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1Clinical practice pathways for evaluation and medication choice for attention-deficit/hyperactivity disorder symptoms in autism spectrum disorders
R. Mahajan, M. Bernal, R. Panzer, A. Whitaker, W. Roberts, B. Handen, A. Hardan, E. Anagnostou, J. Veenstra-VanderWeele, und A. Committee. Pediatrics, 130 (Suppl 2): S125-38 (November 2012)Review; NLM Journal Code: oxv, 0376422.
vor 4 Jahren von @acn
alle anzeigen
AIM,
Adolescent,
Attention
Child
Child,
Critical
Deficit
Development
Disorder
Disorders,
Female,
Humans,
Hyperactivity/di
Hyperactivity/dt
Hyperactivity/et
IM,
Male,
Pathways,
Pervasive/co
Therapy],
[Complications]
[Diagnosis],
[Drug
[Etiology],
airp,
with
AIM,Adolescent,AttentionChildChild,CriticalDeficitDevelopmentDisorderDisorders,Female,Humans,Hyperactivity/diHyperactivity/dtHyperactivity/etIM,Male,Pathways,Pervasive/coTherapy],[Complications][Diagnosis],[Drug[Etiology],airp,with
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1A practice pathway for the identification, evaluation, and management of insomnia in children and adolescents with autism spectrum disorders
B. Malow, K. Byars, K. Johnson, S. Weiss, M. Bernal, S. Goldman, R. Panzer, D. Coury, D. Glaze, und N. Sleep Committee of the Autism Treatment. Pediatrics, 130 (Suppl 2): S106-24 (November 2012)Review; NLM Journal Code: oxv, 0376422.
vor 4 Jahren von @acn
alle anzeigen
AIM,
Adolescent,
Child
Child,
Critical
Decision
Development
Disorders,
Disorders/di
Disorders/et
Disorders/th
Guidelines
Humans,
IM,
Initiation
Maintenance
Pathways,
Pervasive/co
Questionnaires,
Sleep
Topic,
Trees,
[Complications],
[Diagnosis],
[Etiology],
[Therapy]
airp,
and
as
AIM,Adolescent,ChildChild,CriticalDecisionDevelopmentDisorders,Disorders/diDisorders/etDisorders/thGuidelinesHumans,IM,InitiationMaintenancePathways,Pervasive/coQuestionnaires,SleepTopic,Trees,[Complications],[Diagnosis],[Etiology],[Therapy]airp,andas
(0)
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1Role of Sfk1 Gene in the Filamentous Fungus Penicillium Roqueforti
C. Torrent, C. Gil-Duran, J. Rojas-Aedo, E. Medina, I. Vaca, P. Castro, R. Garcia-Rico, M. Cotoras, L. Mendoza, G. Levican und 1 andere Autor(en). Frontiers in Microbiology, (2017)
vor 5 Jahren von @dqcauchile
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alpha-subunit,
biosynthesis,
botrytis-cinerea,
changes,
chrysogenum,
dqcauchile
expression,
four
gene
germination,
growth
kinase,
metabolites,
of
pathways,
penicillium
phenotypic
protein
rna-mediated
roqueforti,
saccharomyces-cerevisiae,
secondary
signaling
silencing,
stress,
suppressor
alpha-subunit,biosynthesis,botrytis-cinerea,changes,chrysogenum,dqcauchileexpression,fourgenegermination,growthkinase,metabolites,ofpathways,penicilliumphenotypicproteinrna-mediatedroqueforti,saccharomyces-cerevisiae,secondarysignalingsilencing,stress,suppressor
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1Upper limb corticomotor projections and physiological changes that occur with botulinum toxin-A therapy in children with hemiplegic cerebral palsy.
