NEXT-GENERATION METABOLOMICS

Personalized Health: Comprehensive Overview of Hereditary Metabolic Disorders

Hereditary metabolic disorders genomic visualization

Gene Panel

199 Metabolic Genes

Sample Type

Buccal Swab / Saliva

Imagine a world where you can foresee and combat metabolic disorders before they take hold. Hereditary Metabolic Disorders Genetic Testing turns this vision into reality by decoding mutations that influence enzyme function and energy processing.

199-Gene Metabolic Panel
7–10 Day Turnaround
Buccal Swab / Saliva
Likely Pathogenic & Pathogenic Reporting
CLINICAL RATIONALE

Understanding
Metabolic Disorders

Metabolic disorders encompass a wide range of inherited conditions that affect the body's ability to process and convert nutrients into essential energy. These conditions result from single-gene mutations that directly disrupt enzyme function.

Traditional diagnostic processes often rely entirely on clinical biochemical observations and biochemical screens, which frequently fall short of uncovering underlying genetic causes. NGS sequencing provides exact molecular diagnostic clarity.

The Magic of Early Detection

By identifying pathogenic or likely pathogenic variants before metabolic symptoms arise, healthcare providers can intervene with targeted preemptive strategies to dramatically mitigate or prevent onset.

Enzyme Function

Variant tracking

Genomic Blueprint

199 target genes

TRANSFORMATIVE BENEFITS

Harnessing Genetic Insights:
Transformative Benefits for Metabolic Disorders

01

Early Detection

Allows for the early identification of metabolic disorders, even before symptoms manifest. Dials in proactive provider intervention to prevent or mitigate effects.

02

Accurate Diagnosis

Metabolic disorders present with overlapping symptoms. Differentiates similar conditions, enabling tailored treatment plans and improved outcomes.

03

Tailored Treatment Strategies

Provides critical information about specific genetic mutations, enabling personalized care selection that targets underlying causes rather than symptoms.

04

Familial Screening

Enables structural screening of at-risk family members to implement preventive measures to protect multigenerational wellness.

CLINICAL TESTING CAPABILITIES

Metabolic Diseases & Conditions We Assess

Precision screening and diagnostic clarity across major inherited metabolic gene classes.

Familial Hypercholesterolemia

Gene: ABCA1
Learn More

Wilson Disease

Gene: ATP7B
Learn More

Cystic Fibrosis

Gene: CFTR
Learn More

MCAD Deficiency

Gene: ACADM
Learn More

Phenylketonuria

Gene: PAH
Learn More

Maple Syrup Urine Disease

Gene: BCKDHA, BCKDHB
Learn More

Gaucher Disease

Gene: GBA
Learn More

Galactosemia

Gene: GALT
Learn More
ENTERPRISE-GRADE GENOMICS

Comprehensive 199-Gene Metabolic Panel

Broad genomic analysis across 199 clinically relevant genes regulating key mitochondrial, peroxisomal, lysosomal, and enzyme pathways.

