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Diagnostic options · UAE

Genetic tests in Dubai & UAE

Compare available Genetic tests, their listed prices and the information provided for each option. Test selection and preparation should be discussed with your clinician.

Tests in this category

805

Listed price range

600.00–30,000.00 AED

Clinical preparation

Confirm test-specific instructions with your clinician or laboratory.

Compare available tests

Genetic test prices

Showing 781–795 of 805 matching tests.

Genetic diagnostic tests, details, and listed prices
Test and description Specimen Typical duration Price Options
TEST-6230
USF1 Gene Hyperlipidemia, Familial Combined Susceptibility Test

This test evaluates the USF1 gene for pathogenic variants linked to familial combined hyperlipidemia.

Whole Blood (Peripheral) 3–4 weeks 2,800.00 AED
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View test specifications and preparation
What it measures
["USF1 gene pathogenic variants", "Inherited risk for hyperlipidemia"]
Parameters
[]
Preparation
["No specific fasting required", "Avoid recent blood transfusion (wait 4 weeks)"]
Indications
["Family history of premature cardiovascular disease", "Elevated cholesterol and triglycerides", "Screening for inherited hyperlipidemia risk"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 92606-2 ICD-10: E78.49
Clinical summary
This test evaluates the USF1 gene for pathogenic variants linked to familial combined hyperlipidemia.
TEST-2747
Usher Syndrome NGS & Sanger Testing Test

This diagnostic test evaluates for pathogenic variants in genes associated with Usher syndrome, a genetic disorder causing progressive vision loss and hearing impairment.

Whole blood 45 working days 3,200.00 AED
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What it measures
["Pathogenic variants in Usher syndrome genes", "Genetic mutations causing dual sensory loss"]
Parameters
[]
Preparation
["No specific fasting required", "Do not discontinue prescribed medication"]
Indications
["Suspected Usher syndrome", "Progressive hearing loss and vision loss", "Family history of Usher syndrome"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 81247-9 ICD-10: Q87.8
Clinical summary
This diagnostic test evaluates for pathogenic variants in genes associated with Usher syndrome, a genetic disorder causing progressive vision loss and hearing impairment.
TEST-5394
VIPAS39 Gene NGS Test

This test identifies pathogenic variants in the VIPAS39 gene associated with Arthrogryposis, Renal dysfunction, and Cholestasis (ARC) syndrome type 2.

Peripheral whole blood or buccal swab 3–4 weeks 2,800.00 AED
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View test specifications and preparation
What it measures
["Pathogenic variants in the VIPAS39 gene", "Copy number variants in the VIPAS39 gene"]
Parameters
[]
Preparation
["No fasting required", "No medication changes required"]
Indications
["Clinical suspicion of ARC syndrome type 2", "Infants presenting with arthrogryposis, renal dysfunction, and cholestasis"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 81260-5 ICD-10: Q87.8
Clinical summary
This test identifies pathogenic variants in the VIPAS39 gene associated with Arthrogryposis, Renal dysfunction, and Cholestasis (ARC) syndrome type 2.
TEST-3114
Von Willebrand Factor (VWF) Gene Genetic Test

This test identifies pathogenic variants in the VWF gene associated with von Willebrand disease.

Peripheral whole blood (EDTA) or FTA card 3 – 4 Weeks 2,800.00 AED
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What it measures
["Pathogenic variants in the VWF gene", "Small nucleotide variants, insertions, deletions"]
Parameters
[]
Preparation
["No fasting required", "Inform genetic counselor about all current medications"]
Indications
["Individuals with unexplained bleeding", "Heavy menstrual bleeding", "Family history of VWD", "Pre-surgical evaluation with inconclusive standard coagulation tests"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 82652-2 ICD-10: D68.0
Clinical summary
This test identifies pathogenic variants in the VWF gene associated with von Willebrand disease.
TEST-4135
VPS13B Gene Cohen Syndrome Genetic Test

This test identifies pathogenic variants in the VPS13B gene, confirming a diagnosis of Cohen syndrome.

Whole blood (EDTA), FTA card, or extracted DNA 3–4 weeks from sample receipt 2,800.00 AED
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View test specifications and preparation
What it measures
["Pathogenic variants in the VPS13B gene", "Single nucleotide variants (SNVs)", "Small insertions/deletions (indels)"]
Parameters
[]
Preparation
["No fasting required", "Genetic counseling session is mandatory prior to sample collection"]
Indications
["Clinical suspicion of Cohen syndrome", "Family history of Cohen syndrome", "Need for definitive molecular diagnosis"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 83112-3 ICD-10: Q87.89
Clinical summary
This test identifies pathogenic variants in the VPS13B gene, confirming a diagnosis of Cohen syndrome.
TEST-5678
VPS37A Gene SPG53 Genetic Test

This test identifies pathogenic variants in the VPS37A gene, confirming a diagnosis of hereditary spastic paraplegia type 53 (SPG53).

