While many of the shades and bases were designed to be interchangeable, at least two are inseparable.
The free bases were designed to be bifunctional alkylating agents via aziridinium ion formation and the effects of varying the distances between the two alkylating sites were studied.
The bases are designed to let players immediately know where they are.
Underlined bases were designed to mismatch species A or B (or both) sequences while being conserved within species C. Positive samples were subsequently amplified with the four original VP4/VP2 gene primers [18] and the amplicon directly sequenced.
The sequence of the 22 bases is designed to have two stretches of 10 bases separated by two thymines.
Custom RNA probes of 120 bases were designed to capture cDNAs for 5463 human protein-coding genes (Table S1) and were synthesized by Agilent Technologies.
In an effort to construct non-natural bases to be used in triplex-based antigene DNA recognition strategies, a uriedo-isoindolin-1-one homo-N-nucleoside base was designed to bind the cytosine-guanine (CG) base pair.
A removable base was designed to allow access into the liver cavity and connection points positioned for placing lesion inserts.
Based on convective heat transfer, a water-cooling motor base was designed to remove heat from the stator.
The original experiment on which the current study is based was designed to estimate site and silvicultural impacts on commercially available seedlots (to elicit realised genetic gain), rather than for comparison of seedlots per se.
The base was "designed to support terrorist attacks throughout Latin America".