Full Panel Database
Featured Core Panel Genes
ABCA1
ABCB4
ABCC2
ABCD1
ABCD3
ABCD4
ABCG5
ABCG8
ACACA
ACADM
ACADS
ACADVL
APOE
ARSA
ASPA
ASS1
ATP7B
BCKDHA
BCKDHB
BSCL2
BTD
CACNA1A
CBS
CFTR
CLCNKB
COX10
COX15
CPOX
CPT1A
CSTB
DGUOK
DHCR7
DLD
DPYD
F9
FAH
FH
G6PC
G6PD
GAA
GALC
GALNS
GALT
GAMT
GATM
GBA
GBE1
GCDH
GCK
GLA
GLUD1
GNE
GYS1
GYS2
HADH
HADHA
HADHB
HEXA
HFE
HMGCL
HPRT1
HSD17B10
HYAL1
IDH2
IDS
ISCU
LCT
LIPA
LPL
MAN2B1
MCCC1
MCCC2
MCOLN1
MECP2
MMAA
MMAB
MMACHC
MMADHC
MTHFR
MUT
NAGA
NAGLU
NHEG1
OTC
PAH
PC
PCCA
PCCB
PCK1
PCK2
PDHA1
PDHX
PEPD
PEX1
PEX10
PEX12
PEX13
PEX14
PEX16
PEX19
PEX2
PEX26
PEX3
PEX5
PEX6
PEX7
PHKA1
PHKA2
PHKB
PHKG1
PHKG2
PHYH
POLG
PPARG
PRKAG2
PRPS1
PTS
PYGL
PYGM
QDPR
RBCK1
RFT1
RNASEH2A
RNASEH2B
RNASEH2C
SAMHD1
SEC23B
SERPINA1
SGSH
SLC12A3
SLC16A1
SLC17A5
SLC22A5
SLC25A13
SLC25A15
SLC25A20
SLC25A26
SLC25A4
SLC2A1
SLC2A2
SLC30A10
SLC35A1
SLC35A2
SLC35C1
SLC39A4
SLC3A1
SLC40A1
SLC41A2
SLC41A3
SLC46A1
SLC5A1
SLC6A19
SLC6A8
SLC6A9
SLC7A7
SLCO1B1
SMPD1
SSR4
STT3A
STT3B
SUCLA2
SUCLG1
SUOX
SURF1
TALDO1
TAT
TBC1D4
TCN2
TFR2
TIMM8A
TMEM126A
TMEM165
TMEM70
TNPO3
TPMT
TPP1
TREX1
TRIM32
TRIM37
TRMU
TRPM6
TRPM7
TSFM
TTC19
TUFM
TUSC3
TYMP
UCP2
UGT1A1
UMPS
UPB1
UQCRB
UQCRQ
UROD
UROS
WFS1
XDH
YARS2
ZMPSTE24
EFFICIENT SYSTEM WORKFLOW

How Metabolic Genetic Testing Works

Step 1

Clinical Evaluation

Evaluate patient symptoms, physical presentation, and metabolic family history.

Step 2

Sample Collection

Simple, non-invasive saliva sample or buccal swab collection.

Step 3

Genomic Sequencing

Sophisticated next-generation genetic sequencing of all 199 target genes.

Step 4

Clinical Interpretation

Detailed verification of pathogenic or likely pathogenic variants by clinical geneticists.

Step 5

Preemptive Care Plan

Personalized diet, lifestyle, and targeted pharmaceutical recommendations.

POST-TEST CLINICAL PROTOCOL

What To Do When Hereditary Risks
Genetic Testing Comes Back Positive

Inform Patient & Family

Discuss genetic findings, disease implications, and direct the family towards genetic counseling.

Develop Treatment Plan

Establish targeted therapies, custom pharmaceutical regimens, and targeted metabolic lifestyle plans.

Monitor Patient

Initiate proactive long-term biochemical assessment to measure clinical efficacy.

Confirm / Genetic Counseling

Utilize complementary diagnostic evaluations or family pedigree screening to track hereditary risks.

LABORATORY SPECIFICATIONS

Assay Specifications
& Performance Metrics

Sample Type

Buccal Swab / Saliva

Turnaround Time

7–10 Business Days

Gene Panel

199 Genes

Coverage

>96% at 20x

Customization

Customizable Gene List

Reporting

Pathogenic / Likely Pathogenic

THE VEDIAGNOSTICS DIFFERENCE

Why Choose Vediagnostics
for Metabolic Testing?

High-Quality Testing

Advanced technology platforms and experienced clinical molecular technicians guarantee testing to the highest laboratory standards.

Fast Turnaround Time

Delivers comprehensive clinical reports within 7–10 days, allowing physicians to formulate rapid care decisions.

Comprehensive Options

A wide portfolio of genetic panels including metabolic screens, pharmacogenomics, diabetes predict, cancer panels, and cardiovascular risk.

Collaborative Approach

Works side-by-side with clinical providers, offering real-time interpreting support and detailed laboratory assistance.

PATIENT KNOWLEDGE BASE

Decoding the Mystery of Genetic Testing:
A Patient's Roadmap to Better Health

CLINICAL WORKFLOW INTEGRATION

Built for Precision
Metabolic Care

Vediagnostics simplifies clinical laboratory management with provider access portal requisitions, rapid diagnostics turnaround, and comprehensive genetic mapping.

✅ Provider ordering portal
✅ Genetic reporting access
✅ Metabolic risk evaluation
✅ Personalized treatment planning
✅ Longitudinal patient tracking

Transform Metabolic Care
Through Genetic Understanding

Unlock the secrets of your genetic health and enable proactive, preemptive healthcare management.