T. Redman, N. Gibson, J. Finn, A. Bremner, J. Valentine, und G. Thickbroom. Eur J Neurol, 15 (8): 787--791 (August 2008)
vor 10 Jahren von @ar0berts
alle anzeigen
Adolescent;
Botulinum
Toxins,
Type
A,
therapeutic
use;
Cerebral
Palsy,
complications/drug
therapy/physiopathology;
Child;
Female;
Hemiplegia,
drug
therapy/etiology;
Humans;
Male;
Motor
Cortex,
effects;
Muscle
Spasticity,
Neural
Pathways,
Neuromuscular
Agents,
Pilot
Projects;
Transcranial
Magnetic
Stimulation;
Upper
Extremity,
innervation
Adolescent;BotulinumToxins,TypeA,therapeuticuse;CerebralPalsy,complications/drugtherapy/physiopathology;Child;Female;Hemiplegia,drugtherapy/etiology;Humans;Male;MotorCortex,effects;MuscleSpasticity,NeuralPathways,NeuromuscularAgents,PilotProjects;TranscranialMagneticStimulation;UpperExtremity,innervation
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1Experience, cortical remapping, and recovery in brain disease.
G. Wittenberg. Neurobiol Dis, 37 (2): 252--258 (Februar 2010)
vor 10 Jahren von @ar0berts
alle anzeigen
Brain
Diseases,
physiopathology/rehabilitation/therapy;
Mapping,
methods;
Cerebral
Cortex,
anatomy
/&/
histology/physiopathology;
Humans;
Learning,
physiology;
Nerve
Regeneration,
Neural
Pathways,
Neuronal
Plasticity,
Physical
Therapy
Modalities,
trends;
Recovery
of
Function,
Transcranial
Magnetic
Stimulation,
methods/trends
BrainDiseases,physiopathology/rehabilitation/therapy;Mapping,methods;CerebralCortex,anatomy/&/histology/physiopathology;Humans;Learning,physiology;NerveRegeneration,NeuralPathways,NeuronalPlasticity,PhysicalTherapyModalities,trends;RecoveryofFunction,TranscranialMagneticStimulation,methods/trends
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1Pathophysiology of tinnitus
A. Møller. Otolaryngol Clin North Am, 36 (2): 249--66, v-vi (April 2003)
vor 13 Jahren von @muhe
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Auditory
Central
Humans;
Nervous
Neuronal
Pathways,
Plasticity;
System,
Tinnitus,
etiology/physiopathology
physiopathology;
AuditoryCentralHumans;NervousNeuronalPathways,Plasticity;System,Tinnitus,etiology/physiopathologyphysiopathology;
(0)
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1The Influence of the Efferent Auditory System on Otoacoustic Emissions in Noise Induced Tinnitus Clinical Relevance
J. Attias, I. Bresloff, und V. Furman. Acta Otolaryngol, 116 (4): 534--539 (Juli 1996)
vor 13 Jahren von @muhe
alle anzeigen
Adult;
Audiometry;
Auditory
Auditory,
Bone
Brain
Chronic
Cochlea,
Conduction;
Disease;
Diseases,
Efferent,
Evoked
Hearing
Hearing,
Humans;
Loss,
Military
Neurons,
Noise,
Noise-Induced,
Occupational
Pathways,
Perception,
Personnel;
Potentials,
Stem,
Threshold,
Tinnitus,
adverse
effects;
etiology/physiopathology
etiology/physiopathology;
innervation/physiology;
physiology;
Adult;Audiometry;AuditoryAuditory,BoneBrainChronicCochlea,Conduction;Disease;Diseases,Efferent,EvokedHearingHearing,Humans;Loss,MilitaryNeurons,Noise,Noise-Induced,OccupationalPathways,Perception,Personnel;Potentials,Stem,Threshold,Tinnitus,adverseeffects;etiology/physiopathologyetiology/physiopathology;innervation/physiology;physiology;
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1A multi-level model accounting for the effects of JAK2-STAT5 signal modulation in erythropoiesis
X. Lai, S. Nikolov, O. Wolkenhauer, und J. Vera. Computational Biology and Chemistry, 33 (4): 312--324 (August 2009)
vor 14 Jahren von @ra1602
alle anzeigen
Anaemia,
Cell
Epo,
Erythropoiesis,
Hypoxia,
Leukaemia,
Rostock
SBI
Signalling
Systems
biology
dynamics,
pathways,
population
Anaemia,CellEpo,Erythropoiesis,Hypoxia,Leukaemia,RostockSBISignallingSystemsbiologydynamics,pathways,population
(0)
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1Drug-efficacy depends on the inhibitor type and the target position in a metabolic network--a systematic study
S. Gerber, H. Assmus, B. Bakker, und E. Klipp. Journal of Theoretical Biology, 252 (3): 442--455 (Juni 2008)PMID: 17981303.
