Dr Dougall McCorry

Dr Dougall McCorry
Neurology
Birmingham


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Dr Dougall McCorry

Neurologist in
Birmingham

MRCP MBChB MD

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Dr Dougall McCorry areas of expertise:

Professional statement

Dr Dougal McCorry is a skilled neurologist based in Birmingham. Working across a number of clinics, he provides specialist advice and treatment for a range of neurological condiitons including epilepsy, migraines, post-head injury and whiplash syndrome.

Dr McCorry initially studied at the University of Leceister before going on to complete specialist training at the Walton Centre for Neurology and Neurosurgery, Liverpool. He undertook specialist neurological training in Scotland and Yorkshire and is the clinical lead in a nationally renowned unit for the treatment of epilepsy at the University Hospital, Birmingham.

Dr McCorry is the author of a number of publications covering neurology, epilepsy, and related general practitioner topics. He frequently teaches and examines in the Medical School at the University of Birmingham, where he has been granted the title of honorary senior lecturer.

 Credentials

GMC: ‍4284880

 Professional experience

• More than 20 years of experience
• Consultant Neurologist, The Priory Hospital, Birmingham (present)
• Consultant Neurologist, The Edgbaston Hospital (present)
• Consultant Neurologist, University Hospital Birmingham, Queen Elizabeth, Birmingham (2007 - present)

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 Sub-specialties

• Post-head injury
• Epilepsy
• Headache
• Blackouts
• Neurology & Pregnancy
• Whiplash syndrome

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 Teaching posts

• Honorary Senior Lecturer at the University of Birmingham

 Education

• MBBS (Bachelor of Medicine, Bachelor of Surgery), University of Leicester (1991 – 1996)

 Professional membership

• The Royal College of Physicians
• The Medico-Legal Society
• The Association of British Neurology
• The International League Against Epilepsy

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Languages spoken

  • English

Patient reviews for Dr. Dougall McCorry

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Patient reviews

Verified Patient
13/09/2018

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Patients comments

He was very attentive and spent time to listen to everything we had to say, and was very informative

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Diseases, Medical Tests and Treatments

Amnesia

What is amnesia? Amnesia is a disease that is characterised by memory loss. Facts, information and experiences can be forgotten, but generally peo ...

Epilepsy

What is epilepsy? Epilepsy is a neurological disorder that causes recurrent seizures in the person suffering. These seizures appear when groups of ...

Headache

What is a headache? A headache is one of the most common day-to-day pains felt by people. Headaches come in different forms and vary in their inten ...

Medicolegal

Medicolegal relates to both medicine and law. Doctors may take part in legal processes as an expert witness, where they can give specialised opinion i ...

