Sentence examples for corresponding to a sequence from inspiring English sources

A tetrasaccharide corresponding to a sequence of the rhamnogalacturonan I backbone has been synthesized.

MLST is based on the sequencing of seven housekeeping genes, defining an allelic profile corresponding to a Sequence Type (ST).

Most of the computational burdens are moved off-line by computing a sequence of state feedback control laws corresponding to a sequence of polyhedral invariant sets.

The autocatalytic behavior of this transformation was further illustrated during slow cooling in the differential scanning calorimeter, whereupon a series of 'bursts' corresponding to a sequence of individual exothermic peaks were observed.

In this paper, we use the concept of an asymptotically stable invariant ellipsoid to develop a robust constrained MPC algorithm which gives a sequence of explicit control laws corresponding to a sequence of asymptotically stable invariant ellipsoids constructed off-line one within another in state space.

Since ({ x_{n}}) is an approximating sequence of ((mathrm{LQEP}_{bar{lambda}})) corresponding to a sequence (lambda_{n} ), there is a sequence ({varepsilon_{n}} subset 0,infty)) converging to 0 such that (x_{n} intilde{S}_{f}(lambda_{n}, varepsilon_{n})) for all n.

Sequencing produced per animal an average 20.4 Gb corresponding to a sequencing depth of 19.7×.

Out of 50,304 sequenced clones, a total of 41,247 readable sequences were produced, corresponding to a sequencing success of 82%, and 39,939 high quality ESTs were generated.

Sequencing produced, on average, 92% of raw reads correctly aligned against the reference genome per animal, i.e., 20.4 Gb, corresponding to a sequencing depth of 19.7 X.

The mapping statistics of the samples are summarized in Additional file 1: Table S1 showing that 23.07 ~ 44.18% of reads could be uniquely mapped to the genome, resulting in 7,735,369 ~ 29,581,761 uniquely mapped reads in each sample, corresponding to a sequencing depth of 93 ~ 355 times of the genome.

The remaining 636 plastid sequences (Table S1) could be grouped into 62 operational taxonomic units (OTUs) using a 80% FastGroup II sequence match level, corresponding to a 98% sequence similarity level (Table S2).