INTOLERANCE TESTING

Intolerance testing is crucial for children’s behavior and health because undiagnosed food intolerances can significantly impact their physical and mental well-being. These intolerances may cause symptoms like digestive discomfort, headaches, skin rashes, or fatigue, which not only affect their overall health but also influence their ability to focus, sleep, and interact socially. In some cases, food intolerances may contribute to mood swings, irritability, hyperactivity, or behavioral issues.

Identifying and managing these intolerances can enhance a child’s energy levels, cognitive function, and emotional balance. Addressing food intolerances early on can also prevent long-term health problems, enabling children to grow and develop in a healthier, more balanced way.

Intolerance tests are particularly valuable for children with ADHD and autism, as food intolerances may exacerbate symptoms associated with both conditions. While intolerances are not direct causes of ADHD or autism, certain foods can negatively influence behavior, cognitive function, and mood in sensitive children, leading to:

1. Behavioral Changes: For children with ADHD, intolerances to foods like artificial additives, sugars, or gluten can worsen hyperactivity, impulsivity, or inattention. Similarly, for children with autism, intolerances may contribute to irritability, mood swings, or repetitive behaviors.
2. Digestive Issues: Children with autism frequently experience gastrointestinal problems, and certain intolerances (such as dairy or gluten) can trigger or worsen these issues, causing discomfort that affects behavior and overall well-being.
3. Cognitive Impact: Intolerances can lead to brain fog or difficulty concentrating, which can be especially challenging for children with ADHD who already struggle with focus and attention.
4. Improved Symptom Management: Identifying and avoiding foods that trigger intolerance reactions can help reduce aggravating symptoms, allowing children with ADHD and autism to engage in daily activities, therapies, and learning with fewer disruptions due to their sensitivities.

Incorporating intolerance testing into the care plan for children with ADHD and autism can provide insights into potential dietary triggers, leading to better management of their overall health and behavior.

• Hereditary Cancer Prevention  
  – Predisposition Cancer Scoring (12 cancer types): Evaluates genetic markers associated with increased risk for 12 common cancers, including:
  1. Breast cancer
  2. Lung cancer (including bronchus)
  3. Prostate cancer
  4. Colorectal cancer (colon and rectal)
  5. Melanoma (skin cancer)
  6. Bladder cancer
  7. Non-Hodgkin’s lymphoma
  8. Kidney cancer (renal cell and renal pelvis)
  9. Endometrial cancer (uterine)
  10. Leukemia
  11. Pancreatic cancer
  12. Thyroid cancerThis test helps identify individuals who may benefit from enhanced screening or preventive measures, allowing for early detection and intervention.
  £350

1. 1. – Comprehensive Exome-based Hereditary Cancer Screening: Analyses the entire coding region of DNA to detect mutations in genes linked to hereditary cancer syndromes. This thorough assessment provides a comprehensive view of genetic cancer risk, enabling personalised prevention strategies.
      £690.
   2. Hereditary Disease Prevention 
      – Predisposition Risk Scoring (15+ conditions): Assesses genetic risk factors for multiple common hereditary diseases, such as heart disease, diabetes, and certain cancers. This test allows for early intervention and lifestyle modifications, potentially preventing or delaying disease onset.
      £310
   3. Hereditary Disease Diagnostics  
      – Diagnostic Exome: Examines all protein-coding genes in the genome to identify genetic variants causing rare inherited disorders. This test is particularly useful for diagnosing complex or undiagnosed genetic conditions, offering insights into rare diseases.
      £690
   4. – Autism CGH Array: Uses comparative genomic hybridisation to detect chromosomal abnormalities, including deletions and duplications, associated with autism spectrum disorders. This test helps identify specific genetic causes of autism, aiding in diagnosis and treatment planning.
      £970
   5. – Autism – Exome-based: Provides a comprehensive analysis of all protein-coding genes to identify mutations associated with autism spectrum disorders. This test offers a deeper understanding of the genetic factors contributing to autism, potentially leading to more targeted interventions.
      £1,1104.
   6. Carrier Screening  
      – Comprehensive Carrier Screening (400+ conditions including Cystic Fibrosis, GJB2, etc.): Tests for genetic mutations that could be passed on to children, including those causing cystic fibrosis, GJB2-related hearing loss, and Tay-Sachs disease. This screening is essential for family planning, allowing couples to make informed decisions about reproduction.
      £690.
   7. Pharmacogenetics Test: Analyses genetic variations that influence how an individual metabolises and responds to different medications. This test helps healthcare providers optimise drug selection and dosing, reducing adverse effects and improving treatment efficacy. It is particularly useful for tailoring treatments in various medical fields.
      £490
   8. These tests collectively offer a comprehensive approach to genetic health assessment, from cancer prevention to personalised medication management, providing valuable insights for individuals and healthcare providers alike.