Examples of 'sequence similarity' in a sentence
Meaning of "sequence similarity"
The term 'sequence similarity' is commonly used in the field of bioinformatics and genetics. It refers to the extent to which two or more sequences of DNA, RNA, or protein share structural and functional similarities. Sequence similarity is often measured and analyzed using various algorithms and tools to understand evolutionary relationships and identify conserved regions or motifs
How to use "sequence similarity" in a sentence
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sequence similarity
Sequence similarity is also known as sequence homology.
Similar comments apply in relation to sequence similarity.
It has limited sequence similarity with known proteins.
One factor is the degree of sequence similarity.
Sequence similarity can be determined in a number of different manners.
Such bioinformatics methods involve measurements of sequence similarity.
Modern approaches compare sequence similarity using computational methods.
Sequence similarity search.
There is no minimum level of sequence similarity guaranteed to produce identical structures.
Proteins may be classified according to both structural and sequence similarity.
Classification based on sequence similarity was historically the first to be used.
The sequences were grouped into three families based on sequence similarity.
Using sequence similarity to infer homology has several limitations.
Correlations between functional and sequence similarity are not always straightforward.
Dashes in a sequence indicate gaps introduced to maximize the sequence similarity.
See also
There is no sequence similarity between animal and plant LTPs.
No genes with a high degree of amino acid sequence similarity were found.
The degree of sequence similarity between homologous genes is called conserved sequence.
Patatins disclosed herein are based on a conservation of amino acid sequence similarity.
Paralogs have more or less sequence similarity to the master genes.
Most of the time the only similarity we have access to is sequence similarity.
Scientists generally utilise database sequence similarity searches for data retrieval.
The sequences were grouped into three families based upon sequence similarity.
Methods for determination of sequence similarity are known to those of skill in the art.
The sequences were grouped into two families based upon sequence similarity.
The polypeptide showed significant sequence similarity to fungal amino acid permeases.
These homologs have marked structural similarity but limited sequence similarity.
Recognizing any remaining sequence similarity in such cases may be a very difficult task.
The aptamers were grouped into two families based on their sequence similarity.
It has the highest sequence similarity to eukaryotic actins of any known actin homologue.
Various different approaches are known for the calculation of sequence similarity and identity.
They suggest that sequence similarity extends to the whole ethRABCD gene cluster.
Any suitable method known in the art finds use in analyzing sequence similarity.
More divergent species will have less sequence similarity between orthologous genes.
Sequence similarity is based upon sequence identity plus conservative substitutions of amino acids.
The two families do not show any sequence similarity to each other.
Sequence similarity can be determined by different algorithms and techniques well known in the art.
These proteins sequences exhibited no significant sequence similarity to proteins in the GenBank database.
Therefore the sequence similarity of allergens with autologous proteins is of interest for closer investigation.
The analysis of a gene family may be carried out using sequence similarity analysis.
Another indicia of sequence similarity between two nucleic acids is the ability to hybridize.
The repeats have diverged so widely that there is no obvious sequence similarity between them.
Orthologues with high sequence similarity may not share the same regulatory elements.
The polynucleotides of the invention also include polynucleotides having sequence similarity or sequence identity.
Sequence similarity or identity is preferably determined using BLAST.
There simply has to be sufficient sequence similarity to achieve inhibition of the target gene.
This result indicates that members of the dehydratase superfamily share significant sequence similarity.
Sometimes there is no discernable sequence similarity between proteins that have the same fold.
Homology between DNA or proteins is understood by their sequence similarity.
The remaining cDNA clones have little sequence similarity with any published gene sequences.
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Convenient sequence programming with graphic symbols
This simultaneously establishes an efficient work sequence
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Examples of using Similarity
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Subject matter similarity across levels of education
That the more there was gene similarity
Subject matter similarity within levels of education
