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1Emerging Technologies and Tools in Precision Medicine Research A Comprehensive Review
B. Roplekar. INTERNATIONAL JOURNAL OF TREND IN SCIENTIFIC RESEARCH AND DEVELOPMENT, 8 (4): 988-994 (августа 2024)
2 месяцев назад , @ijtsrd
(AI),
(NGS),
Advanced
Analytics,
Artificial
Big
Bioinformatics,
CRISPR-Cas9,
Data
Data,
Discovery
Drug
Emerging
Imaging
Intelligence
Medicine,
Next-Generation
Omics
Patient
Personalized
Precision
Sequencing
Stratification,
Techniques,
Technologies,
Therapies,
(AI),(NGS),AdvancedAnalytics,ArtificialBigBioinformatics,CRISPR-Cas9,DataData,DiscoveryDrugEmergingImagingIntelligenceMedicine,Next-GenerationOmicsPatientPersonalizedPrecisionSequencingStratification,Techniques,Technologies,Therapies,
(0)
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2Estimating Sample-Specific Regulatory Networks
M. Kuijjer, M. Tung, G. Yuan, J. Quackenbush, и K. Glass. iScience, (2019)
3 лет назад , @becker
Bioinformatics,
Biological
Complex
Sciences,
Systems
paper:cordis
Bioinformatics,BiologicalComplexSciences,Systemspaper:cordis
(0)
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1Prediction of Protein Functional Domains from Sequences Using Artificial Neural Networks
J. Murvai, K. Vlahovicek, {. Szepesvári, и S. Pongor. Genome Research, 11 (8): 1410--1417 (2001)
5 лет назад , @csaba
application
bioinformatics,
domain
networks,
neural
prediction,
applicationbioinformatics,domainnetworks,neuralprediction,
(0)
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1The SBASE Protein Domain Sequence Library Release 6.0.
J. Murvai, E. Barta, K. Vlahovicek, {. Szepesvári, C. Acatrinei, и S. Pongor. Nucleic Acids Research, 27 (1): 257--259 (1999)
5 лет назад , @csaba
application
bioinformatics,
applicationbioinformatics,
(0)
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1Prediction of Protein Domain-Types by Backpropagation
J. Murvai, {. Szepesvári, C. Bachrati, и S. Pongor. TR-98-117. ``Attila József'' University, Research Group on Artificial Intelligence, Szeged, HU-6700, (1997)
5 лет назад , @csaba
application
bioinformatics,
domain
networks,
neural
prediction,
applicationbioinformatics,domainnetworks,neuralprediction,
(0)
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1Human genome at ten: Life is complicated
E. Check Hayden. Nature News, 464 (7289): 664--667 (марта 2010)
8 лет назад , @yourwelcome
Biology,
Cancer,
DNA,
Drug
Ecology,
Environmental
Genomics,
Marine
Nature,
RNA,
astronomy,
astrophysics,
biochemistry,
bioinformatics,
biology,
biotechnology,
cell
change,
climate
computational
cycle,
development,
developmental
discovery,
earth
evolution,
evolutionary
functional
genetics,
genomics,
geophysics,
immunology,
interactions,
interdisciplinary
life,
materials
medical
medicine,
metabolomics,
molecular
nanotechnology,
neurobiology,
neuroscience,
news,
palaeobiology,
pharmacology,
physics,
policy,
proteomics,
quantum
research,
science
science,
signal
signalling,
structural
systems
transcriptomics
transduction,
Biology,Cancer,DNA,DrugEcology,EnvironmentalGenomics,MarineNature,RNA,astronomy,astrophysics,biochemistry,bioinformatics,biology,biotechnology,cellchange,climatecomputationalcycle,development,developmentaldiscovery,earthevolution,evolutionaryfunctionalgenetics,genomics,geophysics,immunology,interactions,interdisciplinarylife,materialsmedicalmedicine,metabolomics,molecularnanotechnology,neurobiology,neuroscience,news,palaeobiology,pharmacology,physics,policy,proteomics,quantumresearch,sciencescience,signalsignalling,structuralsystemstranscriptomicstransduction,
(0)
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2Long-period astronomical forcing of mammal turnover
J. Dam, H. Aziz, M. Sierra, F. Hilgen, L. Ostende, L. Lourens, P. Mein, A. Meulen, и P. Pelaez-Campomanes. Nature, 443 (7112): 687--691 (октября 2006)
8 лет назад , @yourwelcome
Biology,
Cancer,
DNA,
Drug
Environmental
Genomics,
Marine
Nature,
RNA,
astronomy,
astrophysics,
biochemistry,
bioinformatics,
biology,
biotechnology,
cell
change,
climate
computational
cycle,
development,
developmental
discovery,
earth
ecology,
evolution,
evolutionary
functional
genetics,
genomics,
geophysics,
immunology,
interactions,
interdisciplinary
life,
materials
medical
medicine,
metabolomics,
molecular
nanotechnology,
neurobiology,
neuroscience,
news,
palaeobiology,