vor 14 Jahren von @ra1602
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Biology,
Catalysis,
Chemical,
Computational
Design,
Drug
Drug,
Enzyme
Humans,
Inhibitors,
Metabolic
Models,
Networks
Pathways,
Relationship,
Rostock
SBI
Systems
and
biology
{Dose-Response}
Biology,Catalysis,Chemical,ComputationalDesign,DrugDrug,EnzymeHumans,Inhibitors,MetabolicModels,NetworksPathways,Relationship,RostockSBISystemsandbiology{Dose-Response}
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1DETAILED RATE COEFFICIENTS AND THE ENTHALPY CHANGE OF THE EQUILIBRIUM REACTION OH + C2H4 (M)REVERSIBLE HOC2H4 OVER THE TEMPERATURE-RANGE 544-673-K
E. DIAU, und Y. LEE. Journal of Chemical Physics, 96 (1): 377--386 (Januar 1992)
vor 15 Jahren von @gsmith
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Activation-Energies,
Arrhenius
Constants,
Curved
Degrees
Ethylene,
Fluorescence,
Hydroxyl
K,
Kinetics
Laser
Negative
Pathways,
Photolysis,
Photolysis-Resonance
Plots,
Radicals,
Rate
Reaction
Activation-Energies,ArrheniusConstants,CurvedDegreesEthylene,Fluorescence,HydroxylK,KineticsLaserNegativePathways,Photolysis,Photolysis-ResonancePlots,Radicals,RateReaction
(0)
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3Plasticity in single neuron and circuit computations
A. Destexhe, und E. Marder. Nature, 431 (7010): 789--95 (Oktober 2004)
vor 15 Jahren von @philoscience
alle anzeigen
Animals,
Brain,
Humans,
Models:
Nerve
Net,
Neural
Neurological,
Neuronal
Neurons
Pathways,
Plasticity,
funkybio
Animals,Brain,Humans,Models:NerveNet,NeuralNeurological,NeuronalNeuronsPathways,Plasticity,funkybio
(0)
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1Octopamine modulates the axons of modulatory projection neurons
J. Goaillard, D. Schulz, V. Kilman, und E. Marder. J Neurosci, 24 (32): 7063--73 (August 2004)
vor 15 Jahren von @fdiehl
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Action
Animals,
Axons,
Brachyura,
Digestive
Efferent
Ganglia:
Invertebrate,
Nervous
Neurons,
Octopamine,
Pathways,
Periodicity,
Phenomena,
Physiological
Potentials
System
System,
ActionAnimals,Axons,Brachyura,DigestiveEfferentGanglia:Invertebrate,NervousNeurons,Octopamine,Pathways,Periodicity,Phenomena,PhysiologicalPotentialsSystemSystem,
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2Positive force feedback control of muscles
A. Prochazka, D. Gillard, und D. Bennett. J Neurophys, 77 (6): 3226--36 (Juni 1997)
vor 15 Jahren von @fdiehl
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Adult,
Aged,
Animals,
Ankle,
Cats,
Contraction,
Efferent
Feedback,
Female,
Humans,
Isometric
Locomotion,
Male,
Mechanoreceptors,
Middle
Motor
Muscle
Muscle:
Neurons,
Pathways,
Posture,
Reaction
Reflex:
Skeletal
Spindles,
Stretch,
Synaptic
Time,
Transmission,
Weight-Bearing,
Wrist,
Adult,Aged,Animals,Ankle,Cats,Contraction,EfferentFeedback,Female,Humans,IsometricLocomotion,Male,Mechanoreceptors,MiddleMotorMuscleMuscle:Neurons,Pathways,Posture,ReactionReflex:SkeletalSpindles,Stretch,SynapticTime,Transmission,Weight-Bearing,Wrist,
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1Is there a future for therapeutic use of transcranial magnetic stimulation?
