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Transposons As Tools for Functional Genomics in Vertebrate Models
Koichi Kawakami
,
David A. Largaespada
, Zoltán Ivics
Pediatric Hematology/Oncology
Center for Genome Engineering
Genetics Mechanisms of Cancer
Research output
:
Contribution to journal
›
Review article
›
peer-review
72
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Scopus citations
Overview
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Dive into the research topics of 'Transposons As Tools for Functional Genomics in Vertebrate Models'. Together they form a unique fingerprint.
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Keyphrases
Transposon
100%
Functional Genomics
100%
Vertebrate Model
100%
Cassette
42%
Loss Function
28%
Mutagenesis
28%
Gain-of-function
28%
Genetic Pathways
28%
Forward mutagenesis
28%
High-throughput
14%
Genetic Basis
14%
DNA Sequencing
14%
Sleeping Beauty Transposon
14%
Tumor
14%
Neurobiology
14%
Gene Function
14%
Genomic Approaches
14%
Cancer Resistance
14%
Transposable Elements
14%
Drug Resistance
14%
Zebrafish
14%
Genetic Background
14%
Network Applications
14%
Genetic Tools
14%
Genetic Network
14%
Experimental Animals
14%
Drug Sensitivity
14%
Drug Resistance Mechanisms
14%
Gene Pathway
14%
Embryonic Development
14%
Environmental Background
14%
Mutagenesis Screen
14%
Cancer Types
14%
Transposon Vector
14%
Sequence Information
14%
Pathway-based Approach
14%
Mobile Genetic Elements
14%
Ability to Change
14%
Chromosome Manipulation
14%
Functional Gene Annotation
14%
Experimental Strategies
14%
DNA Transposons
14%
Engineered Chromosomes
14%
Biochemistry, Genetics and Molecular Biology
Functional Genomics
100%
Transposable Element
100%
Vertebrate Model
100%
Genetics
50%
Mutagenesis
40%
Drug Resistance
20%
Embryogenesis
10%
Transposon
10%
Gene Function
10%
Chromosome
10%
Zebra Fish
10%
Allele
10%
Experimental Animal
10%
DNA Sequence
10%
Drug Sensitivity
10%
Mobile Genetic Elements
10%
Rat
10%