In translation, mRNA has the base sequence to make a specific polypeptide.

A Morpholino can modify splicing or block translation, depending on the Morpholino's base sequence.

Its ability to recognize double-stranded nucleic acids depends on the base sequence.

The base sequences for the haplotypes are then compared.

It has become evident that distortions in the double helix are themselves dependent on base sequence.

Oglionucleotides have a corresponding factor of 33 ug/mL which can be calculated if the base sequence is known.

But there are over 1,000 possible five base sequences, and we simply don't have the ability to identify 1,000 different labels.

The DGGE gel will separate genes of the same size based on base sequence.

This allows for the rational design of base sequences that will selectively assemble to form complex target structures with precisely controlled nanoscale features.

The last step is the primary structure design, which is the specification of the actual base sequences of each nucleic acid strand.