With the continuous development of sequencing technology, the amount of bioinformatics
data has increased geometrically, and the massive amount of bioinformatics data puts …

Fragment assembly is a current fundamental problem in bioinformatics. In the absence of a
reference genome sequence that could guide the whole process, a de Bruijn Graph data …

K-mer Mapping, an internal process for De Novo NGS genome fragments assembly
methods, constitutes a computational challenge due to its high main memory consumption …

De novo genome assembly of sequenced reads is a fundamental problem in bioinformatics.
When there is no reference genome sequence to guide the process, many assemblers …

Research in bioinformatics has changed rapidly since the advent of next-generation
sequencing (NGS). Despite the positive impact on cost reduction, assembling the generated …

K-mer Mapping, an internal process for De Novo NGS genome fragments assembly
methods, constitutes a computational challenge due to its high main memory consumption …

K-mer Mapping, an internal process for De Novo NGS genome fragments assembly
methods, constitutes a computational challenge due to its high main memory consumption …

First of all, I am really grateful for my family and friends. I am especially grateful to my mother,
my father and my husband, who have always been supporting all the decisions in my life …

The production of millions of reads from DNA samples for genome sequencing is now
possible due to rapid advancement in sequencing technologies. De Bruijn graph is a …