Building bridges: integrating in situ Hi-C and molecular cytogenetics to reconstruct Rosa wichurana pseudochromosomes

Keyphrases

• Rosa 100%
• Molecular Cytogenetics 100%
• Building Bridges 100%
• In Situ Hi-C 100%
• Pseudochromosome 100%
• Physical Mapping 50%
• Genetic Map 50%
• Genome Sequencing 50%
• Centromeric Repeat 50%
• Cytogenetic Map 50%
• Centromere Position 50%
• Pachytene Chromosome 50%
• Linkage Group 25%
• Mitotic Chromosomes 25%
• Rose Cultivars 25%
• Genetic Structure 25%
• High Sensitivity 25%
• Ornamental Cultivars 25%
• Rose Breeding 25%
• Resistance Genes 25%
• Reference Gene 25%
• Repeat Sequence 25%
• Genome Equivalent 25%
• Draft Genome 25%
• Resistance Sources 25%
• Tyr-FISH 25%
• Methodological Aspects 25%
• Illumina 25%
• Genome Annotation 25%
• Contact Probability 25%
• Genome Coverage 25%
• Centromere Structure 25%
• Repeatome 25%
• Colinearity 25%
• High-quality Genome Assembly 25%
• Hi-C Maps 25%
• Lachesis 25%
• Economical Value 25%
• High-throughput Chromosome Conformation Capture (Hi-C) 25%
• Read Pairs 25%
• Probability Map 25%
• Hi-C Sequencing 25%

Biochemistry, Genetics and Molecular Biology

• Rose 100%
• Cytogenetics 100%
• Genome Sequencing 66%
• Pachytene 66%
• Centromere 66%
• Cultivar 66%
• Gene Mapping 66%
• Gene Linkage 33%
• Genomic Structure 33%
• Genome Annotation 33%
• Lachesis 33%
• Genomics 33%

Agricultural and Biological Sciences

• Rosa 100%
• Cytogenetics 100%
• Gene Mapping 66%
• Cultivar 66%
• Centromere 66%
• Linkage Groups 33%
• Ornamentals 33%
• Genome Assembly 33%
• Lachesis 33%