What are Gene Fragments? Gene fragments refer to DNA segments synthesized through biochemical methods, typically comprising linear double-stranded DNA varying in length from several hundred to several thousand base pairs. These segments may contain exonic regions of genes or specific areas of the gene sequence. For instance, a cloned gene denotes a particular gene sequence […]
Gene fragment analysis is a transformative genetic analysis method that enables researchers to glean information on gene size, relative quantification, and genotyping through the separation and detection of fluorescently labeled DNA fragments. Its widespread adoption within the research community is attributed to its high sensitivity, resolution, and rapid turnaround. This technique plays an instrumental role […]
Plastid genomic landscapes reveal critical insights into plant molecular biology. Researchers investigate the gene repertoire within these genomic structures, exploring their composition, structural variability, and evolutionary implications across diverse botanical species. But how many genes are typically found in the plant plastid genome? This article dives into the fascinating details of plastid genome structure, gene […]
What is Lentiviral Transduction Lentiviral transduction is a method employed to introduce a target gene into recipient cells via lentiviral vectors, facilitating its stable expression. When compared to other viral vectors, lentiviral vectors offer distinct advantages, particularly in integrating genes into non-dividing cells. Typically derived from a modified version of the human immunodeficiency virus (HIV), […]
Introduction: What is KEGG and Why is it Important for Researchers The Kyoto Encyclopedia of Genes and Genomes (KEGG) is an advanced computational tool in molecular biology research. Originated by Kanehisa Laboratories during 1995, this innovative database emerged as a comprehensive genomic repository, dedicated to advancing deep understanding of complex biological systems. Through continuous evolution, […]
Introduction to Gene Ontology (GO) What is Gene Ontology? Gene Ontology (GO) is a framework that provides a standard way to describe the roles of genes and their products in all species. Developed by the Gene Ontology Consortium, GO facilitates the systematic and consistent classification of gene functions, irrespective of the organism. Such standardization is […]
Within cellular structures, mitochondria and chloroplasts represent extraordinary subcellular components with remarkable genetic characteristics. These specialized organelles are fundamental to energy transformation processes and possess a distinctive attribute—independent genetic material. Unlike the nuclear genome that traditionally governs cellular inheritance, these particular organelles maintain autonomous DNA repositories, distinguishing them from other cellular structures. What evolutionary mechanisms […]
Introduction to Mitochondrial DNA (mtDNA) Mitochondrial DNA (mtDNA) is a special type of genetic material found in mitochondria, the energy-producing parts of cells. These cellular organelles function as primary energy-generation mechanisms, predominantly responsible for adenosine triphosphate (ATP) production—the fundamental energy mechanism supporting biological processes. Distinguished from nuclear genomic material, mtDNA exhibits a unique genetic configuration […]
Originating from Latin, the expression "de novo" signifies initiating processes without dependence on preexisting information or references. Within genomic research, de novo sequencing represents a transformative methodology that empowers scientific investigators to decode entire genetic blueprints independently of reference frameworks. This groundbreaking approach has fundamentally reshaped genetic exploration, enabling unprecedented discoveries of molecular variations and […]
In the realm of genomics, the length of sequencing reads is a pivotal factor influencing the quality and depth of genetic data. Whether engaged in whole-genome sequencing, RNA sequencing (RNA-seq), or the detection of structural variants, comprehending the impact of read length on research outcomes is imperative. This treatise elucidates the importance of sequencing read […]
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