M. Ridding, und J. Rothwell. Nat Rev Neurosci, 8 (7): 559--67 (Juli 2007)
vor 15 Jahren von @fdiehl
alle anzeigen
Artifacts,
Brain
Cerebral
Clinical
Cortex,
Diseases,
Electromagnetic
Evoked
Fields,
Humans,
Magnetic
Neural
Outcome,
Pathways,
Potentials,
Stimulation
Topic,
Transcranial
Treatment
Trials
as
Artifacts,BrainCerebralClinicalCortex,Diseases,ElectromagneticEvokedFields,Humans,MagneticNeuralOutcome,Pathways,Potentials,StimulationTopic,TranscranialTreatmentTrialsas
(0)
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2Implications of positive feedback in the control of movement
A. Prochazka, D. Gillard, und D. Bennett. J Neurophys, 77 (6): 3237--51 (Juni 1997)
vor 15 Jahren von @fdiehl
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Afferent
Animals,
Computer
Contraction,
Feedback,
Graphics
Humans,
Locomotion,
Mechanoreceptors,
Models:
Muscle
Muscle:
Neurological,
Pathways,
Reaction
Reflex:
Simulation,
Skeletal,
Software,
Spindles,
Stretch,
Synaptic
Time,
Transmission,
Weight-Bearing,
AfferentAnimals,ComputerContraction,Feedback,GraphicsHumans,Locomotion,Mechanoreceptors,Models:MuscleMuscle:Neurological,Pathways,ReactionReflex:Simulation,Skeletal,Software,Spindles,Stretch,SynapticTime,Transmission,Weight-Bearing,
(0)
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1Transneuronal circuit tracing with neurotropic viruses
E. Callaway. Curr Op Neurobiol, 18 (6): 617--23 (Dezember 2008)
vor 15 Jahren von @fdiehl
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Animals,
Histocytochemistry,
Humans
Neural
Pathways,
Proteins,
Viral
Viruses,
Animals,Histocytochemistry,HumansNeuralPathways,Proteins,ViralViruses,
(0)
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1Microcircuits in action--from CPGs to neocortex
S. Grillner, H. Markram, E. Schutter, G. Silberberg, und F. LeBeau. Trends Neurosci, 28 (10): 525--33 (Oktober 2005)
vor 15 Jahren von @fdiehl
alle anzeigen
(Computer),
Animals,
Hippocampus,
Humans,
Models:
Movement,
Neocortex,
Nerve
Net,
Networks
Neural
Neurological
Pathways,
Periodicity,
(Computer),Animals,Hippocampus,Humans,Models:Movement,Neocortex,NerveNet,NetworksNeuralNeurologicalPathways,Periodicity,
(0)
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1Mechanosensory gating of proprioceptor input to modulatory projection neurons
M. Beenhakker, M. Kirby, und M. Nusbaum. J Neurosci, 27 (52): 14308--16 (Dezember 2007)
vor 15 Jahren von @fdiehl
alle anzeigen
Afferent,
Analysis
Animals,
Brachyura,
Digestive
Ganglia:
Inhibition,
Invertebrate,
Male,
Mechanoreceptors,
Membrane
Motor
Nerve
Net,
Neural
Neurons
Neurons:
Pathways,
Periodicity,
Physical
Potentials,
Stimulation,
System,
Variance,
of
Afferent,AnalysisAnimals,Brachyura,DigestiveGanglia:Inhibition,Invertebrate,Male,Mechanoreceptors,MembraneMotorNerveNet,NeuralNeuronsNeurons:Pathways,Periodicity,PhysicalPotentials,Stimulation,System,Variance,of
(0)
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1Presynaptic control as a mechanism of sensory-motor integration
F. Clarac, A. el Manira, und D. Cattaert. Curr Op Neurobiol, 2 (6): 764--9 (Dezember 1992)
vor 15 Jahren von @fdiehl
alle anzeigen
Action
Activity,
Afferent
Animals,
Astacoidea,
Cats,
Channel
Channels,
Chloride
Electric
GABA-A,
GTP-Binding
Gating,
Ion
Locomotion,
Membrane
Models:
Motor
Neurological,
Pathways,
Potentials,
Proteins,
Receptors:
