metagenomic data analysis |
3 |
|
micrornas |
3 |
|
mirnas |
3 |
|
models, genetic |
3 |
|
models, molecular |
3 |
|
multiple levels |
3 |
|
multiprocessor scheduling |
3 |
|
mutation |
3 |
|
mutations |
3 |
|
new model |
3 |
|
non-clairvoyant algorithms |
3 |
|
non-clairvoyant scheduling |
3 |
|
novel sequences |
3 |
|
numerical encoding |
3 |
|
online scheduling |
3 |
|
phylogenetic network |
3 |
|
phylogenetic trees |
3 |
|
phylogeny |
3 |
|
potential analysis |
3 |
|
power management |
3 |
|
power saving |
3 |
|
preterm birth |
3 |
|
quantitative trait loci - genetics |
3 |
|
regulatory interactions |
3 |
|
resource augmentation |
3 |
|
rna splice sites - genetics |
3 |
|
scheduling |
3 |
|
secondary analysis |
3 |
|
sequence analysis |
3 |
|
sequence analysis - methods |
3 |
|
sequence analysis, protein - methods |
3 |
|
sequence analysis, rna |
3 |
|
short read alignment |
3 |
|
single-nucleotide polymorphisms |
3 |
|
sleep management |
3 |
|
sliding window |
3 |
|
software |
3 |
|
text mining |
3 |
|
transcription factors |
3 |
|
translation (languages) |
3 |
|
ultra-low-coverage whole genome sequencing |
3 |
|
ultrametric galled network |
3 |
|
web organization |
3 |
|
weighted flow time |
3 |
|
whole genome alignment |
3 |
|
whole-exome sequencing |
3 |
|
whole-genome seqeuncing |
3 |
|
004.35 c53 |
2 |
|
004.53 t87 |
2 |
|
affine gap |
2 |
|
algorithms. |
2 |
|
all-cavity matchings |
2 |
|
all-cavity maximum weight matchings |
2 |
|
amino acid sequence |
2 |
|
analysis of algorithms and problem complexity |
2 |
|
ann |
2 |
|
antibiotic resistance |
2 |
|
approximate pattern matching |
2 |
|
approximate string matching |
2 |
|
approximation algorithm |
2 |
|
approximation algorithms |
2 |
|
arrival time |
2 |
|
artificial neural network |
2 |
|
assessment |
2 |
|
at-speed |
2 |
|
base pairing |
2 |
|
basic operation |
2 |
|
biomedical literature |
2 |
|
biomedical relation extraction |
2 |
|
cancer genomics |
2 |
|
cell cycle pathway construction |
2 |
|
clinical decision support |
2 |
|
compass |
2 |
|
competitive ratios |
2 |
|
compressed index |
2 |
|
compressed suffix tree |
2 |
|
compression |
2 |
|
computational biology |
2 |
|
computational biology - methods |
2 |
|
computational biology and bioinformatics |
2 |
|
computational complexity |
2 |
|
computer programming |
2 |
|
conserved sequence |
2 |
|
construcion |
2 |
|
copy number variation |
2 |
|
corresponding gene embeddings |
2 |
|
current speed |
2 |
|
d-dimensional grids |
2 |
|
data compression - methods |
2 |
|
databases, genetic |
2 |
|
databases, protein |
2 |
|
dictionary matching |
2 |
|
different sizes |
2 |
|
disgenet platform |
2 |
|
distributed data sources |
2 |
|
dna - chemistry |
2 |
|
dna - genetics |
2 |
|
domain-specific language models |
2 |
|
duplication detection |
2 |
|
energy cost |
2 |
|
energy efficient |
2 |
|
energy minimization |
2 |
|
energy saving |
2 |
|
energy usages |
2 |
|
energy-aware systems |
2 |
|
evolutionary trees |
2 |
|
extra-resource augmentation |
2 |
|
flow times |
2 |
|
full text indexing |
2 |
|
fusion genes |
2 |
|
gene regulation |
2 |
|
genetic variation |
2 |
|
genome assembly |
2 |
|
genome instability |
2 |
|
genome, human |
2 |
|
genome, human - genetics |
2 |
|
genomic sequence |
2 |
|
graph algorithms |
2 |
|
haplotype comparison |
2 |
|
heterozygosity |
2 |
|
indexing with errors |
2 |
|
internet |
2 |
|
intracellular signaling peptides and proteins - chemistry - genetics - metabolism |
2 |
|
job scheduling |
2 |
|
job size |
2 |
|
job-shop scheduling |
2 |
|
label compressions |
2 |
|
level-2 neighbours |
2 |
|
local structural alignment |
2 |
|
lower bound |
2 |
|
lower bounds |
2 |
|
lung adenocarcinoma |
2 |
|
mapk pathway |
2 |
|
mapk pathway construction |
2 |
|
maximum weight matchings |
