Whole Exome Sequencing, Varies - Mayo Clinic Laboratories 2026

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  1. Click ‘Get Form’ to open it in the editor.
  2. Begin by filling out the Patient Information section. Enter the patient's full name, date of birth, and gender. Ensure all fields are completed accurately.
  3. Next, provide the Ordering Physician Information. Include their full name, contact details, and signature where required.
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  5. Complete the Clinical Information section by specifying the specimen type and providing relevant clinical history as requested.
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Copy number variations (CNVs) are genomic alterations that result in abnormal copies of one or more genes. Structural genomic events such as duplications, deletions, translocations, and inversions can cause CNVs.
In conclusion, WGS offers more comprehensive coverage than WES by allowing you to examine the genome as a whole for variations that could be linked to diseases.
Because the majority of known disease-associated variants occur within coding regions, WES is often used to detect these mutations. Compared to WGS, WES greatly reduces sequencing costs by focusing on only ~25% of the genome.
In addition, whole exome sequencing is increasingly being offered as a diagnostic test for heterogeneous disorders. Although mostly used for the detection of point mutations and small insertion-deletions, exome sequencing can also be used to call CNVs, allowing combined small and large variant analysis.
It works by comparing the insert size between the actual sequences read-pairs with the expected size based on a reference genome. Labs using this method can identify CNVs by mapping the discordance between mapped paired reads whose distances docHubly differ from the predetermined average insert size.

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The cost of Whole Exome Sequencing (WES) in India varies depending on the provider, type of analysis, and additional services included. Heres a general breakdown: Basic WES Test: ₹26,000. Trio WES (For Parents Child): ₹75,000.
WES does not detect all possible causes of genetic conditions. It does not detect changes outside of the exome and it cannot detect certain types of changes such as large deletions (missing pieces) or duplications (extra pieces) within the genes or chromosomes.
Both exome sequencing (ES) and genome sequencing interrogate all protein-coding exons and therefore, in principle, can detect the complete size range of CNVs affecting these exons.

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