about
Effect of age on complexity and causality of the cardiovascular control: comparison between model-based and model-free approaches.Multivariate parametric model for the identification of diastolic pressure and pulse pressure components.Multiscale complexity analysis of the cardiac control identifies asymptomatic and symptomatic patients in long QT syndrome type 1.Planning the Surgical Correction of Spinal Deformities: Toward the Identification of the Biomechanical Principles by Means of Numerical Simulation.Information domain analysis of the spontaneous baroreflex during pharmacological challenges.Coherence analysis overestimates the role of baroreflex in governing the interactions between heart period and systolic arterial pressure variabilities during general anesthesiaMR Imaging and Radiographic Imaging of Degenerative Spine Disorders and Spine Alignment.K-nearest-neighbor conditional entropy approach for the assessment of the short-term complexity of cardiovascular control.Information transfer through the spontaneous baroreflex in healthy humans.Numerical Prediction of the Mechanical Failure of the Intervertebral Disc under Complex Loading ConditionsAssessment of cardiovascular regulation through irreversibility analysis of heart period variability: a 24 hours Holter study in healthy and chronic heart failure populations.Refined multiscale entropy analysis of heart period and QT interval variabilities in long QT syndrome type-1 patients.Multivariate decomposition of arterial blood pressure variability for the assessment of arterial control of circulation.Empirical mode decomposition to assess baroreflex gain from spontaneous variability during exercise in humans.Univariate and bivariate symbolic analyses of cardiovascular variability differentiate general anesthesia procedures.Autonomic cardiovascular modulation with three different anesthetic strategies during neurosurgical procedures.Injury rates in martial art athletes: anthropometric parameters and training volume, but not foot morphology indexes, are predictive risk factors for lower limb injuries.Characterization of the cardiovascular control during modified head-up tilt test in healthy adult humans.Model-based causal closed-loop approach to the estimate of baroreflex sensitivity during propofol anesthesia in patients undergoing coronary artery bypass graft.Cardiovascular control and time domain Granger causality: insights from selective autonomic blockade.Surgical treatment of spinal disorders in Parkinson's disease.Testing the involvement of baroreflex during general anesthesia through Granger causality approach.Model-free causality analysis of cardiovascular variability detects the amelioration of autonomic control in Parkinson's disease patients undergoing mechanical stimulation.Entropy-based complexity of the cardiovascular control in Parkinson disease: comparison between binning and k-nearest-neighbor approaches.Granger causality in cardiovascular variability series: comparison between model-based and model-free approaches.Short-term complexity indexes of heart period and systolic arterial pressure variabilities provide complementary information.Accounting for respiration is necessary to reliably infer Granger causality from cardiovascular variability series.Open loop linear parametric modeling of the QT variability.Non-stationarities significantly distort short-term spectral, symbolic and