Peripheral whole blood (EDTA) or FTA card finger-prick 3–4 weeks 2,800.00 AED
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View test specifications and preparation
What it measures
["VPS37A gene pathogenic variants", "Copy Number Variants (CNVs) in VPS37A"]
Parameters
[]
Preparation
[]
Indications
["Suspected hereditary spastic paraplegia type 53 (SPG53)", "Family risk assessment for SPG53", "Guiding targeted management"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 21636-6 ICD-10: G11.4, G11.9
Clinical summary
This test identifies pathogenic variants in the VPS37A gene, confirming a diagnosis of hereditary spastic paraplegia type 53 (SPG53).
TEST-3226
VPS45 Gene Severe Congenital Neutropenia Type 5 Genetic Test

This test identifies pathogenic variants in the VPS45 gene associated with severe congenital neutropenia type 5.

Peripheral whole blood (EDTA), 3–5 mL; alternative: buccal swab or extracted DNA 3–4 weeks 2,800.00 AED
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View test specifications and preparation
What it measures
["VPS45 gene sequence", "Pathogenic variants"]
Parameters
[]
Preparation
["Mandatory genetic counseling session prior to sample collection", "Disclose all immunosuppressive medications", "Disclose recent G-CSF use", "Disclose history of stem cell transplantation"]
Indications
["Autosomal recessive severe congenital neutropenia type 5 (SCN5) caused by biallelic VPS45 mutations", "Persistent neutropenia of unknown cause", "Family history of severe congenital neutropenia"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 81369-6 ICD-10: D70.0
Clinical summary
This test identifies pathogenic variants in the VPS45 gene associated with severe congenital neutropenia type 5.
TEST-2382
WASHC5 Gene Ritscher‑Schinzel Syndrome Type 1 Genetic Test

This genetic test identifies pathogenic mutations in the WASHC5 gene, confirming Ritscher‑Schinzel syndrome type 1.

Peripheral whole blood 3–4 Weeks from sample receipt 2,800.00 AED
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View test specifications and preparation
What it measures
["Pathogenic variants in the WASHC5 gene"]
Parameters
[]
Preparation
[]
Indications
["Infants and children with clinical features suggestive of Ritscher‑Schinzel syndrome", "Family members of an index case for recurrence risk assessment"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 94473-0 ICD-10: Q87.89
Clinical summary
This genetic test identifies pathogenic mutations in the WASHC5 gene, confirming Ritscher‑Schinzel syndrome type 1.
TEST-2925
WDR19 Gene Cranioectodermal Dysplasia Type 4 Genetic Test

This test detects pathogenic variants, including single nucleotide variants, indels, and copy number variants, within the WDR19 gene associated with cranioectodermal dysplasia type...

Whole Blood (3 mL EDTA), Extracted DNA, or One Drop Blood on FTA Card 3–4 Weeks 2,800.00 AED
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View test specifications and preparation
What it measures
["Single Nucleotide Variants (SNVs) in WDR19 gene", "Insertions/Deletions (Indels) in WDR19 gene", "Copy Number Variants (CNVs) in WDR19 gene"]
Parameters
[]
Preparation
["No specific fasting required", "No medication or diet restrictions"]
Indications
["Clinical suspicion of cranioectodermal dysplasia type 4 (CED4)", "Family history of CED4", "Need for genetic confirmation for management and counselling"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 98747-9 ICD-10: Q87.8
Clinical summary
This test detects pathogenic variants, including single nucleotide variants, indels, and copy number variants, within the WDR19 gene associated with cranioectodermal dysplasia type 4.
TEST-1313
Whole Genome Genetic Mapping Test

This test evaluates the entire genome for single nucleotide polymorphisms (SNPs) and copy number variations (CNVs) to assess genetic predispositions.

Peripheral Whole Blood 8 weeks from sample collection 30,000.00 AED
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What it measures
["Single Nucleotide Polymorphisms (SNPs)", "Copy Number Variations (CNVs)", "Pharmacogenomic profiles", "Ancestry markers"]
Parameters
[]
Preparation
["No fasting required", "No special preparation required"]
Indications
["Proactive health screening", "Pharmacogenomic profiling", "Ancestry analysis", "Carrier screening", "Pediatric developmental concerns"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 81247-9 ICD-10: Z13.89
Clinical summary
This test evaluates the entire genome for single nucleotide polymorphisms (SNPs) and copy number variations (CNVs) to assess genetic predispositions.
TEST-3448
Wilson Disease ATP7B Gene Mutation Detection Test

This test identifies pathogenic variants in the ATP7B gene to confirm a diagnosis of Wilson disease.