Neurological disorders

What are neurological disorders? Neurological disorders affect about ten million people in the UK . Neurological disorders are diseases of the central and peripheral nervous system – the brain, the spinal cord, the cranial and peripheral nerves, the autonomic nervous system, the nerve roots, the neuromuscular plate and the muscles. There are more than 600 neurological disorders. The most common are: diseases due to defective genes, such as muscular dystrophy or Huntington's disease degenerative diseases, such as Alzheimer's or Parkinson's diseases of the blood vessels that supply the brain, such as stroke problems in the development of the nervous system, such as spina bifida brain or spinal cord injury convulsive disorders, such as epilepsy brain tumours infections, such as meningitis Prognosis of the disease The prognosis of a neurological disorder can change significantly depending on the particular disease. In the case of degenerative diseases of the nervous system, such as Alzheimer's, they can become quite severe over time, and can eventually put the patient's life at risk. Some genetic diseases are also progressive, but if spotted early on can often be treated effectively. In the case of convulsive disorders, such as epilepsy, the prognosis is usually better. A patient with epilepsy can generally manage their symptoms through treatment, although this may take several years. Some forms of brain or spine injury are life-threatening, as are cardiovascular conditions such as stroke. A brain tumour can sometimes benign, but if it is cancer it requires timely treatment to improve the chance of survival. Symptoms of neurological disorders Neurological disorders can cause a wide range of symptoms, including: headaches numbness or loss of strength in a limb dizziness fainting and loss of consciousness memory problems cognitive difficulties speech problems vision problems tremors, spasms, and involuntary contractions Medical tests for neurological disorders Medical tests may vary depending on the affectation that the patient has. There are multiple tests to evaluate the state of the nervous system, which are more useful depending on what one wants to check. The following should be highlighted: Electroencephalogram: is especially useful in brain tumors or brain or spinal cord inflammation, for example. Cerebral angiography: used to locate vascular irregularities in the brain. They can be obstructions in the blood vessels or stroke, among others. Computed tomography: very effective in the detection of epilepsy, brain tumors or cysts, brain damage by injury, etc. Magnetic resonance: this reveals to the doctor the details of organs, tissues, nerves and bones. Lumbar puncture: to obtain samples of cerebrospinal fluid and thus check the existence of bleeding or cerebral hemorrhages. Can neurological disorders be prevented? In many cases, neurological disorders are difficult to prevent, especially when they are due to hereditary factors. However, there are a number of lifestyle changes that can reduce the risk of stroke, and which are thought to reduce the risk of developing dementia later in life: do some physical exercise on a regular basis. avoid social isolation by keeping up with family and friends and getting involved in your local community avoid the consumption of alcohol, tobacco and illegal drugs get a good night’s sleep (6-8 hours a day) maintain a balanced diet with plenty of fruit and vegetables avoid brain injuries by using the necessary protection on the road or when doing extreme sport avoid medical risk factors such as high blood pressure, high cholesterol, stress, exhaustion, obesity, or diabetes Treatments for neurological disorders There are multiple treatments for neurological disorders, which can vary depending on the condition. Normally, the main treatment consists of neurorehabilitation, which aims to restore, minimise or compensate functional deficits that the patient may have, but setting realistic expectations as to what is possible. In some cases it is possible to mitigate some symptoms with medication or surgery. Overall, treatment aims to improve the quality of life of patients suffering from a neurological disorder, so that they can have the greatest possible independence. In all neurological disorders, an early diagnosis is vital, so that the specialist can establish the most appropriate treatment in each case. ...

Whiplash

What is whiplash? Whiplash is an injury to the neck caused by a sudden movement of the head (backwards and/or forwards) which stretches and damages the soft tissues in the neck (they are sprained). Whiplash is commonly caused by car accidents. What are the symptoms of whiplash? The symptoms of whiplash usually take a few hours to develop and include: Neck pain Neck stiffness Difficulty moving your head Shoulder and arm pain Headaches Lower back pain Dizziness Difficulty sleeping Muscle spasms Pins and needles Symptoms will usually worsen over the first few days following the injury. Recovery from whiplash can take a few weeks, a few months or longer in some cases.   What causes whiplash? Whiplash is caused by a sudden movement of the head, either forwards, backwards or sideways. The most common causes of whiplash are: Car accidents A blow to the head, such as in boxing or rugby A fall where the head is jerked suddenly How can whiplash be diagnosed? In general, damage to the soft tissues of the neck (muscles and ligaments) cannot be seen on a standard x-ray scan. Therefore, a diagnosis is usually made based on a physical examination which looks for muscle spasms and tenderness. What is the treatment for whiplash? Usually whiplash will get better on it own, however, it can help to keep the neck mobile (neck braces are not recommended), to take painkillers to manage any pain and to carry out special stretches and exercises. Physical therapy can also be recommended for whiplash patients. It can also help to apply ice to the neck the first 24 hours following injury. ...

