Pharmacogenomics, the fusion of pharmacology and genomics, examines how genes influence individual responses to medications. This test analyses DNA extracted from a simple blood sample, unveiling your genetic predisposition to respond to various medications and assessing your risk of experiencing adverse reactions to them.
Mobile Drug & DNA has streamlined the DNA test process:
Order your test online.
Complete payment.
As part of our process, we require that you consult with a genetic counsellor both before and after undergoing the test. Mobile Drug & DNA will facilitate this by requesting a referral form to be completed by your GP, genetic counselor, or specialist.
When you order the Pharmacogenomics Panel, we will provide you with the necessary referral forms for your genetic counsellor or doctor to fill out. Subsequently, we will arrange for your sample collection kit to be sent directly to one of our affiliated pathology centers and schedule your appointment for sample collection.
Following the analysis, your results will be sent to your genetic counsellor or doctor. They will then thoroughly discuss the results with you, ensuring you receive the best and most accurate information tailored to your individual test. You can expect to receive your results within 2-3 weeks.
About The Test
As each individual possesses a unique genetic makeup, their response to medications can vary significantly. What works effectively for one person may not be suitable or may even induce adverse reactions in another. Pharmacogenomics (PGx) testing offers a personalised approach to medicine by analysing an individual’s genetic profile to determine the most suitable drugs and dosages while minimising potential side effects.
PGx testing is beneficial for individuals currently using or planning to use medications for covered conditions. It can also be valuable for those who have tried multiple medications without success in treating their symptoms.
In psychiatry, where antidepressants play a crucial role, PGx testing is particularly relevant. With around 30-50% of patients failing to respond to initial antidepressant treatment, genetically guided prescribing can enhance the likelihood of finding an effective treatment type and dosage, potentially leading to greater remission rates.
Additionally, our PGx panel includes coverage of over 60 common oncology drugs. For cancer patients, PGx testing can help identify effective treatment options before commencing therapy or provide insights into why current medications may not be working effectively during treatment.
Advantages
Our Pharmacogenomics Panel offers several benefits:
Minimising the “trial and error” approach: By analysing genetic data, we can tailor therapy and dosages to an individual.
Reducing adverse reactions: Understanding how genes influence drug metabolism helps identify medications that may cause adverse reactions in patients.
Saving time and money: By selecting medications based on genetic profiles, patients can avoid costly and ineffective drugs.
Reducing duration of medication use: Personalised medication plans derived from genetic analysis can lead to more effective treatment outcomes.
Panels
Our Pharmacogenomics Panel utilises next-generation sequencing to analyse genes associated with 40 known drug-metabolising enzymes (DMEs). These genes include:
Discover your ability to metabolise the following medications:
Anaesthetic
Muscle Relaxants
Discover your ability to metabolise the following medications:
Contraceptives
Androgens
Anti-androgens
Glucocorticoid
Thyroid
Discover your ability to metabolise the following medications:
Antibiotics
Antimalarial
Anthelmintic
Antifungal
Antiretroviral
Antiviral
Discover your ability to metabolise the following medications:
Drugs prescribed for modulation of Respiratory Function
Antiemetic
Drugs prescribed for treatment of Peptic Ulcer and/or Gastro-oesophageal and reflux disease
Drugs prescribed for treatment of Functional Gastrointestinal Disorders and Obesity
Diabetes medications
Migraine medications
Antihistamines
Abortifacient
Drugs prescribed for treatment of Hyperparathyroidism
Dermatology
Discover your ability to metabolise the following medications:
Antiarrhythmic
Antihypertensive I
Antihypertensive II
Cardiac Stimulants
Vasodilators
Angina medications
Drugs prescribed for the treatment of Dyslipidaemia
Anticoagulants
Anti-platelet drugs
In addition, this panel also assesses SNPs (single nucleotide polymorphisms; the most common type of genetic variation occurring in humans) of importance for treatment using statins, as well as SNPs for importance of Venous Thromboembolism risk.
Discover your ability to metabolise the following medications:
Drugs prescribed for treatment of ADHD and related drugs
Treatment of Epilepsy
Anxiolytic
Hypnotic
Sedatives
Anticonvulsant
Muscle Relaxants
Alzheimer’s and Parkinson’s related drugs
In addition this panel also assesses a range of SNPs of importance for different medical conditions and personalityies, as well as SNPs of importance for hypersensitivity reactions.