Sensation,
Signal
Stimulation,
Synaptic
Transduction
Transmission,
ActionActivity,AfferentAnimals,Astacoidea,Cats,ChannelChannels,ChlorideElectricGABA-A,GTP-BindingGating,IonLocomotion,MembraneModels:MotorNeurological,Pathways,Potentials,Proteins,Receptors:Sensation,SignalStimulation,SynapticTransductionTransmission,
(0)
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1Spike-frequency adaptation generates intensity invariance in a primary auditory interneuron
J. Benda, und R. Hennig. J Comp Neurosci, 24 (2): 113--36 (April 2008)
vor 15 Jahren von @fdiehl
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Acoustic
Action
Adaptation:
Animals,
Auditory
Cortex
Dose-Response
Factors,
Gryllidae,
Interneurons,
Models:
Neurological,
Pathways,
Physiological,
Potentials,
Radiation,
Reaction
Relationship:
Stimulation,
Threshold,
Time
Time,
AcousticActionAdaptation:Animals,AuditoryCortexDose-ResponseFactors,Gryllidae,Interneurons,Models:Neurological,Pathways,Physiological,Potentials,Radiation,ReactionRelationship:Stimulation,Threshold,TimeTime,
(0)
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1Insights from models of rhythmic motor systems
A. Prinz. Curr Op Neurobiol, 16 (6): 615--20 (Dezember 2006)
vor 15 Jahren von @fdiehl
alle anzeigen
Animal,
Animals,
Biological
Central
Clocks,
Computer
Humans,
Models:
Movement,
Nerve
Nervous
Net
Neural
Neurons,
Pathways,
Peripheral
Simulation,
Synaptic
System,
Transmission,
Animal,Animals,BiologicalCentralClocks,ComputerHumans,Models:Movement,NerveNervousNetNeuralNeurons,Pathways,PeripheralSimulation,SynapticSystem,Transmission,
(0)
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1Coordination of fast and slow rhythmic neuronal circuits
M. Bartos, Y. Manor, F. Nadim, E. Marder, und M. Nusbaum. J Neurosci, 19 (15): 6650--60 (August 1999)
vor 15 Jahren von @fdiehl
alle anzeigen
Animals,
Brachyura,
Digestive
Factors,
Gastrointestinal
Interneurons,
Motility,
Neural
Neurons,
Pathways,
Periodicity,
Pylorus,
Synapses,
Synaptic
System,
Time
Transmission
Animals,Brachyura,DigestiveFactors,GastrointestinalInterneurons,Motility,NeuralNeurons,Pathways,Periodicity,Pylorus,Synapses,SynapticSystem,TimeTransmission
(0)
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1Antennular projections to the midbrain of the spiny lobster. I. Sensory innervation of the lateral and medial antennular neuropils
M. Schmidt, L. Ekeris, und B. Ache. J Comp Neurol, 318 (3): 277--90 (April 1992)
vor 15 Jahren von @fdiehl
alle anzeigen
Afferent
Afferent,
Animals,
Axons,
Brain,
Cells,
Chemoreceptor
Electrophysiology,
Female,
Histocytochemistry,
Lysine,
Male,
Mechanoreceptors,
Mesencephalon,
Nephropidae
Neurons:
Organs,
Pathways,
Sense
AfferentAfferent,Animals,Axons,Brain,Cells,ChemoreceptorElectrophysiology,Female,Histocytochemistry,Lysine,Male,Mechanoreceptors,Mesencephalon,NephropidaeNeurons:Organs,Pathways,Sense
(0)
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2Participation of the cerebellum in auditory processing
P. Sens, und C. de Almeida. Brazilian journal of otorhinolaryngology, 73 (2): 266--70 (Januar 2007)
vor 15 Jahren von @fdiehl
alle anzeigen
Animals,
Auditory
Cerebellum,
Cognition,
Humans
Pathways,
Perception,
Animals,AuditoryCerebellum,Cognition,HumansPathways,Perception,
(0)
