Multiframe particle tracking in intravital imaging: Defining Lagrangian coordinates in the microcirculation

Dino J. Ravnic; Akira Tsuda; Aslihan Turhan; Juan P. Pratt; Harold T. Huss; Yu Zhong Zhang; Steven J. Mentzer

doi:10.2144/000112262

Multiframe particle tracking in intravital imaging: Defining Lagrangian coordinates in the microcirculation

Dino J. Ravnic, Akira Tsuda, Aslihan Turhan, Juan P. Pratt, Harold T. Huss, Yu Zhong Zhang, Steven J. Mentzer

Research output: Contribution to journal › Article › peer-review

10 Scopus citations

Abstract

The cellular composition of the microcirculation creates blood flow that can be unsteady and nonuniform. To obtain information about nonuniform cellular trajectories, we describe in vivo imaging techniques that provide both detailed tracking of individual particles as well as an approach to simultaneous multicolor particle tracking. Particularly relevant to biologic systems, Lagrangian methods provide information about the fate of individual particles and flow in the system.

Original language	English (US)
Pages (from-to)	597-601
Number of pages	5
Journal	BioTechniques
Volume	41
Issue number	5
DOIs	https://doi.org/10.2144/000112262
State	Published - Nov 2006

All Science Journal Classification (ASJC) codes

Biotechnology
General Biochemistry, Genetics and Molecular Biology

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10.2144/000112262

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title = "Multiframe particle tracking in intravital imaging: Defining Lagrangian coordinates in the microcirculation",

abstract = "The cellular composition of the microcirculation creates blood flow that can be unsteady and nonuniform. To obtain information about nonuniform cellular trajectories, we describe in vivo imaging techniques that provide both detailed tracking of individual particles as well as an approach to simultaneous multicolor particle tracking. Particularly relevant to biologic systems, Lagrangian methods provide information about the fate of individual particles and flow in the system.",

author = "Ravnic, {Dino J.} and Akira Tsuda and Aslihan Turhan and Pratt, {Juan P.} and Huss, {Harold T.} and Zhang, {Yu Zhong} and Mentzer, {Steven J.}",

year = "2006",

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T1 - Multiframe particle tracking in intravital imaging

T2 - Defining Lagrangian coordinates in the microcirculation

AU - Ravnic, Dino J.

AU - Tsuda, Akira

AU - Turhan, Aslihan

AU - Pratt, Juan P.

AU - Huss, Harold T.

AU - Zhang, Yu Zhong

AU - Mentzer, Steven J.

PY - 2006/11

Y1 - 2006/11

N2 - The cellular composition of the microcirculation creates blood flow that can be unsteady and nonuniform. To obtain information about nonuniform cellular trajectories, we describe in vivo imaging techniques that provide both detailed tracking of individual particles as well as an approach to simultaneous multicolor particle tracking. Particularly relevant to biologic systems, Lagrangian methods provide information about the fate of individual particles and flow in the system.

AB - The cellular composition of the microcirculation creates blood flow that can be unsteady and nonuniform. To obtain information about nonuniform cellular trajectories, we describe in vivo imaging techniques that provide both detailed tracking of individual particles as well as an approach to simultaneous multicolor particle tracking. Particularly relevant to biologic systems, Lagrangian methods provide information about the fate of individual particles and flow in the system.

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JO - BioTechniques

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ER -

Multiframe particle tracking in intravital imaging: Defining Lagrangian coordinates in the microcirculation

Abstract

All Science Journal Classification (ASJC) codes

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