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Next generation tools to accelerate the synthetic biology process

Computational fluid dynamics in the microcirculation and microfluidics: what role can the lattice Boltzmann method play?

Leveraging a high resolution microfluidic assay reveals insights into pathogenic fungal spore germination

Mechanical phenotyping of primary human skeletal stem cells in heterogeneous populations by real-time deformability cytometry

Dynamic behaviors of astrocytes in chemically modified fibrin and collagen hydrogels

Chemical imaging of molecular changes in a hydrated single cell by dynamic secondary ion mass spectrometry and super-resolution microscopy

Monitoring protein synthesis in single live cancer cells

Deformability-based cell selection with downstream immunofluorescence analysis

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Computational fluid dynamics in the microcirculation and microfluidics: what role can the lattice Boltzmann method play?

Content Provider	Royal Society of Chemistry (RSC)
Author	Mandal, Parthasarathi O'Connor, Joseph Revell, Alistair Day, Philip
Copyright Year	2016
Abstract	Patient-specific simulations, efficient parametric analyses, and the study of complex processes that are otherwise experimentally intractable are facilitated through the use of Computational Fluid Dynamics (CFD) to study biological flows. This review discusses various CFD methodologies that have been applied across different biological scales, from cell to organ level. Through this discussion the lattice Boltzmann method (LBM) is highlighted as an emerging technique capable of efficiently simulating fluid problems across the midrange of scales; providing a practical analytical tool compared to methods more attuned to the extremities of scale. Furthermore, the merits of the LBM are highlighted through examples of previous applications and suggestions for future research are made. The review focusses on applications in the midrange bracket, such as cell–cell interactions, the microcirculation, and microfluidic devices; wherein the inherent mesoscale nature of the LBM renders it well suited to the incorporation of fluid–structure interaction effects, molecular/particle interactions and interfacial dynamics. The review demonstrates that the LBM has the potential to become a valuable tool across a range of emerging areas in bio-CFD, such as understanding and predicting disease, designing lab-on-a-chip devices, and elucidating complex biological processes.
Starting Page	589
Ending Page	602
Page Count	14
File Format	HTM / HTML PDF
ISSN	17579694
Volume Number	8
Issue Number	5
Journal	Integrative Biology
DOI	10.1039/c6ib00009f
Language	English
Publisher	Royal Society of Chemistry
Access Restriction	Open
Subject Keyword	Computational Fluid Dynamics LBM Computational fluid dynamics Crystal structure Mesoscopic physics Lab-on-a-chip
Content Type	Text
Resource Type	Article
Subject	Medicine Biochemistry Biophysics

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Thermal and Multiphase Validations with the Lattice Boltzmann Method Software XFlow

Fluid Flow and Heat Transfer in a Curved Square Duct Using Lattice Boltzmann Method (LBM)

LATTICE BOLTZMANN METHOD (LBM) FOR THERMAL MULTIPHASE FLUID DYNAMICS

About fluid forces computation for Volume Penalization coupled with Lattice Boltzmann method (VP-LBM)

The Lattice-Boltzmann Modeling of Microflows in a Cell Culture Microdevice for High-Throughput Drug Screening

A New Pressure Boundary Condition of Lattice Boltzmann Method (LBM) for Fully Developed Pressure-Driven Periodic Incompressible Fluid Flow

Computational fluid dynamics with the lattice boltzmann method.

Numerical Simulation With Lattice Boltzman Method (LBM) in the Curved Square Duct

Advances in lattice Boltzmann modeling (LBM) to simulate two-phase dynamics

Computational fluid dynamics in the microcirculation and microfluidics: what role can the lattice Boltzmann method play?

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Thermal and Multiphase Validations with the Lattice Boltzmann Method Software XFlow

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Computational fluid dynamics in the microcirculation and microfluidics: what role can the lattice Boltzmann method play?