Acquired brain injury

Acquired brain injury, often abbreviated to ABI, refers to damage sustained to the brain at any time during a person’s lifetime, as opposed to a genetic or congenital disorder or damage occurring while in the womb. An acquired brain injury can have temporary or permanent affects on a person, causing impairments in cognitive, physical, emotional and behavioural functioning. Acquired brain injury is usually broken down into two forms, each with a number of different causes associated. The two forms are:   Traumatic brain injury (TBI) A TBI is any form of sudden physical damage to the brain. This can be caused by any number of ways, such as a closed head injury, which is when the head forcefully impacts with an object. This could be due falling, sports injury, violent crime, or most commonly a motor vehicle accident. Another type of traumatic brain injury is called a penetrating head injury, which is caused by an object piercing the skull and damaging the brain, such as a gunshot wound. Non-traumatic brain injury A non-traumatic brain injury is one caused by an illness or through substance abuse. For example, conditions such as stroke, brain tumours, lack of oxygen, brain haemorrhage, encephalitis, poisoning, alcohol or drug abuse. To name a few of the possibilities.   What can acquired brain injury lead to?   An acquired brain injury can lead to any number of detrimental effects on the person, depending on the position of the injury on the brain and the severity of the injury. Examples of the kinds of effects that an acquired brain injury can cause include physical changes such as problems walking, standing, sitting. Cognitive changes such as problems with vision or hearing, decision making, comprehension, becoming easily distracted, affecting judgement, and confusion. There may also be emotional changes such as depression, anxiety, anger management problems, sadness and frustration. The person may also suffer chronic pain such as multiple headaches.   How are acquired brain injuries managed?   There is not a single comprehensive way that acquired brain injuries are treated. Treatment depends on the injury, the symptoms, and also the age of the patient, as paediatric acquired brain injury may be treated much differently. The patient will have to go through a bespoke, multidisciplinary rehabilitation programme to attempt to improve on any functions lost due to the injury. A number of specialists will be required, depending on the extent of the symptoms, these specialists can include physiotherapists, occupational therapists, speech and language therapists, psychologists, and pain specialists. As children’s brains are still developing, the approach to paediatric acquired brain injuries may differ. Because the brain is still in development, some of the injuries may not appear until later in the child’s life as the brain continues to develop. To make an appointment to see a specialist about acquired brain injury, click here. ...

Chronic headache

  Headache, known in the vernacular as headaches, occur in different ways according to their intensity and symptoms. The most common headaches are migraine or migraine and tension headache, although there are many others. Of these, cluster headaches are one of the most annoying, as they cause very severe pain that can last from hours to weeks. On the other hand, they are characterized by sinus headaches cause pain in the face and the front of the head, and sore throat and runny nose. There is no definitive cure for headaches, but many treatments can relieve or prevent the symptoms worse, such as certain drugs or therapies by administering pure oxygen. ...

Cluster headaches

Cluster headaches are a highly concentrated and intense type of headache. They are more common in men than women and tend to happen in one particular season of the year. ...

Migraines

What is it? A migraine is a type of headache occuring due to a chronic nervous system disorder. It is a debilitating headache which normally comes with other symptoms, such as nausea or photophobia (light sensitivity).   It is estimated that around 1 in 7 people are affected by them globally. Migraines tend to affect women more than men, so it’s thought that they may be hormonally driven. There are two different types of migraine: Migraine without aura: these are the most common. It is much like a severe headache with some additional symptoms such as noise sensitivity. Migraine with aura: this is often more complicated as the patient tends to have neurological symptoms or visual alterations with the headache. Prognosis of migraines Migraine duration varies from patient to patient, so treatment will often vary. Some migraines don’t need treating, but others do require pharmaceutical treatment and in some cases even hospitalisation.   It’s important to see a specialist as this condition is often linked to strokes. The risk increases in patients who take contraceptive pills or who do not have a balanced diet (which could cause high levels of cholesterol or hypertension). The risk is also higher in smokers, especially for women who have migraines with aura. What are the symptoms? There isn’t a specific test to diagnose migraines, but there are several symptoms that help identify them. These symptoms are classified according to the type of migraine.   A migraine with aura is often accompanied by nervous system symptoms (neurological) which warn of a potential migraine. These symptoms often start between 10 and 20 minutes before the headache starts. In many cases they affect vision in the following way: Temporary blind spot Eye pain Changes in vision with flashing lights or lines Blurry vision Only being able to see things that are close (tunnel vision). These symptoms may also be accompanied by: Nausea or dizziness Weakness Yawning Difficulty concentrating Numbness Tingling. The headaches tend to get worse as the day goes on. It tends to be a throbbing pain. In some cases it may only affect one side of the head, behind the eye, or in the neck, and it may last for up to 48 hours. The headaches may come on alongside other symptoms such as; chills, urinating more frequently, fatigue, nausea, vomiting, sweating, photophobia, or sensitivity to light, among others. What causes migraines? The cause of migraines is not fully understood, but it is known that they happen due to abnormal brain activity. This may happen for many reasons, for example: Lack of caffeine Skipping a meal    Smoking or cigarette smoke Drinking alcohol Environmental factors Stress or anxiety Loud noises or bright lights Changes in menstrual cycle hormone levels Lack of sleep or sleeping too much Some foods: chocolate, fruits (avocado, banana, and others), onions, processed foods, dairy products, and meat with nitrates among others. Migraines can also be hereditary.   How can migraines be prevented? The most important step in being able to prevent migraines is to find out what triggers them with the help of a specialist. Once the reasons are known, it is easier to avoid triggers and also follow some general guidelines: Get enough sleep. Exercise regularly. Slowly reduce caffeine consumption. Control and learn to cope with stress. What is the treatment? Treatment could help stop symptoms and prevent new migraine attacks. These may vary according to the intensity of the headaches, how often they happen, and how much they affect the person’s ability to perform daily tasks.  Even though there isn’t a specific cure, there are many medications that can help alleviate pain, some of the medications are more commonly used for other issues. They can be grouped in two groups: Painkillers: are used to lessen the pain and symptoms when a migraine attack happens. Preventive drugs: these are taken regularly to try to reduce the severity or frequency of attacks. Certain lifestyle changes can also help patients have fewer migraines or even avoid them altogether: Sleep the necessary hours and have a set sleep schedule Improve nutrition: avoid foods that trigger migraines and don’t skip meals Manage stress and anxiety If overweight, lose weight. What specialist should I see? Migraines are usually treated by a neurologist, or a doctor specialising in pain management.    ...

