| Application of machine vision for automated cell injection | |
Abstract/OtherAbstract
:
|
This paper presents image processing algorithms recognising cell structures for an automated cell injection system. For suspended zebrafish embryos, the convex hull and convexity defects of the cytoplasm contour are used. For adherent endothelial cells, the surface and shadow information of the nucleoli is used. Overall, 550 zebrafish embryos were 100% correctly recognised in online injection experiments. Compared to manual injection, the automated injection speed and reproducibility increase by up to 1.5-fold and 67% respectively. In the endothelial cell case, 436 nucleoli were 92% correctly recognised, paving the way for an automated adherent cell injection system to be developed. |
Authors
:
|
Wenhui Wang, Darren Hewett, Christopher E. Hann, J. Geoffrey Chase, Xiao Qi Chen |
Related Documents
:
|
8314628 - An investigation on the embryotrophic effect of human oviductal cell on mouse embryo de... 36726348 - Nanog expression and function during mouse embryonic development 8330628 - A study of embryotrophic mechanism of human oviductal cells on mouse embryo development... 32688518 - Evolutionary modifications of the spiralian developmental program 33372898 - Localization of antigen in tissue cells : iii. cellular distribution of pneumococcal po... 36615668 - Inhibition of osteopontin expression in mammary epithelial cells alters mammary gland m... |
Contributors
:
|
Int. J. of Mechatronics and Manufacturing Systems |
Publication Detail
:
|
Publisher : Inderscience Publishers Type : - Format : - |
Date Detail
:
|
2009-04-01 |
Subject
:
|
machine vision, image processing, cell injection, zebrafish embryos, endothelial cells, snake tracking, Delaunay triangulation, automated injection speed, automated injection reproducibility, cellular material delivery. |
Coverage
:
|
- |
Relation
:
|
ISSN online: 1753-1047 ISSN print: 1753-1039 |
Source
:
|
IJMMS (2009), Vol 2 Issue 1/2, pp 120 - 134 |
Copyright Information
:
|
Inderscience Copyright |
Other Details
:
|
Languages : eng |
Export Citation
:
|
APA/MLA Format Download EndNote Download BibTex |
Previous Document: No Article Title
Next Document: No Article Title