Development and characterization of Simple Sequence Repeats (SSRs) markers in durian kura-kura (Durio testudinarius Becc.) using NGS data

Abstract

Abstract Durian Kura-kura (Durio testudinarius Becc.) belongs to the Malvaceae family and is an endemic species of Borneo. Recently, genomic-based next-generation sequencing (NGS) approaches have been carried out for germplasm conservation and plant breeding programs. The NGS technologies allow plant genomes to be sequenced quickly and inexpensively and enable the efficient development of SSR markers through the in-silico approaches. This study aimed to develop and characterize simple sequence repeats (SSRs) from the assembled genome. The 1203929 scaffolds of the assembled genome were produced from the Ray assembler. The SSRs were identified and extracted using the MISA program produced 4315 sequences containing SSRs. The six motif repeats of SSRs were identified; consist of 431 sequences of dinucleotide (the most motif is AT), 3257 sequences of trinucleotide (the most motif is TTA), 516 sequences of tetranucleotide (the most motif is AAAT), 89 sequences of pentanucleotide (the most motif is ATTTT), 18 sequences of hexanucleotide and four sequences of heptanucleotide. The new SSRs markers will be used in further studies of genetic population of D. testudinarius and plant breeding programs.