Molecular techniques are no longer optional for ecologists interested in arbuscular mycorrhizal (AM) communities.
Molecular techniques are transforming our understanding of cellular function and disease.
But molecular techniques are accurate, rapid and sensitive method for the study of specific pathogenic bacteria (Clifford et al. 2012).
Molecular techniques are established as routine in virological laboratories and virus typing through (partial) sequence analysis is increasingly common.
Compared to cultivation-based approaches, molecular techniques are more reliable for identifying microbial agents associated with endodontic infections.
Physiological, cellular, and molecular techniques are being used in combination to define the precise cellular roles of Ca2+ -binding proteins.
Currently molecular techniques are a broadly accepted tool for diagnosis and are able to benefit patients in clinical practice.
Molecular techniques are widely used in the field of parasitology to identify the genetic profile of the microbiological agents.
Setting: Molecular techniques are now available to develop new live tuberculosis vaccines by producing avirulent strains of the Mycobacterium tuberculosis complex with known genes deleted.
The phylogenetic relationships determined by molecular techniques are not consistent with a classification scheme based on similarities in spore morphology.
Culture-independent molecular techniques are usually applied to investigate microbial community structure and microbial diversity in a variety of environments.