entropy heart rate variability indices.Symbolic Analysis of Heart Period and QT Interval Variabilities in LQT1 PatientsAssessment of sympathetic baroreflex control during orthostatic challenge before and after prolonged head-down bed restBaroreflex response to orthostatic challenge: Effect of agingChanges in the linear relationship between cardiovascular parameters and neural sympathetic discharge variability before orthostatic syncopeComparison between permutation and coarse-grained entropy approaches for the assessment of short-term complexity of heart period variabilityEffects of mechanical stimulation of the feet on gait and cardiovascular autonomic control in Parkinson's diseaseEmpirical mode decomposition approach to the estimation of cardiac baroreflex sensitivity in patients undergoing coronary artery bypass graft surgeryMechanical Stimulation and Cardiovascular Control in Parkinson DiseaseShort-term complexity of cardiovascular oscillations during orthostatic change in agingSymbolic analysis of heart rate variability differentiates anesthesiological proceduresModel-based assessment of baroreflex and cardiopulmonary couplings during graded head-up tilt
P50
Q30442677-E0889EFA-2E49-4B45-9786-B1D90519B1CBQ33305516-F6521F80-FBEB-4682-B7DB-70C0BC787BFDQ35140471-8BAE5973-2153-4619-A9CF-F127B8DC25DEQ35844768-E3CD1FD2-5DB6-4AA2-90F0-579EE14CD4E9Q37286630-2F8E5C82-25ED-43E2-BEA1-46F6AB4F4DABQ37286674-60613E95-5CAA-40EE-857D-01B9B3D620C1Q38897095-81532965-BAC2-4848-9E3C-E58E4681C84AQ39503060-E91CCF34-F74B-48D9-9B43-1CAB81AFFF02Q39871257-732E2C03-ABAD-48EE-BE2D-35742E14FD6BQ41769873-8F3B6E1F-5FAD-4B3D-A3E6-28FF5958FC59Q43188028-6E2E8161-23D7-44DD-AE0B-1FBE6B51FCC8Q44542034-B52FBD97-5EBD-4BFF-8209-C131D331B095Q44850744-BE073588-0091-4E31-84DE-5E6BE08F3F83Q44926993-69759AE6-7902-4D31-BF1D-BC3D2F3ED051Q47732232-E5079BF4-F6BA-4EEF-A875-5B461CF4B975Q47871342-43163CF5-C915-4550-82DE-A78DD2A53C35Q47928527-ABDC0C3E-295B-4D23-9346-35F515531ECCQ47968768-FAF49737-9593-434A-A46F-EEC4321BD2AAQ47989569-E534642F-79E4-46C6-83EC-93788BE070B3Q47990406-138BBD39-4927-43D0-BBE7-1D2778599BACQ48110709-4A094E1E-D26B-47A3-8339-C9E3F468FAB1Q48274472-28AC6E51-EDFC-4CBC-A99C-D7F4A4A9CD4EQ51082956-DC31E486-22BA-4287-B3BE-0371312B53EAQ51153889-8BECC60D-1552-44E3-BAF5-3511FA729B6DQ51270814-EE25D166-9682-4640-AF22-1C7080EBBD4EQ51305781-79D513B2-4EDC-4B3C-8B77-48CDA49F4292Q51465720-D10DF736-2A53-420F-8B1E-617FAB190B50Q51770109-8A5D88C3-04DC-4E81-9A17-3927EBA7C36EQ53090456-58421F03-C85E-4BA6-B137-1C3D3D92F623Q58010328-57C2D1E5-E96B-4EA1-8261-C92D574E5CEAQ58859888-38CD10DA-9D47-4BCF-9288-1907D37C3E15Q58859889-75753E64-F7C5-4492-8934-16E727DF39AFQ58859890-1965E1E7-4D41-468A-97D1-AF6A0121149EQ58859892-C1A8CDC7-7EE1-4DC6-B1C4-DC0B01D58EC3Q58859902-70ABCE5A-E70B-4099-A83E-E683B8B70460Q58859904-1EDE301D-B0D5-4764-B15B-43B54BE2EB02Q58859905-26F98B42-34A7-4ABF-B8AE-C4E488A3C146Q58859909-73A107FD-6113-4A21-B4D7-B845B24B2D31Q58859911-F15CAE0B-2FD2-428E-8372-66F2394F623AQ58859918-28C33EE8-E700-473F-BBED-CC32BBD71D78
P50
description
hulumtues
@sq
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Tito Bassani
@ast
Tito Bassani
@en
Tito Bassani
@es
Tito Bassani
@sl
type
label
Tito Bassani
@ast
Tito Bassani
@en
Tito Bassani
@es
Tito Bassani
@sl
prefLabel
Tito Bassani
@ast
Tito Bassani
@en
Tito Bassani
@es
Tito Bassani
@sl
P1053
B-2050-2017
P106
P1153
23388372700
P21
P31
P3829
P4012
P496
0000-0003-3312-1565