2 |
|
mdr-tb |
2 |
|
memory efficient algorithm |
2 |
|
memory requirements |
2 |
|
minimum weight covers |
2 |
|
mixed trees |
2 |
|
multi processor scheduling |
2 |
|
multi-platform sequencing data |
2 |
|
multi-processors |
2 |
|
multiple platform sequencing |
2 |
|
n50 |
2 |
|
nanopore minion |
2 |
|
nni distance |
2 |
|
non-coding rna |
2 |
|
non-shared edge distance |
2 |
|
nonclairvoyant scheduling |
2 |
|
noncoding rnas |
2 |
|
novel tandem duplication detection |
2 |
|
nucleic acid conformation |
2 |
|
nucleotides - chemistry - genetics |
2 |
|
on-line algorithms |
2 |
|
on-line flow |
2 |
|
online computation |
2 |
|
online problems |
2 |
|
online scheduling algorithm |
2 |
|
online scheduling algorithms |
2 |
|
overall survival prediction |
2 |
|
oxford nanopore sequencing |
2 |
|
pair-aware representation |
2 |
|
parallel algorithms (computer science) |
2 |
|
parallel programming (computer science) |
2 |
|
parity tests |
2 |
|
pathway construction |
2 |
|
pattern mathching |
2 |
|
pattern recognition, automated - methods |
2 |
|
phylogenetic tree |
2 |
|
point enclosure queries |
2 |
|
pre-emptive scheduling |
2 |
|
protein pathway |
2 |
|
protein pathway construction |
2 |
|
pseudoknot |
2 |
|
pseudoknots |
2 |
|
pubmed website |
2 |
|
r-sequences |
2 |
|
randomised algorithm |
2 |
|
randomized algorithm |
2 |
|
real data sets |
2 |
|
rejection penalty |
2 |
|
representation unification |
2 |
|
ribonucleases - analysis - chemistry |
2 |
|
rna - chemistry - genetics |
2 |
|
rna secondary structures |
2 |
|
rna, untranslated - chemistry - classification |
2 |
|
rna, untranslated - chemistry - genetics |
2 |
|
rna, untranslated - genetics |
2 |
|
rna-seq |
2 |
|
scaffolds |
2 |
|
secondary structure |
2 |
|
seed-and-extend heuristic |
2 |
|
selection |
2 |
|
sensitivity |
2 |
|
sequence analysis, rna - methods |
2 |
|
sequence assembly |
2 |
|
sequence homology |
2 |
|
sequences |
2 |
|
sequencing and scheduling |
2 |
|
short reads |
2 |
|
signal transduction |
2 |
|
signal transduction pathway |
2 |
|
software computers |
2 |
|
somatic mutations |
2 |
|
splice junction |
2 |
|
spliced alignment |
2 |
|
stacking pairs |
2 |
|
stretch |
2 |
|
string matching |
2 |
|
structural alignment |
2 |
|
structural variant (sv) calling |
2 |
|
sv genotyping |
2 |
|
sv phasing |
2 |
|
system biology |
2 |
|
text indexing |
2 |
|
theory of computing mathematics |
2 |
|
third-generation sequencing |
2 |
|
triangular attention |
2 |
|
unfolded graphs |
2 |
|
unrooted trees |
2 |
|
variant representation |
2 |
|
variant-disease associations |
2 |
|
whole genome aligment |
2 |
|
alphabet size |
1 |
|
approximability |
1 |
|
approximate queries |
1 |
|
biconnectivity |
1 |
|
bin packing |
1 |
|
bounded gap |
1 |
|
cache-oblivious |
1 |
|
competitiveness |
1 |
|
compressed suffix array |
1 |
|
connected components |
1 |
|
data compression |
1 |
|
data structures |
1 |
|
dictionary problem |
1 |
|
dynamic dictionaries |
1 |
|
earliest deadline first |
1 |
|
edge ranking |
1 |
|
erew pram |
1 |
|
extra-resource analysis |
1 |
|
firm deadline scheduling |
1 |
|
fm-index |
1 |
|
graph labeling algorithms |
1 |
|
i/o model |
1 |
|
indexing |
1 |
|
information science and information theory and abstracting and indexing services |
1 |
|
maximum matching |
1 |
|
measurement |
1 |
|
minimum spanning trees |
1 |
|
monotone matrix |
1 |
|
nc |
1 |
|
new indices |
1 |
|
np-completeness |
1 |
|
optimal edge ranking |
1 |
|
optimal node ranking |
1 |
|
parallel algorithms |
1 |
|
pattern matching |
1 |
|
perfect matching |
1 |
|
performance |
1 |
|
pram |
1 |
|
sparsification technique |
1 |
|
stabbing query |
1 |
|
suffix trees |
1 |
|
theory |
1 |
|
time complexity |
1 |
|
two-dimensional information retrieval |
1 |
|
verification |
1 |