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1Motor pattern specification by dual descending pathways to a lobster rhythm-generating network
D. Combes, P. Meyrand, und J. Simmers. J Neurosci, 19 (9): 3610--9 (Mai 1999)
vor 15 Jahren von @fdiehl
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Activity,
Animals,
Efferent
Electric
Electromyography,
Evoked
Ganglia:
Interneurons,
Invertebrate,
Mastication,
Motor
Nephropidae,
Nerve
Net
Neurons,
Pathways,
Potentials,
Stimulation,
Activity,Animals,EfferentElectricElectromyography,EvokedGanglia:Interneurons,Invertebrate,Mastication,MotorNephropidae,NerveNetNeurons,Pathways,Potentials,Stimulation,
(0)
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1Nonlinear interneuronal properties underlie integrative flexibility in a lobster disynaptic sensorimotor pathway
J. Simmers, und M. Moulins. J Neurophys, 59 (3): 757--77 (März 1988)
vor 15 Jahren von @fdiehl
alle anzeigen
Action
Activity,
Animals
Biomechanics,
Differential
Electrophysiology,
Interneurons,
Mechanoreceptors,
Motor
Nephropidae,
Neural
Neurons,
Pathways,
Potentials,
Synapses,
Threshold,
ActionActivity,AnimalsBiomechanics,DifferentialElectrophysiology,Interneurons,Mechanoreceptors,MotorNephropidae,NeuralNeurons,Pathways,Potentials,Synapses,Threshold,
(0)
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1Ryanodine receptor/Ca$^2+$ release channels and their regulation by endogenous effectors.
G. Meissner. Annu. Rev. Physiol., (1994)
vor 16 Jahren von @hake
alle anzeigen
19th
80
Abstract,
Adhesions,
Adolescent,
Adult,
Afferent
Afferent,
Aged,
Aging,
Aids,
Amiloride,
Animals,
Appendectomy,
Appendicitis,
Art,
Arteries,
Attention,
Audiometry,
Auditory
Calcitonin
Calcium
Calcium,
Carotid
Cations,
Cause
Cell
Century,
Channel
Channels,
Child,
Clinical
Cloning,
Correspondence,
Cytosol,
Death,
Diseases,
Electron,
Endarterectomy,
English
Epilepsy,
Evoked
Famous
Female,
Femoral
Fixation,
Follow-Up
Fracture
Fractures,
France,
Galanin,
Ganglia,
Gating,
Gene-Related
Genital
Gerbillinae,
Guidelines,
Hand,
Hearing
Hip
History,
Hospital
Hospitalization,
Hospitals,
Humans,
Immunohistochemistry,
Incidence,
Internal,
Intestinal
Intestine,
Ion
Isomerism,
Ligands,
Loss,
Macaca
Male,
Mechanoreceptors,
Microscopy,
Middle
Models,
Molecular,
Mortality,
Muscle
Muscles,
Neck
Neuroglia,
Obstruction,
Pathways,
Peptide,
Persons,
Potentials,
Proteins,
Size,
Stenosis,
Studies,
Threshold,
Trials,
and
mulatta,
of
over,
19th80Abstract,Adhesions,Adolescent,Adult,AfferentAfferent,Aged,Aging,Aids,Amiloride,Animals,Appendectomy,Appendicitis,Art,Arteries,Attention,Audiometry,AuditoryCalcitoninCalciumCalcium,CarotidCations,CauseCellCentury,ChannelChannels,Child,ClinicalCloning,Correspondence,Cytosol,Death,Diseases,Electron,Endarterectomy,EnglishEpilepsy,EvokedFamousFemale,FemoralFixation,Follow-UpFractureFractures,France,Galanin,Ganglia,Gating,Gene-RelatedGenitalGerbillinae,Guidelines,Hand,HearingHipHistory,HospitalHospitalization,Hospitals,Humans,Immunohistochemistry,Incidence,Internal,IntestinalIntestine,IonIsomerism,Ligands,Loss,MacacaMale,Mechanoreceptors,Microscopy,MiddleModels,Molecular,Mortality,MuscleMuscles,NeckNeuroglia,Obstruction,Pathways,Peptide,Persons,Potentials,Proteins,Size,Stenosis,Studies,Threshold,Trials,andmulatta,ofover,
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1The time-rescaling theorem and its application to neural spike train data analysis.