Whole Blood Up to 2 months from sample receipt 6,600.00 AED
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View test specifications and preparation
What it measures
["ATP7B gene mutations", "Pathogenic variants"]
Parameters
[]
Preparation
["No special fasting required", "No medication changes required"]
Indications
["Symptomatic patients with suspected Wilson disease", "Presymptomatic screening of at-risk family members"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 21636-0 ICD-10: E83.01
Clinical summary
This test identifies pathogenic variants in the ATP7B gene to confirm a diagnosis of Wilson disease.
TEST-4723
WNT1 Gene Osteogenesis Imperfecta Type XV Genetic Test

This test identifies pathogenic variants in the WNT1 gene associated with Osteogenesis Imperfecta Type XV.

Whole Blood (EDTA) or Blood Spot (FTA Card) 3–4 Weeks 2,800.00 AED
View
View test specifications and preparation
What it measures
["WNT1 gene pathogenic variants"]
Parameters
[]
Preparation
["No specific fasting required", "Inform lab of recent blood transfusions or stem cell transplants"]
Indications
["Suspected Osteogenesis Imperfecta Type XV", "Family history of Osteogenesis Imperfecta"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 81723-5 ICD-10: Q78.0
Clinical summary
This test identifies pathogenic variants in the WNT1 gene associated with Osteogenesis Imperfecta Type XV.
TEST-2224
WNT7A Gene Sequencing (NGS) Test

This test evaluates the WNT7A gene for variants associated with Schinzel phocomelia syndrome.

Peripheral whole blood (EDTA) or FTA card 3–4 Weeks 2,800.00 AED
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View test specifications and preparation
What it measures
["WNT7A gene sequence", "Copy Number Variations (CNVs) in WNT7A"]
Parameters
[]
Preparation
[]
Indications
["Suspected Schinzel phocomelia syndrome", "Family history of limb deficiency disorders"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 81231-0 ICD-10: Q87.8
Clinical summary
This test evaluates the WNT7A gene for variants associated with Schinzel phocomelia syndrome.
TEST-1052
WS1 Full Gene Sequence Analysis (Wolfram Syndrome, DIDMOAD) Test

This test evaluates the WFS1 gene for pathogenic variants associated with Wolfram syndrome (DIDMOAD). It identifies genetic mutations that cause this rare disorder.

Peripheral blood, amniotic fluid, chorionic villi, cord blood 4–6 weeks 4,800.00 AED
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View test specifications and preparation
What it measures
["WFS1 gene sequence", "Pathogenic variants (SNVs, small indels)"]
Parameters
[]
Preparation
["No specific fasting required", "No medication or diet restrictions"]
Indications
["Suspected Wolfram syndrome based on clinical presentation", "Family history of Wolfram syndrome", "Confirmation of diagnosis at a molecular level"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 95419-5 ICD-10: Q87.8, Z15.0, Z13.7
Clinical summary
This test evaluates the WFS1 gene for pathogenic variants associated with Wolfram syndrome (DIDMOAD). It identifies genetic mutations that cause this rare disorder.
TEST-4486
XPA Gene Xeroderma Pigmentosum Group A (XPA) Genetic Test

This test identifies germline mutations in the XPA gene associated with Xeroderma Pigmentosum Group A.

Peripheral whole blood 3–4 weeks 2,800.00 AED
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View test specifications and preparation
What it measures
["XPA gene mutations", "SNVs", "Indels", "CNVs"]
Parameters
[]
Preparation
["No fasting required", "No medication adjustments required", "Genetic counseling and pedigree chart review mandatory"]
Indications
["Siblings of confirmed Xeroderma Pigmentosum patients", "Individuals with unexplained severe photosensitivity", "Family history of Xeroderma Pigmentosum"]
Measurement technique
Confirm with laboratory
Codes
LOINC: 8827-2 ICD-10: Q82.1
Clinical summary
This test identifies germline mutations in the XPA gene associated with Xeroderma Pigmentosum Group A.

Category overview

Genetic: overview

Unlocking the blueprint of your DNA provides profound, proactive insights into your family’s future and personal health risks. Integrated within our advanced Biochemistry and molecular services, specialized Genetic testing evaluates inherited traits, metabolic predispositions, and carrier statuses. Utilizing cutting-edge diagnostic technology, comprehensive genetic screening offers the vital clarity needed to safely guide tailored medical strategies and family planning. As an undisputed leader in innovation among diagnostic labs in Dubai and the UAE, DNA Labs guarantees the highest standards of strict patient confidentiality, unparalleled diagnostic precision, and rapid reporting. Empower your health decisions with certainty—book your genetic testing in UAE, coordinate a secure sample collection, or connect with our specialized genetics team today.

Before booking

Use the test details as a conversation starter

The right diagnostic option depends on your reason for testing and individual circumstances. Check the listed specimen and timing, then confirm any preparation requirements with the ordering clinician or laboratory before collection.