Neurological treatments

In the field of neurology, specialists have developed a wide range of treatments to treat conditions such as dementia, Parkinson’s disease, epilepsy, motor neuron syndrome, tumours in the head or spine, or brain trauma. The precise combination of treatments depends on the condition that a patient has, but collectively, the main types of treatment are as follows: Medication – researchers have developed a wide array of medication to combat the symptoms of various neurological disorders. With medication, we can slow down Alzheimer’s disease, manage the symptoms of epilepsy, and help patients with Parkinsons’ regain control over their movements. Painkiller medication can be particularly helpful for people suffering from nerve pain due to a tumour or injury. However, we do not yet have medication that can cure neurological conditions such as dementia or Parkinson’s. Physiotherapy and occupational therapy – patients living with a movement disorder can benefit from physiotherapy to help build their strength and mobility in spite of neurological barriers, and occupational therapy to come up with new strategies for accomplishing day-to-day tasks. The patient is unlikely to fully restore their movement, but this kind of treatment can help prevent their condition from getting in the way of daily life. Speech and language therapy – some neurological disorders such as dementia, Parkinson’s, and stroke, can make eating, swallowing and even breathing more difficult. A speech and language therapist can support the patient to maintain control over these functions. Surgery – some conditions such as a brain tumour, spinal tumour, or spinal stenosis, can press on the nerves and pose a significant risk to someone’s ability to move. In extreme cases, nerve damage can cause someone to lose function over their bowels, or become completely paralysed. To prevent this outcome surgery may be necessary to remove the tumour or decompress the spine. Deep brain simulation – a deep brain simulator is like a pacemaker for the brain. It sends out signals within the brain to interrupt other signals that may be causing neurological symptoms such as tremor or stiffness. The deep brain simulator is implanted with a surgical procedure and remains in the brain for a number of years. This is a relatively early treatment compared to other treatments in the field of neurology, and its potential applications are not yet fully known. Treatment is constantly evolving and in the future neurologists are likely to have a better understanding of how to tackle abnormal signals and manage symptoms more effectively. Surgery is likely to be less invasive and more effective at removing tumours without damaging the nearby nerves. In addition, more work needs to be done in identifying the root causes of neurological disorders. What is the aim of neurological treatment? If you are diagnosed with a long-term neurological condition, treatment aims to manage the symptoms and slow down the condition’s progression. If, however, you have suffered an injury, the aim of treatment will be to restore your abilities as much as possible. This kind of treatment program is known as neurorehabilitation. What kind of specialist provides neurological treatments? If you have a neurological condition the main specialist overseeing your care will be a neurologist, and they will be able to prescribe you medication where needed. Depending on other treatment you need, you may also come into contact with the following specialists: physiotherapists occupational therapists speech and language therapists neurosurgeons ...

