Support for new mothers with epilepsy and mental health problems

https://www.bbc.co.uk/news/av/health-46064807/maternal-suicide-the-main-cause-of-death-in-new-mums

I saw the story of Bronagh in the BBC news. When I watched it I cried.

Bronagh had epilepsy and after she became a new mum at the age of 21 she became depressed.

Having a baby can put any woman at risk of mental health problems. According to NHS.co.uk 1 in 10 women experience postnatal depression, so GP’s need to be on the look out. Sleep deprivation and anxiety also cause problems. PTSD, OCD and psychosis can also be a problem postnatally. Only recently Adele shared the story of her friends struggle with postnatal psychosis. (1)

Bronagh’s Mum talks about how Bronagh was told she couldn’t be left alone with her baby because of her epilepsy, because she was a danger to her baby. Because of this Bronagh wasn’t comfortable lifting or touching her baby.

This is tragic.

When I read this it made me very angry. Women with epilepsy may need extra support after having a baby, but to be made to feel like she was a bad mother and couldn’t touch or look after her baby is a completely inaccurate and destructive impression to give anyone with epilepsy, or any new mother.

Women with epilepsy can and do have babies all the time. Women with epilepsy are good mothers. I suspect women with epilepsy feel like they have to be 1000 times better than other mothers, because-personally I have found women with a disability feel continuously under scrutiny.

Epilepsy action provides information to women in the UK about pregnancy and how to care for yourself and a new baby. There is no reason why a woman can’t have or hold her baby, or enjoy being a mother. (2) Some things like washing baby are better done when your partner is at home for support and safety, so it must have been especially difficult and frightening for Bronagh to have so much negative reinforcement about her ability as a mum.

Bronagh asked for help from health care professionals postnatally. She didn’t receive the help she needed.

Sadly Bronagh took her own life.

Her story raises the importance of perinatal Care not just in epilepsy but in mental health. In the UK there are only 131 perinatal beds. There are none in Northern Ireland or Wales. This has to change.

As a woman with epilepsy myself I am no stranger to the problems we face in society such as prejudice, ignorance and lack of education.

Unfortunately lack of healthcare is an area which can only be improved by better government funded NHS facilities. I hope the money that has been promised by the government does go into improving this area of health care.

Having a baby should be the beginning of a new life not the end of one.

(1) https://www.theguardian.com/society/2018/aug/15/adele-shares-story-of-friends-postpartum-psychosis-to-help-new-mothers?CMP=Share_iOSApp_Other

(2) https://www.epilepsy.org.uk/info/daily-life/having-baby/after-the-birth

Advertisements

Coconut oil for dementia and alzheimers disease – Natural News.com

http://www.naturalnews.com/039388_coconut_oil_dementia_Alzheimers_disease.html

Really interesting information about coconut oil and inflammation caused by oxidative stress in the brain.

Thanks to which ever blogger it was that put up a link to Nautral News – I can’t find the origional link but thanks and please identify yourself to me so I can credit you!

very interesting and relavent findings on gene expression and mental health.

deemagclinic

The biggest study yet into genetics and mental health has come up with a stunning result: The five most common mental illnesses — autism, attention deficit disorder, bipolar disease, schizophrenia and major depression — all have a common genetic root.

The finding, published in the journal Lancet on Wednesday, may eventually lead to a complete rewrite of the medical understanding of the causes of mental illness.

“We have been able to discover specific genetic variants that seem to overlap among disorders that we think of as very clinically different,” Dr. Jordan Smoller of Massachusetts General Hospital in Boston, who led the study, said in a telephone interview.

The study does not explain every case of psychiatric disease, the researchers stress.

“We think this is one tiny fraction of the genetic component of these disorders. They involve hundreds and possibly thousands of genes,” Smoller said.

View original post 469 more words

How do beliefs interfere with and prevent recovery? Is there a happily ever after to your fairy story?