Discover your ability to metabolise the following medications:
Antineoplastic I
Antineoplastic II
Antineoplastic Targeted Therapy I
Antineoplastic Targeted Therapy II
Discover your ability to metabolise the following medications:
Immunosuppressive
Immunomodulatory
Discover your ability to metabolise the following medications:
Anti-inflammatory
Analgesic
Antipyretic
Opioids
Anti-rheumatic
Drugs prescribed for the treatment of gout
It will also assess a range of additional SNPs of importance for pain management.
Discover your ability to metabolise the following medications:
Antidepressant I
Antidepressant II
Additional SNPs of importance for treatment using antidepressants
Additional SNPs of importance for the treatment of depression and psychosis, and the treatment of alcohol and tobacco use disorders
Typical Antipsychotic
Atypical Antipsychotic
Additional SNPs of importance for treatment that includes the use of antipsychotics for the treatment of autism
Discover your ability to metabolise the following medications:
Alcohol
Barbiturates
Benzodiazepines
Cannabinoids
Synthetic Cannabis
Dissociative Drugs
Tobacco
Additional SNPs of importance for recreational drugs
Discover your ability to metabolise the following medications:
Drugs prescribed for the treatment of Incontinence
Drugs prescribed for the treatment of Erectile Dysfunction
Drugs prescribed for the treatment of Benign Prostatic Hypertrophy
Pharmacogenomics Panel
$695.00
Pharmacogenomics, the fusion of pharmacology and genomics, examines how genes influence individual responses to medications. This test analyses DNA extracted from a simple blood sample, unveiling your genetic predisposition to respond to various medications and assessing your risk of experiencing adverse reactions to them.
Description
Mobile Drug & DNA has streamlined the DNA test process:
About The Test
As each individual possesses a unique genetic makeup, their response to medications can vary significantly. What works effectively for one person may not be suitable or may even induce adverse reactions in another. Pharmacogenomics (PGx) testing offers a personalised approach to medicine by analysing an individual’s genetic profile to determine the most suitable drugs and dosages while minimising potential side effects.
PGx testing is beneficial for individuals currently using or planning to use medications for covered conditions. It can also be valuable for those who have tried multiple medications without success in treating their symptoms.
In psychiatry, where antidepressants play a crucial role, PGx testing is particularly relevant. With around 30-50% of patients failing to respond to initial antidepressant treatment, genetically guided prescribing can enhance the likelihood of finding an effective treatment type and dosage, potentially leading to greater remission rates.
Additionally, our PGx panel includes coverage of over 60 common oncology drugs. For cancer patients, PGx testing can help identify effective treatment options before commencing therapy or provide insights into why current medications may not be working effectively during treatment.
Advantages
Our Pharmacogenomics Panel offers several benefits:
Panels
Our Pharmacogenomics Panel utilises next-generation sequencing to analyse genes associated with 40 known drug-metabolising enzymes (DMEs). These genes include:
ABCB1, ABCG2, ADRA2A, ANKK1, APOE, COMT, CYP1A2, CYP2B6, CYP2C19, CYP2C8, CYP2C9, CYP2D6, CYP3A4, CYP3A5, DBH, DPYD, DRD1, DRD4, F2, F5, GABRA6, GABRP, GRIK4, HLA-A*3101, HLAB*1502, HLA-B*5701, HTR2A, HTR2C, ITGB3, KIF6, MTHFR, OPRD1, OPRK1, OPRM1, SLCO1B1, TPMT, UGT1A1, UGT2B15, UGT2B7 and VKORC1.
We offer 12 Pharmacogenomics (PGx) panels, and the initial cost covers 2 tests. Additional tests can be purchased upon arrangement.
Report Breakdowns
Click below to explore what medication each unique panel targets!
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
In addition, this panel also assesses SNPs (single nucleotide polymorphisms; the most common type of genetic variation occurring in humans) of importance for treatment using statins, as well as SNPs for importance of Venous Thromboembolism risk.
Discover your ability to metabolise the following medications:
In addition this panel also assesses a range of SNPs of importance for different medical conditions and personalityies, as well as SNPs of importance for hypersensitivity reactions.
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
It will also assess a range of additional SNPs of importance for pain management.
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
Discover your ability to metabolise the following medications:
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