📋 Bedadeti

💡 Landrace Details: This page shows all records for Bedadeti from the database. Each row represents one study or reference that mentions this landrace.
4 total records 2 zones 1 study categories 4 unique citations ⬇️ Export CSV
📌 Zones: Ethiopia (Southern Ethiopia) (3) Ethiopia (1)
# Zone Woreda Category Description Citation
1 Ethiopia (Southern Ethiopia) Various Genetics & Genomics Microsatellite Markers:?105,347 microsatellites identified (highest among assemblies).?Primer Modelling:?68,559 successful (65.08% success rate).?Non-redundant Primers:?61,958.?Redundant Primers:?10.12%.?Polymorphic Markers:?41,531.?Transferable Markers:?52,112.?Genome:?Used for microsatellite landscape analysis.?Key Finding:?Highest number of microsatellites identified and highest primer modelling success rate among all assemblies. Biswas et al. 2020
2 Ethiopia (Southern Ethiopia) Various Genetics & Genomics Chloroplast Genome:?Size 168,779 bp; LSC 88,719 bp; SSC 11,075 bp; IR 34,463/34,518 bp.?Genes:?Total 137 genes (105 unique, 23 duplicate copies); tRNA 37/28; rRNA 8/4; Protein-coding 91/76; Exons 56; Introns 37.?GC Content:?37%.?Key Finding:?Chloroplast genome characteristics consistent with other landraces; contributes to understanding of genetic diversity and evolution. Biswas et al. 2025
3 Ethiopia (Southern Ethiopia) Various Genetics & Genomics Genome Assembly:?GCA_000818735.3.?Total Length:?451,284,018 nucleotides (82.5% of estimated genome size of 547 Mbp).?Contig N50:?20,943 nucleotides.?Scaffold N50:?21,097 nucleotides.?Genome Completeness (BUSCO3):?Complete single copy: 1,135; Complete duplicated: 101; Fragmented: 71; Missing: 133; Total: 1,440.?Key Finding:?Highest genome completeness among assembled varieties; highest complete single copy genes; lowest missing genes. Venkatesan et al. 2022
4 Ethiopia Not specified Genetics & Genomics Molecular:?Reference genome assembly used for mapping tGBS reads.?Genome:?Used as the primary reference for SNP calling.?Key Finding:?Reference genome for enset tGBS analysis. Yemataw et al. 2020