Statistical genetics is a rapidly developing field that is producing models and methods for the analysis and interpretation of genetic data. Recent advances in new biotechnologies are generating detailed maps of genetic data are leading to potentially major developments in our understanding of the genetic basis of health and disease. An example of research in this area is a paper published recently by one of our statisticians, Dr Utz Pape, in the journal Nature. In the paper, Dr Pape and his colleagues investigated the link between an genetically-linked enzyme defect and myeloid cancers.
Dear Dr, I am writing to refer a 28-year-old male patient of mine, Mr [Patient's Name], for assessment for the diagnosis and treatment of Attention Deficit Hyperactivity Disorder (ADHD). After a thorough clinical assessment, I believe that Mr. [Patient's Name] meets the criteria for adult ADHD as outlined in NHS guidance for primary care teams in SE London. Mr [Patient's Name] has been under my care for XX years and, during this time, he reports several symptoms (greater than five symptoms in total) consistent with ADHD in adults that have been present for more than six months. These symptoms include difficulties in focusing, following through on tasks, hyperactivity, forgetfulness, impulsiveness, restlessness, and irritability. Mr [Patient's Name] also reports being easily distracted, struggling with time management, organisation, and completing tasks efficiently. Many of Mr [Patient's Name]'s symptoms have been present since he was under 12 years old; and have
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