Neuropathic pain

What is neuropathic pain? Neuropathic pain is a neurological disorder in which people experience intense chronic pain due to nerve damage. It often results from an injury or disease of the peripheral or central nervous system. Neuropathy can exist without pain, in the same way that pain can exist without evidence of nerve injury. Neuropathic pain, therefore, can be defined as a sensation or unpleasant emotional experience associated with dysfunction or injury of the nervous system. What are the symptoms of neuropathic pain? This pain usually causes numbness and pain in the hands and feet, as well as tingling or burning. Along with pain, other symptoms may appear, such as: Insomnia Constipation Lack of appetite Anxiety Vomiting Weakness Discomfort in the mouth Acute pain or a stinging sensation What causes neuropathic pain? Peripheral neuropathic pain, or chronic neuropathic pain, is a result of damage to the peripheral nerves. This damage can be caused by: Nutritional imbalances Alcoholism Toxins Infections Autoimmunity Amputation Diabetes Diseases, such as kidney failure or cancer Trauma to the nerves Shingles Thyroid problems How is neuropathic pain treated? The treatment for neuropathic pain can vary according to each case. These are the treatments available: Medication: The first thing that specialists recommend are certain medications (e.g. antidepressants, NSAIDs, painkillers). Physiotherapy: To reconstitute the muscles so they can move normally and with less pain. Psychological therapy: pain can cause stress in the patient. This therapy helps the patient to manage the pain and resulting stress. Nerve blocks: local anaesthesia or steroid injections are administered at the origin of the pain, providing temporary relief. Medical devices: implantable devices can modulate pain signals before reaching the brain. ...

Neurorehabilitation

Neurorehabilitation is a medical process aiming to aid recovery from neurological disorders and injuries to the nervous system. Neurorehabilitation begins after the acute stage of treatment for brain injury ends, and helps the patient to recover improve function and cognitive abilities, and to compensate for any brain function alterations resulting from injury or the subsequent treatment.   What is neurorehabilitation used to treat?   Neurorehabilitation is commonly used to treat such conditions as stroke, cerebral palsy, Parkinson’s disease, traumatic brain injury, multiple sclerosis, post-polio syndrome and Guillain-Barre syndrome.   What does neurorehabilitation involve?   Neurorehabilitation involves a set of therapeutic techniques, and begins with tests of integral neurophysiology, for example, electromyograms and electrocephalograms (EEG) to give a full assessment of the needs of the patient. Using this assessment, the neurorehabilitation team will aim is to promote the skills of the patient, and attempt to get them as much independence as possible. This involves a number of approaches to treatment that not only aims for physical improvement, but also a holistic approach to cater for social, cultural and psychological aspects to their personality to lead to improvements in self-esteem and to help the patient feel more confident about their abilities. Neurorehabilitation not only focuses on teaching and training the patient to improve abilities, but also has a focus on nutrition and the patient’s daily routine in order to best facilitate the road to recovery.   Areas of neurorehabilitation   Neurorehabilitation can focus on the different aspects needed to improve recovery. Using physiotherapy, occupational therapy, psychological therapy, speech and language therapy and vision therapy techniques where necessary, the patients overall ability can be improved. A physiotherapist can improve any physical function problems resulting from the brain injury or disease, while occupational therapists can help to teach new techniques to help the patient return to work and complete daily necessary tasks. For any problems with speech resulting from the brain injury, or commonly from a stroke, a speech and language therapist can help to overcome these difficulties, and also with any problems with swallowing or eating. A vision specialist will also help if sight is affected. A dietician can help to improve the patients eating regime and diet, which can become problematic following injury.   New developments in neurorehabilitation   With new developments in technology, come new developments in the way neurorehabilitation is provided. Greater imaging techniques allow for an improved assessment, while virtual reality and video games can provide new options for improving cerebral development and rehabilitation. New developments in robotic technology offer new options for physical development and stimulation following brain injury. ...