I have been recovering from epilepsy for a long time and have become interested in reading a great deal about belief in relation to health and wellbeing. Other bloggers have touched on it recently, for example an excellent post from the http://workitwell.wordpress.com/2013/01/18/what-are-your-core-beliefs/

was titled ‘what are your core beliefs’.

Belief is a big word with few letters. Thinking about it might bring up ideas about your-self, others, religion, believing in something not believing in something, maybe even right and wrong.

So at what stage in your life did you start asking questions about the tooth fairy and Santa Clause?

Why do we believe what we believe and at what point do we begin to ask questions about these beliefs?

In the context of religion for example, asking questions about faith could be a welcome part of the discussion within a place of worship. Spiritual leaders may encourage debate about beliefs and use them as an opportunity to Shepard their flock to safer pastures.

However examples of how much resistance has been encountered in relation to changing beliefs can be found throughout history.

One such example of this would be the geocentric model (1) of the earth as the centre of the universe, and the resistance faced by Galileo Galilei (2) when he tried to present his case that things might be different.

Without reconsidering and changing beliefs such as the Earth as the centre of the universe, humans may never have made it to the moon. We could still be trying to leave the ground instead of taking into account new physics to take us upwards on an evolutionary path towards new technologies.

Can you imagine what would have happened if Galileo had suggested that you could communicate with people the other side of the world on an electric light box?

Bearing this in mind, how difficult is it for us to challenge or own beliefs and those held by people who are charged with our health care?

This type of difficulty is well illustrated by the distressing experience of Well Call me crazy here:

http://wellcallmecrazy.wordpress.com/2013/02/16/the-irony-of-it-all/

Having had experience of how difficult it can be to hold the ‘reflective mirror’ up to myself at what point do you question the beliefs of your doctors?

It is a sad fact that the men in white coats are often given great power by us. We look to them to answer our health problems but sadly don’t question their fallibility, and even if we do we can easily be put off by the sheer dazzling power of the white coat complex.

‘With great power comes great responsibility’ (star wars), which is sadly often abused. Pharmacy is big business and there are many millions of billions of motivations why modern medical culture doesn’t encourage us to ask questions about what is in our medication, how does it work, and what is it doing to the body?(3)

Great strides have been made by modern medicine in the mechanistic understanding of the body and yet the deities charged with our health care are only human. Why do we not ALWAYS ask what are you putting into my body?

A lot of people like my-self may have had the experience of being told that they would be on medication for life and that they need to be cured.

I prescribed to this belief for many years, despite experiencing side effects that were detrimental to my health and emotional wellbeing. This belief was driven simply by the fact that I thought my doctors new best. As a result of taking medication without question I didn’t get any better and ended up with significantly more health problems as a result.

I can’t remember exactly when I began to question the men in white coats, but I can remember that it was after I began to seek help from a white coat who went against the grain and decided to reduce my medication. The problem was it was turning me into a zombie – and zombies defiantly don’t think for themselves or ask questions.

My white coat was actually not convinced that I was epileptic at the time, so although I have to give him some credit for removing the medication it wasn’t because he had acknowledged that I am epileptic; although this did change once he had removed enough medication to find my EEG.

Whilst alternative therapies continue to be held up as many things (including the last resort for patients such as myself) there are a number of common denominators that I feel are important to mention.

The power of belief.

I have been following the work of Lissa Rankin MD.(4) You may have seen her TedX talk which I have posted at the bottom of the page. The placebo and nocebo effects are covered and Lissa speaks about the work of the institute of noetic Sciences (5) spontaneous remission project.(6)

Lissa’s blog has recently run a 4 part series http://lissarankin.com/is-it-your-fault-if-you-cant-heal-yourself-part-1 which asks is it your fault if you can’t heal yourself? This question in particular is relevant to recovery from ill health and was sparked as a result of the suggestion that we perhaps may be able to heal ourselves without medication and/or despite it.