E. Brown, R. Barbieri, V. Ventura, R. Kass, und L. Frank. Neural Comput., 14 (2): 325--346 (Februar 2002)
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2Enzyme Genetic Programming
M. Lones, und A. Tyrrell. Proceedings of the 2001 Congress on Evolutionary Computation, CEC 2001, Seite 1183--1190. COEX, World Trade Center, 159 Samseong-dong, Gangnam-gu, Seoul, Korea, IEEE Press, (27--30 May 2001)
vor 17 Jahren von @brazovayeye
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1Automatic Synthesis of Both the Topology and Sizing of Metabolic Pathways using Genetic Programming
J. Koza, W. Mydlowec, G. Lanza, J. Yu, und M. Keane. Proceedings of the Genetic and Evolutionary Computation Conference (GECCO-2001), Seite 57--65. San Francisco, California, USA, Morgan Kaufmann, (7-11 July 2001)
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1Reverse engineering of metabolic pathways from observed data by means of genetic programming
J. Koza, W. Mydlowec, G. Lanza, J. Yu, und M. Keane. First International Conference on Systems Biology (ICSB), Tokyo, (14-16 November 2000)
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1Reverse Engineering and Automatic Synthesis of Metabolic Pathways from Observed Data Using Genetic Programming
J. Koza, W. Mydlowec, G. Lanza, J. Yu, und M. Keane. SMI-2000-0851. Stanford Medical Informatics, (November 2000)
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2Learning dynamic models of compartment systems by combining symbolic regression with fuzzy vector envisionment
M. Khoury, F. Guerin, und G. Coghill. Genetic and Evolutionary Computation Conference (GECCO2007) workshop program, Seite 2769--2776. London, United Kingdom, ACM Press, (7-11 July 2007)
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1Diffusion tensor MR imaging of the brain and white matter tractography.
E. Melhem, S. Mori, G. Mukundan, M. Kraut, M. Pomper, und P. van Zijl. AJR American Journal of Roentgenology, 178 (1): 3--16 (Januar 2002)
vor 18 Jahren von @bmeyer
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1Diffusion tensor imaging of cerebral white matter: a pictorial review of physics, fiber tract anatomy, and tumor imaging patterns.
B. Jellison, A. Field, J. Medow, M. Lazar, M. Salamat, und A. Alexander. AJNR Am J Neuroradiol, 25 (3): 356--369 (März 2004)
vor 18 Jahren von @bmeyer
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1Applications of diffusion tensor MR imaging in multiple sclerosis.
Y. Ge, M. Law, und R. Grossman. Annals of the New York Academy of Sciences, (Dezember 2005)
vor 18 Jahren von @bmeyer
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1Principal diffusion direction in peritumoral fiber tracts: Color map patterns and directional statistics.
A. Field, Y. Wu, und A. Alexander. Ann N Y Acad Sci, (Dezember 2005)
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2Spatial and temporal properties of visual responses in the thalamus of the developing ferret.
C. Akerman, M. Grubb, und I. Thompson. Journal of Neuroscience, 24 (1): 170--182 (Januar 2004)
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