pharmacology,
physics,
policy,
proteomics,
quantum
research,
science
science,
signal
signalling,
structural
systems
transcriptomics
transduction,
Biology,Cancer,DNA,DrugEnvironmentalGenomics,MarineNature,RNA,astronomy,astrophysics,biochemistry,bioinformatics,biology,biotechnology,cellchange,climatecomputationalcycle,development,developmentaldiscovery,earthecology,evolution,evolutionaryfunctionalgenetics,genomics,geophysics,immunology,interactions,interdisciplinarylife,materialsmedicalmedicine,metabolomics,molecularnanotechnology,neurobiology,neuroscience,news,palaeobiology,pharmacology,physics,policy,proteomics,quantumresearch,sciencescience,signalsignalling,structuralsystemstranscriptomicstransduction,
(0)
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1Generation of random clusters with specified degree of separation
W. Qiu, и H. Joe. Journal of Classification, 23 (2): 315--334 (сентября 2006)
8 лет назад , @yourwelcome
Sampler
bioinformatics,
clustering,
correlations,
covariance
matrix,
Samplerbioinformatics,clustering,correlations,covariancematrix,
(0)
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2SysBioMed report: Advancing systems biology for medical applications
O. Wolkenhauer, D. Fell, P. Meyts, N. Bluthgen, H. Herzel, N. Novere, T. Hofer, K. Schurrle, и I. van Leeuwen. IET Systems Biology, 3 (3): 131--136 (мая 2009)
14 лет назад , @ra1602
Briefing,
Policy
Rostock
SBI
Science
bioinformatics,
biology,
cellular
clinical
complex
diseases,
dynamical
encoding,
gene,
information,
learning,
machine
macroscale
medical
modelling,
molecular
networks,
nonlinear
pattern
phenomena,
property,
recognition,
report
spatio-temporal
statistical
subcellular
systems
theory,
{SysBioMed}
Briefing,PolicyRostockSBISciencebioinformatics,biology,cellularclinicalcomplexdiseases,dynamicalencoding,gene,information,learning,machinemacroscalemedicalmodelling,molecularnetworks,nonlinearpatternphenomena,property,recognition,reportspatio-temporalstatisticalsubcellularsystemstheory,{SysBioMed}
(0)
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16An Introduction to Variable and Feature Selection
I. Guyon, и A. Elisseeff. (2003)
15 лет назад , @dhruvbansal
bioinformatics,
clustering,
data_mining,
dimensionality_reduction,
feature_extraction,
genomics
machine_learning,
model_selection,
bioinformatics,clustering,data_mining,dimensionality_reduction,feature_extraction,genomicsmachine_learning,model_selection,
(0)
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1The Functional Genomics Experiment model (FuGE): an extensible framework for standards in functional genomics
A. Jones, M. Miller, R. Aebersold, R. Apweiler, C. Ball, A. Brazma, J. Degreef, N. Hardy, H. Hermjakob, S. Hubbard и 15 other автор(ы). Nat Biotech, 25 (10): 1127--1133 (октября 2007)
16 лет назад , @earthfare
bioinformatics,
data-integration,
data-standards,
fuge,
xml
bioinformatics,data-integration,data-standards,fuge,xml
(0)
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1ATIVS: analytical tool for influenza virus surveillance
Y. Liao, C. Ko, M. Tsai, M. Lee, и C. Hsiung. Nucl. Acids Res., (мая 2009)
16 лет назад , @earthfare
bioinformatics,
influenza
bioinformatics,influenza
(0)
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1Boosting improves stability and accuracy of genetic programming in biological classification
P. Saetrom, O. Birkeland, и O. Snove Jr.. Genetic Programming Theory and Practice IV, том 5 из Genetic and Evolutionary Computation, глава 18, Springer, Ann Arbor, (11-13 May 2006)
17 лет назад , @brazovayeye
Bioinformatics,
RNAi
algorithms,
gene
genetic
microRNA,
prediction,
programming,
Bioinformatics,RNAialgorithms,genegeneticmicroRNA,prediction,programming,
(0)
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1Genetic programming neural networks: A powerful bioinformatics tool for human genetics
M. Ritchie, A. Motsinger, W. Bush, C. Coffey, и J. Moore. Applied Soft Computing, 7 (1): 471--479 (января 2007)
17 лет назад , @brazovayeye
ANN,
Bioinformatics,
Epistasis,
Gene-gene
Neural
algorithms,
genetic
interactions
networks,
programming,
ANN,Bioinformatics,Epistasis,Gene-geneNeuralalgorithms,geneticinteractionsnetworks,programming,
(0)
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1Evolving Turing machines for Biosequences Recognition and Analysis
