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In vivo electroporation of developing mouse retina
Jimmy de Melo,
Seth Blackshaw
School of Medicine
Research output
:
Contribution to journal
›
Article
›
peer-review
17
Scopus citations
Overview
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Engineering & Materials Science
Electroporation
100%
Genes
60%
DNA
32%
Gene transfer
21%
Cell membranes
17%
Cells
12%
Poles
10%
Lipid bilayers
10%
Electrodes
9%
Gene expression
6%
Experiments
6%
Tissue
5%
Membranes
5%
Visualization
4%
Personnel
4%
Availability
4%
Specifications
4%
Costs
2%
Medicine & Life Sciences
Electroporation
76%
Retina
55%
Genes
25%
DNA
17%
Electrodes
10%
Cell Membrane
9%
Cre recombinase
8%
Gene Expression
7%
Lipid Bilayers
7%
Gene Targeting
7%
Nucleic Acid Regulatory Sequences
7%
Permeability
5%
Small Interfering RNA
5%
Cell Movement
5%
Plasmids
5%
Epithelium
4%
Costs and Cost Analysis
3%
Eye
3%
Membranes
3%
Chemical Compounds
Electroporation
89%
Retinal
58%
Small Interfering RNA
17%
Plasma
15%
Mammalian Cell
13%
Behavior as Electrode
12%
Permeability
10%
Lipid
8%
Pore
8%
Strength
8%
Time
4%
Application
3%