Sentence examples for sequence and develop from inspiring English sources

In this research, our objective was to further sequence and develop common bean microsatellites from leaf and root cDNA libraries derived from the Andean gene pool accession G19833 and the Mesoamerican gene pool accession DOR364, mapping parents of a commonly used reference map.

In this paper, we report studies that designed specific PCR primers and TaqMan probes based upon the 5′-transgene integration sequence, and developed qualitative and quantitative PCR conditions using these primers and probes.

During the last 20 years the world has witnessed how scientists deciphered the human genome sequence and developed strategies to extensively study genetic diversity, linkage disequilibrium (LD) structure and genetic expression in human populations.

We also identified EcR in the salmon louse draft genome sequence and developed a real time PCR assay for this key gene for comparative purposes (Table  1).

In addition to the four false-belief sequences, 12 additional sequences, also comprising four pictures per sequence and developed by Langdon and Coltheart [ 25], depicted "mechanical", "social-script", and "capture" stories.

More recently, it took just weeks for the global health community to recognize, do the molecular sequencing, and develop a test for the SARS-like coronavirus that emerged recently in Saudi Arabia and other countries.

ChrClass uses multivariate linear discriminant analysis to compare MAR sequences and develop a classification system [ 19].

We exact useful features from sequences and develop machine learning algorithms for the above task.

In particular, we use HMMs as a probabilistic generative model for DNA sequences, and develop an efficient spectral algorithm for extracting latent variable information from these models.

This study sought to ascertain the frequency and distribution of SSRs in the date palm EST sequences and develop gene-based markers EST-SSRs for subsequent application in genetic and genomic studies.

We designed overlapping probe libraries for a range of highly variable drug target genes based on known sequence information and develop a formal terminology to describe probe library design.