Assessing the relative influence of branching structure on pulmonary blood flow with computational models

Assessing the relative influence of branching structure on pulmonary blood flow with computational models

Veure altres versions (2)

Dades bibliogràfiques
Autors principals:	Doel, T, Burrowes, K, Whiteley, J, Grau, V, Gavaghan, D
Format:	Journal article
Publicat:	2009

Ítems similars

Assessing the Relative Influence of Branching Structure on Pulmonary Blood Flow with Computational Models.
per: Doel, T, et al.
Publicat: (2009)

Assessing the Relative Influence of Branching Structure on Pulmonary Blood Flow with Computational Models.
per: Doel, T, et al.
Publicat: (2009)

ASSESSING THE RELATIVE INFLUENCE OF VASCULAR BRANCHING STRUCTURE ON PULMONARY BLOOD FLOW DISTRIBUTION VIA COMPUTATIONAL MODELS
per: Doel, T, et al.
Publicat: (2009)

Assessing the relative influence of vascular branching structure on pulmonary blood flow distribution via computational models
per: Doel, T, et al.
Publicat: (2009)

Review of automatic pulmonary lobe segmentation methods from CT
per: Doel, T, et al.
Publicat: (2014)

Modelling pulmonary blood flow
per: Burrowes K S Tawhai M H
Publicat: (2008)

Pulmonary lobe segmentation from CT images using fissureness‚ airways‚ vessels and multilevel B−splines.
per: Doel, T, et al.
Publicat: (2012)

Relationship between structural changes and hyperpolarized gas magnetic resonance imaging in chronic obstructive pulmonary disease using computational simulations with realistic alveolar geometry.
per: Plotkowiak, M, et al.
Publicat: (2009)

Relationship between structural changes and hyperpolarized gas magnetic resonance imaging in chronic obstructive pulmonary disease using computational simulations with realistic alveolar geometry
per: Plotkowiak, M, et al.
Publicat: (2009)

Assessing potential errors of MRI-based measurements of pulmonary blood flow using a detailed network flow model.
per: Burrowes, K, et al.
Publicat: (2012)

Assessing potential errors of MRI−based measurements of pulmonary blood flow using a detailed network flow model
per: Burrowes, K, et al.
Publicat: (2012)

PULMONARY LOBE SEGMENTATION FROM CT IMAGES USING FISSURENESS, AIRWAYS, VESSELS AND MULTILEVEL B-SPLINES
per: Doel, T, et al.
Publicat: (2012)

Investigation of the relative effects of vascular branching structure and gravity on pulmonary arterial blood flow heterogeneity via an image−based computational model
per: Tawhai, M
Publicat: (2005)

Developing integrative computational models of pulmonary structure.
per: Tawhai, M, et al.
Publicat: (2003)

Computational modeling of the obstructive lung diseases asthma and COPD
per: Burrowes, K, et al.
Publicat: (2014)

Some factors affecting oxygen uptake by red blood cells in the pulmonary capillaries
per: Whiteley, J, et al.
Publicat: (2001)

Some factors affecting oxygen uptake by red blood cells in the pulmonary capillaries.
per: Whiteley, J, et al.
Publicat: (2001)

Contribution of serial and parallel micro−perfusion to spatial variability in pulmonary inter− and intra−acinar blood flow
per: Burrowes, M
Publicat: (2010)

Pulmonary blood flow measured by inspiratory inert gas concentration forcing oscillations
per: Williams, E, et al.
Publicat: (1998)

Pulmonary blood flow measured by inspiratory inert gas concentration forcing oscillations
per: Williams, E, et al.
Publicat: (1998)

Blood flow redistribution and ventilation-perfusion mismatch during embolic pulmonary arterial occlusion.
per: Burrowes, K, et al.
Publicat: (2011)

Blood flow redistribution and ventilation−perfusion mismatch during embolic pulmonary arterial occlusion
per: Burrowes, K, et al.
Publicat: (2011)

Computational predictions of pulmonary blood flow gradients: gravity versus structure
per: Ks, B, et al.
Publicat: (2006)

Mathematical modelling of pulmonary gas transport.
per: Whiteley, J, et al.
Publicat: (2003)

Mathematical modelling of pulmonary gas transport
per: Whiteley, J, et al.
Publicat: (2003)

Mathematical modelling of pulmonary gas transport
per: Whiteley, J, et al.
Publicat: (2003)

Vaping causes an acute BMI‐dependent change in pulmonary blood flow
per: K. S. Burrowes, et al.
Publicat: (2024-10-01)

Efficient computations of gas transport in the respiratory tree
per: Whiteley, J, et al.
Publicat: (2003)

Efficient computations of gas transport in the respiratory tree.
per: Whiteley, J, et al.
Publicat: (2003)

Efficient computations of gas transport in the respiratory tree
per: Whiteley, J, et al.
Publicat: (2003)

A computational model for pulmonary microcapillary blood flow
per: Dhadwal, Amit S
Publicat: (2007)

The effect of the width of the ventilation–perfusion distribution on arterial blood oxygen content
per: Whiteley, J, et al.
Publicat: (1999)

Modelling inert gas exchange in tissue and mixed-venous blood return to the lungs.
per: Whiteley, J, et al.
Publicat: (2001)

Modelling inert gas exchange in tissue and mixed–venous blood return to the lungs
per: Whiteley, J, et al.
Publicat: (2001)

Modelling inert gas exchange in tissue and mixed−venous blood return to the lungs
per: Whiteley, J, et al.
Publicat: (2001)

Point:Counterpoint: Gravity is/is not the major factor determining the distribution of blood flow in the human lung.
per: Burrowes, K, et al.
Publicat: (2008)

Computational models of the pulmonary circulation: Insights and the move towards clinically directed studies
per: Tawhai, M, et al.
Publicat: (2011)

The Rheology of Blood Flow in a Branched Arterial System
per: Shibeshi Shewaferaw S., et al.
Publicat: (2005-12-01)

Diastolic prolongation of forward flow in branch pulmonary artery stenosis
per: Chen Sylvia S, et al.
Publicat: (2012-02-01)

Demonstrating the Utility of Hyperpolarised Xenon MRI (Xe−MRI) and Quantitative Computed Tomography (QCT) in Chronic Obstructive Pulmonary Disease (COPD)
per: Matin, T, et al.
Publicat: (2014)