E. Vallejo, и F. Ramos. Genetic Programming, Proceedings of EuroGP'2001, том 2038 из LNCS, стр. 192--203. Lake Como, Italy, Springer-Verlag, (18-20 April 2001)
17 лет назад , @brazovayeye
Bioinformatics,
DNA,
Multiple
Sequence
Turing
algorithms,
aligment
genetic
machines,
programming,
Bioinformatics,DNA,MultipleSequenceTuringalgorithms,aligmentgeneticmachines,programming,
(0)
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1A Grammar based Strongly Typed Genetic Programming system for finding Regular Expression which predict Affymetrix DNA probe performance
W. Langdon, и A. Harrison. Computing and Electronic Systems, University of Essex Wivenhoe Park, Colchester CO4 3SQ, UK, (апреля 2008)
17 лет назад , @brazovayeye
Affymetrix
Bioinformatics,
GeneChip,
STGP,
algorithms,
egrep,
expression,
gawk
genetic
grammar,
programming,
regular
strongly
typed
AffymetrixBioinformatics,GeneChip,STGP,algorithms,egrep,expression,gawkgeneticgrammar,programming,regularstronglytyped
(0)
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2Evolving GeneChip Correlation Predictors on Parallel Graphics Hardware
W. Langdon. Proceedings of the IEEE World Congress on Computational Intelligence, Hong Kong, IEEE, (1-6 June 2008)Forthcoming.
17 лет назад , @brazovayeye
GPU,
algorithms,
bioinformatics,
genetic
microarray,
performance
programming,
GPU,algorithms,bioinformatics,geneticmicroarray,performanceprogramming,
(0)
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1Genetic Programming for Drug Discovery
W. Langdon. CES-481. Computing and Electronic Systems, University of Essex, Wivenhoe Park, Colchester CO4 3SQ, UK, (26 February 2008)
17 лет назад , @brazovayeye
Bioinformatics,
GSK
algorithms,
genetic
programming,
Bioinformatics,GSKalgorithms,geneticprogramming,
(0)
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1Self Generating Metaheuristics in Bioinformatics: The Proteins Structure Comparison Case
N. Krasnogor. Genetic Programming and Evolvable Machines, 5 (2): 181--201 (июня 2004)
17 лет назад , @brazovayeye
MAX-CMO,
algorithms
algorithms,
bioinformatics,
climbing,
co-evolving
genetic
hill
memetic
self-generation,
MAX-CMO,algorithmsalgorithms,bioinformatics,climbing,co-evolvinggenetichillmemeticself-generation,
(0)
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1Genetic Programming inside a Cell
C. Jacob, и I. Burleigh. Genetic Programming Theory and Practice III, том 9 из Genetic Programming, глава 13, Springer, Ann Arbor, (12-14 May 2005)
17 лет назад , @brazovayeye
Agent-based
Bioinformatics,
Biological
Gene
Intelligence,
Lactose
Modelling,
Operon,
Regulatory
Self-Organisation
Simulation,
Swarm
System,
agent,
algorithms,
gene
genetic
programming,
regulation,
Agent-basedBioinformatics,BiologicalGeneIntelligence,LactoseModelling,Operon,RegulatorySelf-OrganisationSimulation,SwarmSystem,agent,algorithms,genegeneticprogramming,regulation,
(0)
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1Emerging Technologies and Tools in Precision Medicine Research A Comprehensive Review

2Estimating Sample-Specific Regulatory Networks

1Prediction of Protein Functional Domains from Sequences Using Artificial Neural Networks

1The SBASE Protein Domain Sequence Library Release 6.0.

1Prediction of Protein Domain-Types by Backpropagation

1Human genome at ten: Life is complicated

2Long-period astronomical forcing of mammal turnover

1Generation of random clusters with specified degree of separation

2SysBioMed report: Advancing systems biology for medical applications

16An Introduction to Variable and Feature Selection

1The Functional Genomics Experiment model (FuGE): an extensible framework for standards in functional genomics

1ATIVS: analytical tool for influenza virus surveillance

1Boosting improves stability and accuracy of genetic programming in biological classification

1Genetic programming neural networks: A powerful bioinformatics tool for human genetics

1Evolving Turing machines for Biosequences Recognition and Analysis

1A Grammar based Strongly Typed Genetic Programming system for finding Regular Expression which predict Affymetrix DNA probe performance

2Evolving GeneChip Correlation Predictors on Parallel Graphics Hardware

1Genetic Programming for Drug Discovery

1Self Generating Metaheuristics in Bioinformatics: The Proteins Structure Comparison Case

1Genetic Programming inside a Cell

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