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Application of CAPS markers for genomic studies in wild emmer wheat
Dina Raats
, Elitsur Yaniv
,
Assaf Distelfeld
, Roi Ben-David
, Johanna Shanir
, Valery Bocharova
, Alan H. Schulman
,
Tzion Fahima
Department of Evolutionary and Environmental Biology
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter
›
peer-review
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Keyphrases
Wild Emmer Wheat
100%
Derived Cleaved Amplified Polymorphic Sequence (dCAPS)
100%
Genomic Studies
100%
Wheat
70%
Sequence Data
20%
Complex Genomes
20%
T. Dicoccoides
20%
Single nucleotide Polymorphism
20%
Genetic Mapping
20%
Transcription Factor
10%
Genome-specific
10%
Genome Sequencing
10%
Economic Importance
10%
Tetraploid Wheat
10%
Genomic Analysis
10%
Rice
10%
Large Genome
10%
Model Grass
10%
Grass Genomes
10%
Positional Cloning
10%
High-resolution
10%
Gpc-B1
10%
High Grain
10%
Wild Wheat
10%
Chromosome Arms
10%
Tetraploid
10%
Phenological
10%
Wheat Improvement
10%
Wheat Genome
10%
Comparative Genomics
10%
Sequence Specificity
10%
Disease Resistance
10%
Gene Content
10%
Grain Quality
10%
Stripe Rust Resistance
10%
Rust Resistance Genes
10%
Agronomic Traits
10%
Resistance Genes
10%
Chromosome-specific
10%
Chromosomal Region
10%
Whole Genome Sequencing
10%
Yr15
10%
High-throughput
10%
Phenotypic Diversity
10%
Mapping Strategies
10%
Limited Resources
10%
Gene Order
10%
Crop Improvement
10%
Complete Model
10%
Powdery Mildew Resistance Gene
10%
Marker Development
10%
Homoeologous
10%
Genetic Dissection
10%
Choice Method
10%
Wheat Population
10%
QTL Cloning
10%
Homoeologous Genes
10%
Repetitive DNA
10%
Bacterial Artificial Chromosome Library
10%
Genomic Markers
10%
Genomic Resources
10%
Polyploidy
10%
Expressed Sequence Tags
10%
Gene Isolation
10%
Tolerance to Abiotic Stress
10%
Yield Grain
10%
Resistance Tolerance
10%
Gene Copy number
10%
Sequence-based
10%
Grain Protein
10%
Paralogous Genes
10%
Genetic Markers
10%
Biochemistry, Genetics and Molecular Biology
Cleaved Amplified Polymorphic Sequence
100%
Genomics
100%
Genotyping
22%
Genetics
22%
Polyploid
22%
Gene Mapping
22%
Transcription Factors
11%
Grass Genome
11%
Chromosome Arm
11%
Tetraploidy
11%
Abiotic Stress
11%
Comparative Genomics
11%
Agronomic Trait
11%
Chromosome Regions
11%
Gene Isolation
11%
Bacterial Artificial Chromosome
11%
Genetic Marker
11%
Repeated Sequence (DNA)
11%
Expressed Sequence Tag
11%