Examples of 'clonotypes' in a sentence
Meaning of "clonotypes"
clonotypes (noun): Clonotypes are specific sets of immune cells or antibodies that are derived from a single ancestral cell. They are used to classify and identify different types of immune responses
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- plural of clonotype
How to use "clonotypes" in a sentence
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clonotypes
Discovery of correlating clonotypes using a calibration test.
This subset contains the pathological clonotypes.
Characteristics of clonotypes that correlate with disease.
Functional data to refine the determination of correlating clonotypes.
Discovery of correlating clonotypes using a population study.
Clonotypes that are enriched after vaccination in each patient are determined.
Change in the level of these clonotypes indicates a tumor recurrence.
Quantities of primers can be provided to ensure a balanced amplification of clonotypes.
The counts of clonotypes were then computed in each sample.
Characteristics that distinguish those two classes of clonotypes is investigated.
Presence of clonotypes correlating with disease.
Functional data may be used to aid in identifying correlating clonotypes.
Databases of clonotypes encoding antibodies specific for an antigen.
Identification of characteristics of correlating clonotypes.
Hence the first step is to define clonotypes that are at a high level.
See also
Candidate clonotypes may be considered in the order of their respective frequencies.
A method is described for identifying correlating clonotypes using a population study.
Clonotypes were then examined that were correlated with the disease score.
Discovery of correlating clonotypes using a calibration test and a population study.
Characteristics that distinguish those two classes of clonotypes will be investigated.
The highest correlating clonotypes as the set of correlating clonotypes is picked.
Determining the levels of the defined cancer clonotypes in the profile.
Correlating clonotypes may be enriched in cells with some surface or other markers.
A method for determining one or more correlating clonotypes in a subject is described.
A variety of algorithms are available for converting sequence reads into clonotypes.
Therefore the frequency of different clonotypes with different avidities can be determined.
Sequence related parameters that can be used to predict correlating clonotypes.
Clonotypes that get enriched are likely associated with the cancer clonotype.
Parameters that distinguish those two classes of clonotypes can be identified.
We can identify clonotypes that are likely mounting a response against the tumor.
The use of affected tissue to help determine clonotypes relevant to disease.
The highest correlating clonotypes as the set of correlating clonotypes will be picked.
Identification of cancer clonotypes.
Phylogenic clonotypes may be identified by one or more measures of relatedness to a parent clonotype.
It is expected that at that time there is great enrichment of the correlating clonotypes.
Parameters to distinguish these from the other clonotypes are identified as discussed above.
Markers that have a large difference can be useful in identifying correlating clonotypes.
This approach can be supplemented by looking at clonotypes that respond to specific antigens.
Several methods described below can be used to identify the cancer clonotypes.
The correlating clonotypes can be identified without knowing the renal function data.
Further embodiments will make use of functional data to aid in identifying correlating clonotypes.
To determine the specific clonotypes that correlate with disease several approaches are conceived.
Each of these parameters will be individually studied for association with correlating clonotypes.
Once these clonotypes are identified they are monitored to predict the likelihood of a drug hypersensitivity.
Parameters to distinguish these from the other clonotypes can be identified as discussed previously.
Tumors whose clonotypes have evolved can potentially be associated with differential prognosis.
The correlation of the level of each of these clonotypes with clinical measures is evaluated.
Clonotypes can be identified which represent different immune profiles for different disease states.
A rise in the level of these clonotypes can signal an immune response to a tumor recurrence.
The group consensus sequences may then be coalesced with one another to determine clonotypes.
