Sentence examples for molecular evolution techniques from inspiring English sources

In this context, improving the transduction efficiency of PTDs using phage display-based molecular evolution techniques may be useful for creating artificial PTDs with high efficiency and safety.

Protein affinity maturation using molecular evolution techniques to produce high-affinity binding proteins is an important step in the generation of reagents for cancer diagnosis and treatment.

Our results support the findings that PrP gene is under balancing selection as determined using molecular evolution techniques comparing the ratios of synonymous (amino acid non-changing) and nonsynonymous polymorphisms [30].

Deoxyribozymes (DNAzymes) are single-stranded DNA fragments that have been selected to have catalytic functions and ribozyme activity using in vitro molecular evolution techniques.

Molecular evolution techniques were applied to determine the relaxation of selection and the scope of aax gene inactivation in the Chlamydiales.

Computational molecular evolution techniques have also significantly progressed with the introduction of new approaches based on nucleic acids and amino acids' substitution models that integrate powerful statistical techniques such as maximum likelihood or Bayesian methods to evaluate the likelihood of the data given the model parameters or the posterior probability of the generated trees.

About: HyPhy is an open-source software package for the analysis of genetic sequences using techniques in phylogenetics, molecular evolution, and machine learning.

Although the statistical issues surrounding model selection are well known within the field of molecular evolution [ 18- 20], the established statistical techniques have not been applied to the fixed-effect setting.

For example, in vitro screening techniques and adaptive molecular evolution methods, such as phage display (4), have made it easier to rapidly screen enormous molecular libraries to find promising binding ligands (5).

In all these studies, we require the power from tertiary and quaternary studies to combine with the power of purely sequence-based studies to enrich the techniques available for molecular evolution.

As these techniques became predominant sources of data, models of molecular evolution had to be created to take advantage of the particular form of data being generated.