Sentence examples for deduce the position from inspiring English sources

This was the first time that Newton's theory of gravitation had been used to deduce the position of an unknown planet.

This information may be useful to deduce the position of the centromeres of some of the Prunus or Fragaria chromosomes.

A bilayer self-assembly protocol (29) was used to deduce the position of a Kir channel in a PIP2-containing lipid (POPC) bilayer.

We deduce the position of the scissile phosphate of a bona fide Ire1 RNA substrate in this catalytic center using the structure of the Ire1KR32 complexed with a DNA hexanucleotide, dCdCdGdCdAdG, which mimics the cognate Ire1 substrate.

By analyzing the pattern of neutrons bouncing off the material, scientists are able to deduce the positions of atoms in the material.

The hope is that what will happen is that the X-rays will hollow out all of the atoms in the molecule, and then, in the brief instant before electrons cascade down to the empty spaces, scientists will be able to deduce the positions of the atoms from the scattering pattern of the X-rays.

The sequences were assembled using the SeqMan Pro (v8.0.2) software in the Lasergene 8 package (DNASTAR) and aligned to P. pacificus PS312 genomic and cDNA with the help of Seqpup (v0.6f) to deduce the positions of exons [ 6, 36].

Phylogenetic trees derived from the hemocyanin subunit sequences or the concatenated alignment can also be used to deduce the relative position of some chelicerate taxa, while others cannot be considered due to the lack of hemocyanin (Acari, Opiliones, Pseudoscorpiones, Solifugae).

End-sequences were determined and localized on the chloroplast genome of Arabidopsis thaliana to deduce the relative positions of the clones, then clones that covered the entire chloroplast genome of grape were chosen for sequencing.

Based on the positional matches of the de novo sequenced peptides with other homologous proteins, it was possible to deduce the original positions of these peptides in the native protein.

By systematically labeling the replication fork DNA with a single 2-AP probe at different positions near the fork junction, we are able to determine the base pair melting footprint of the individual and combined enzymes and deduce the precise positions of the helicase and DNAP at the replication fork.