background: extraction of blood genomicdnais one of the main approaches for clinical and molecular biology studies. although several methods have been developed for extraction of blood genomic dna, most of these methods consume long time and use expensive chemicals such as proteinase k and toxic organic solvent such as phenol and chloroform. the objective of this study was to developed easy and...

Genomic DNA extraction with a high quantity and quality is a basic requirement in molecular biology. The DNA obtained was free of any contamination proteins, polysaccharide, polyphenols and colored pigments. These compounds would interfere with the genomic isolation procedures and downstream reactions such as restriction enzyme analysis and gene amplification. The isolated genomic DNA was fo...

The presence of organic compounds and high amount of secondary metabolites (polysaccharides, phenolic component, etc.) in mosses cause difficulties in DNA extraction that are followed by problems in PCR reactions. In lower plants, various methods have been used for DNA extraction including silica gel and different commercial kits. These methods mostly use hazardous (like phenol or liquid nitrog...

background: isolation of high quality genomic dna is one of the most important steps in molecular biology studies related to food borne parasites. usually, various protocols are used for different tissues but so far, there is no common, simple and cost benefit procedure for genomic dna extraction of linguatula serrata ( l. serrata .) larvae as a pentastomida endangering food safety. one of the ...

In plants, secondary metabolites and polysaccharides interfere with genomic isolation procedures and downstream reactions such as restriction enzyme analysis and gene amplification. The removal of such contaminants needs complicated and time-consuming protocols. In this study, a simple, rapid and efficient method for leaf DNA extraction was optimized. This method use small amount of plant mater...

abstract genomic dna extraction with high quantity and quality is the basic necessities of molecular genetic studies. the aim of this study is the applicability of different dna extraction methods as the easiest and fastest methods for and their efficiency with different tissue qualities (foot, siphon, harpoon) from marine cone snail conus coronatus, mollusca with phenol-chloroform, ammonium ac...