Examples of 'sequences can' in a sentence
Meaning of "sequences can"
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How to use "sequences can" in a sentence
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sequences can
Defective nucleotide sequences can sometimes be corrected.
Sequences can be added in linear or other forms.
The regulatory sequences can be of any origin.
The degree of identity of genetic sequences can vary.
Only original sequences can be submitted to GenBank.
Inducible or constitutively active sequences can be used.
Other sequences can be obtained by other fragmentations.
Various such second sequences can be used.
These sequences can be obtained by diverse methods.
One or more targeting sequences can be used.
Number sequences can convey important messages.
A wide variety of anchor sequences can be employed.
Promoter sequences can also be produced synthetically.
Thus a number of addition sequences can be used.
Such sequences can then be expressed recombinantly.
See also
Certain operating sequences can be avoided.
Peptide sequences can be synthesized individually or in mixtures.
Other suitable transmission sequences can likewise be used.
Robotic sequences can also be created in this way.
Similarly other regulatory sequences can also be included.
Before sequences can be analyzed they have to be obtained.
A variety of polycistronic sequences can be used.
Whole genome sequences can provide valuable information.
A very large number of bleaching sequences can be used.
The regulatory sequences can be inducible or constitutive.
A unique subset of the full clonal sequences can be sequenced.
The sequences can also comprise a coding sequence.
Repeats of these sequences can also be used.
Such sequences can then be used in phylogenetic studies.
Thus chaotic product sequences can be placed in order.
Sequences can be repeated and may be used as a list or an array.
Expression control sequences can include a promoter.
Sequences can also be combined.
Other linker sequences can also be used.
Sequences can be enriched by hybridization.
Expression control sequences can be chosen as appropriate.
A wide variety of transcriptional and translational regulatory sequences can be employed.
Codon optimized sequences can be chemically synthesized.
One or more codons of one or more coding sequences can be altered.
These sequences can be used in tandem or in opposite direction.
The repetitive nucleic acid sequences can be unlabeled.
Such sequences can improve translation.
Very short or very similar sequences can be aligned by hand.
Genomic sequences can also be determined by standard techniques.
Said library of nucleic acid sequences can be a metagenomic library.
Other sequences can be found throughout the specification.
The juxtaposition of these sequences can be performed in many ways.
Some sequences can be dangerous for people with epilepsy.
Either genomic or cDNA coding sequences can be expressed in yeast.
Promoter sequences can be tested in luciferase reporter assays.