Tension headache

A tension headache is a type of headache that normally affects the area around the top of the head, scalp or neck. This headache, which is the most common, is caused by tension and contraction of the muscles of the scalp and neck, the cause may be stress, anxiety, depression or temporomandibular dysfunction. ...

Traumatic brain injury

What is traumatic brain injury? Traumatic brain injury (TBI), or intracranial injury, is when a head injury causes damage to the brain. This may be caused by any sort of bump, blow, or jolt, and commonly results from vehicle collisions, falls, or violent incidents. While the term “head injury” is a broad term that can include damage to the scalp or skull, the term “traumatic brain injury” specifically refers to damage to the brain. Brain injuries are should always be taken seriously, and it is advisable to go to the hospital if you have suffered any kind of blow to the head, particularly if you feel ill or experience symptoms of TBI (see below). The worst brain injuries can result in permanent brain damage, or even be fatal.   What are the symptoms of a traumatic brain injury? The mildest type of TBI is a concussion. While these are not usually serious, it is still a good idea to be checked out at a hospital, and perhaps even monitored overnight. Symptoms include: Headache Neck pain Ringing in the ears Dizziness Tiredness Temporary trouble remembering things or concentrating More severe intracranial injuries can cause the same symptoms, plus other, more serious ones: Nausea Vomiting Seizures or convulsions Slurred speech A headache that does not go away, or even gets worse Dilated pupils or pupils with unequal levels of dilation (unequal size) Weakness/numbness in the limbs In children too young to communicate what is wrong, you should look out for symptoms such as: Continual crying/inability to be consoled Irritability Change in sleeping habits Change in eating habits Change in attention span Loss of interest in favourite games or toys   Complications of traumatic brain injury Severe complications can occur immediately after traumatic brain injury, and patients can slip into comas or enter vegetative states. There may also be nerve damage or fluid build-up in the brain. Patients recovering from a TBI may experience long-term effects on their intellectual and communicative skills, including memory, judgement, concentration, ability to learn, ability to understand speech or writing, their own ability to speak or write, or ability to notice or understand the nuances in conversation.   What can cause a traumatic brain injury? The most common causes are violence, sports, falls, and vehicle collisions. Motorbike accidents carry a high risk of TBI. Domestic violence and child abuse have been reported as causing traumatic brain injuries, as have work-related accidents. TBI is the leading cause of death and disability in war zones, due to injuries caused by firearms and explosions. In younger children, the most common cause of TBI is falling over, while in older children falls and traffic accidents are both leading causes.   How can TBI be prevented? Head injuries can often be avoided by using safety equipment and common sense. Use seatbelts in vehicles that have them, don’t drink and drive, and wear a helmet when cycling, skateboarding, or doing similar activities. Use protective headgear when engaging in contact sports, baseball, or other sports that carry a risk of head injury. Older adults can reduce the risk of falling by having handrails installed in the bathroom and on both sides of the stairs, getting regular exercise and vision check-ups. To prevent head injuries in children, keep them away from playing on high places, like balconies or fire escapes, install safety gates around the house (for younger children), and keep stairs free of clutter.   What is the treatment? A CT scan or an MRI may be used to scan the brain to assess the situation. Mild TBIs, such as concussion usually require no treatment, but the patient requires close monitoring in case of secondary injury or complications. Over-the-counter pain medication may help any headaches. In the case of serious TBIs, emergency care focusses on maintaining blood pressure, preventing further injury, and ensuring the patient has adequate blood and oxygen supply. Medication, such as diuretics and anti-seizure drugs may be needed to prevent or limit secondary damage immediately after an injury. Sometimes, emergency surgery is required – this could involve removing clotted blood (hematomas) that are putting pressure on the brain, repairing fractures in the skull, removing pieces of skull from the brain, or opening a window in the skull to reduce pressure on the brain. Significant brain injuries may need rehabilitation in the long term, as patients may need help recovering their mental faculties – some may even need to relearn how to walk and talk. There are a number of support groups for people recovering from a traumatic brain injury, and many sources of help and advice to aid recovery. ...

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