Usage Examples
Filter by Meaning Intragenic silencing can be achieved through the use of RNA interference.
The intragenic polymorphisms can be used as markers for genetic mapping.
Intragenic mutations can result in genetic disorders.
The intragenic variations in the gene are associated with susceptibility to diseases.
The intragenic rearrangements are often involved in cancer development.
The intragenic rearrangements can lead to genomic instability.
The intragenic mutations can cause genetic disorders.
The intragenic chromatin modifications influence gene expression.
The intragenic interactions between different exons affect the final protein product.
The intragenic deletions can affect the function of the gene.
Intragenic variation is an important factor in the development of cancer.
Scientists are studying the intragenic mechanisms that control gene expression.
The intragenic mutations in the gene resulted in the disease.
The intragenic splicing events can produce different mRNA isoforms.
Scientists study intragenic interactions to understand gene regulation.
The intragenic homologies between different genes suggest a common ancestor.
A single intragenic deletion can lead to a frameshift mutation.
Intragenic enhancers can increase gene expression levels.
Understanding intragenic recombination can help to map genetic linkage.
Intragenic mutations are responsible for many genetic disorders.
The intragenic sequences of the gene play a crucial role in splicing.
Researchers discovered intragenic cis- and trans-regulatory elements.
The intragenic regions of a genome can provide insight into its evolution.
The intragenic enhancers and silencers can control the transcription of the gene.
The intragenic regulatory elements determine the expression of the gene.
The intragenic single nucleotide polymorphisms can alter the protein structure.
The role of intragenic epigenetic modifications in gene expression is an active area of research.
The intragenic duplications and deletions can lead to gene dosage imbalances.
The intragenic variation in the gene influences the phenotype.
Mutations in intragenic regions can affect the splicing of mRNA.
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