Genetic Mutations: Identifying changes in the DNA sequence that may be linked to hereditary diseases or health disorders. Genetic Causes of Diseases: Helping doctors understand the genetic origins of complex or rare medical conditions. Known and Unknown Variations: Detecting new or previously unrecognized mutations that haven't been identified before. Personalized Treatment Guidance: Providing information that helps in selecting the most appropriate treatments based on the patient's genetic makeup.

Patients with Undiagnosed Genetic Disorders: Especially rare or complex conditions that have not been resolved through traditional tests. Individuals with a Family History of Genetic Diseases: To assess potential genetic risks. Children with Developmental Delays or Cognitive Impairments: To help achieve an accurate diagnosis. Cancer Patients: To identify genetic mutations that may impact treatment options. Participants in Clinical Research: To better understand genetic variations associated with specific diseases.

Undiagnosed Genetic Disorders: Such as rare or complex conditions where the causes cannot be identified through conventional tests. Developmental Delays or Cognitive Impairments: Especially in children who do not show improvement with standard treatments. Multiple Unrelated Symptoms: Like genetic disorders that affect various systems or functions in the body. Family History of Genetic Diseases: Particularly if several family members are affected by similar conditions. Unexplained Abnormalities in Laboratory Tests: That cannot be easily interpreted through conventional diagnostics.

What is the Exome? The exome is the part of the genome that encodes proteins, making up about 1-2% of the human genome. What are the Benefits of Whole Exome Sequencing? It can identify genetic mutations associated with hereditary diseases and help determine the genetic causes of unknown conditions. How is Exome Sequencing Performed? The process involves collecting a blood or tissue sample, extracting DNA, and then analyzing it using gene sequencing techniques. What Conditions Can This Test Be Used For? Exome sequencing is commonly used for diagnosing genetic disorders, rare diseases, and in scientific research. What are the Potential Risks or Drawbacks? Not all mutations may be detected, and some results may be inconclusive. There are also ethical concerns surrounding genetic information. How Are the Results Interpreted? Interpreting the results requires medical expertise, as some mutations may be of unknown significance. What is the Cost of This Test? The cost varies depending on the laboratory and location, and can range from several hundred to several thousand dollars. Can the Test Be Used to Guide Treatment Choices? Yes, in some cases, it can help determine targeted treatments based on genetic mutations.

Disease-causing mutations: Some mutations may be linked to specific genetic disorders. Non-disease-causing mutations: Other mutations may be harmless or not associated with any known health conditions. Interpreting these results requires deep understanding of the genetic context and family history. The results are compared with genetic databases to determine if the mutations are known to cause diseases or if they are common within the population. Genetic counselors or doctors analyze the results to assess whether certain mutations may be linked to health issues. A negative result, where no known mutations are detected, does not necessarily mean there is no genetic problem. Some mutations may not yet be identified or understood. If mutations are found, further counseling or recommendations for additional tests may be provided, along with potential treatment options based on the findings.

Whole Exome Sequencing (WES) Test | Lahalak Platform

Advanced analysis of all protein-coding genes to diagnose rare genetic disorders and identify health risks with high precision for individuals and families seeking answers.

Prices starts from: 4830 SAR

Scientific name: Whole Exome Sequencing (WES) Test

Whole Exome Sequencing (WES) is an advanced genetic technique used to analyze all the coding regions in the human genome, which represent about 1% of the entire genome. This analysis focuses on identifying mutations and genetic variations that may be linked to genetic disorders or other health conditions. A sample of blood or tissue is collected an...

Whole Exome Sequencing (WES) Test - Whole Exome Sequencing (WES)

Service type Genetic test (Blood)

Duration 10-15 minutes

Fasting Fasting is not required

Prices Starting from 4830 SAR

Included Services

Whole Exome Sequencing Test
The optimal health guidance based on the result.
Personal support services from Lahalak

Medical Service Information

Purpose Test

Genetic Mutations: Identifying changes in the DNA sequence that may be linked to hereditary diseases or health disorders.
Genetic Causes of Diseases: Helping doctors understand the genetic origins of complex or rare medical conditions.
Known and Unknown Variations: Detecting new or previously unrecognized mutations that haven't been identified before.
Personalized Treatment Guidance: Providing information that helps in selecting the most appropriate treatments based on the patient's genetic makeup.

Recommended groups

Patients with Undiagnosed Genetic Disorders: Especially rare or complex conditions that have not been resolved through traditional tests.
Individuals with a Family History of Genetic Diseases: To assess potential genetic risks.
Children with Developmental Delays or Cognitive Impairments: To help achieve an accurate diagnosis.
Cancer Patients: To identify genetic mutations that may impact treatment options.
Participants in Clinical Research: To better understand genetic variations associated with specific diseases.

Symptoms indicative

Undiagnosed Genetic Disorders: Such as rare or complex conditions where the causes cannot be identified through conventional tests.
Developmental Delays or Cognitive Impairments: Especially in children who do not show improvement with standard treatments.
Multiple Unrelated Symptoms: Like genetic disorders that affect various systems or functions in the body.
Family History of Genetic Diseases: Particularly if several family members are affected by similar conditions.
Unexplained Abnormalities in Laboratory Tests: That cannot be easily interpreted through conventional diagnostics.

FAQs

What is the Exome? The exome is the part of the genome that encodes proteins, making up about 1-2% of the human genome.
What are the Benefits of Whole Exome Sequencing? It can identify genetic mutations associated with hereditary diseases and help determine the genetic causes of unknown conditions.
How is Exome Sequencing Performed? The process involves collecting a blood or tissue sample, extracting DNA, and then analyzing it using gene sequencing techniques.
What Conditions Can This Test Be Used For? Exome sequencing is commonly used for diagnosing genetic disorders, rare diseases, and in scientific research.
What are the Potential Risks or Drawbacks? Not all mutations may be detected, and some results may be inconclusive. There are also ethical concerns surrounding genetic information.
How Are the Results Interpreted? Interpreting the results requires medical expertise, as some mutations may be of unknown significance.

Normal Levels

Disease-causing mutations: Some mutations may be linked to specific genetic disorders.
Non-disease-causing mutations: Other mutations may be harmless or not associated with any known health conditions. Interpreting these results requires deep understanding of the genetic context and family history.
The results are compared with genetic databases to determine if the mutations are known to cause diseases or if they are common within the population.
Genetic counselors or doctors analyze the results to assess whether certain mutations may be linked to health issues.
A negative result, where no known mutations are detected, does not necessarily mean there is no genetic problem. Some mutations may not yet be identified or understood.
If mutations are found, further counseling or recommendations for additional tests may be provided, along with potential treatment options based on the findings.