Lissa’s work is an encouraging step towards introducing the notion that the body and mind may be intrinsically woven together in a more complex way than is currently outlined by modern Big Pharma medicine.

Would now be an appropriate time for Western medicine to start asking questions about how the mind is woven into the fabric of the body? Or is it too much of an expensive and painful prescription to swallow for Big pharma?

For me I it is not too late. I have had the lights turned on. The fog has lifted, and now I can ask questions.

For years I have been labouring under the impression I can’t learn, but last year I went to college and got 88%, 84% and 69% in exams in the same month as having seizures all month. I have spent this week twitching and seizing but I can still think.

The question had to be how?

All the time I couldn’t think I believed it was because I have epilepsy.

Now I have come to the conclusion that this isn’t so. I couldn’t think because I was on vast quantities of mind bending prescription medications.

I have had to address my core beliefs.

It has been very challenging and I still haven’t had time to integrate this new view of myself into my mind and body.

Socially epilepsy can be a very stigmatising health problem to experience. My experience has made me question how much society, attitudes, and beliefs play a part in recovery.

Thankfully I feel like I have been given a second chance. Realising that I can think and study has meant that I can go back to college to study with the support of my family.

Maybe one day we will all believe that the body, mind and environment are linked and that they are all as necessary for health as each other; just like we can now see we are only a small planet in a solar system in a universe that doesn’t revolve around us – or does it?

This post below illustrates how a different world view can influence recovery, and how diet is important to blood chemistry.

http://freeupliftingbooksonline.wordpress.com/2013/02/15/cup-of-green-juice-for-life-eating-light-with-michiyo-mori/

Why do we consistently reach for pills when diet can be so powerful?

It is sad to think that so many people may never know who they are without medication. I am glad that I found out.

http://www.youtube.com/watch?feature=player_embedded&v=LWQfe__fNbs

Lissa Rankin MD TEDX

1)http://en.wikipedia.org/wiki/Geocentric_model#Historical_positions_of_the_Roman_Catholic_hierarchy  Geocentric model

2) http://en.wikipedia.org/wiki/Galileo_affair

3)http://www.alternet.org/story/147318/100,000_americans_die_each_year_from_prescription_drugs,_while_pharma_companies_get_rich

4) http://lissarankin.com/is-it-your-fault-if-you-cant-heal-yourself-part-1

5)http://noetic.org/library/publication-books/spontaneous-remission-annotated-bibliography/

6)http://noetic.org/research/program/consciousness-healing/

Neurological Rock Stars – Robert Sarpolsky

Some time ago YouTube started spitting lectures about human behaviour at me by this bloke called ‘Robert Sarpolsky’. (1)

Robert Sarplosky is a lecturer at Stanford University in the US.

In the interests of science I decided to investigate and watch.

Initially, I was really stuck by the ‘Slash’ hairdo (of Gun’s N’ Roses fame) with a beard for intellectual credibility. What really struck me was this curly chimp lover’s quirky teaching style.

Neurology and behaviour shouldn’t be so interesting, but he manages to make what could be a series of lectures that make as much sense as ‘Lost’ and go way over Kiefer Sutherland’s ‘24’ hours of viewing REALLY interesting and valuable time spent.

The lectures that are available to watch are Stanford’s Human Behavioural Biology Module from 2010.(2)

Personally, I find them gripping and if you are also interested in this kind of thing then all 25 lectures are available to watch online.

One of the benefits of this course is that if like me you do not have the kind of background and finances that can get you a place at Stanford, the online lectures are the closest you or I will ever get to this world class course.

Sarpolsky cover’s human behavioural biology in a way that is really broad. The first lecture mentions some of the reading list recommendations such as ‘Chaos: Making A New Science’ the best-selling book by James Gleick that first introduced the principles and early development of chaos theory to the public.(4) Apparently reading this could be so life transforming ‘you may never need to meditate again’ I quote.

What I like about the way the subject is presented is that as the introduction of chaos theory suggests, the course content is diverse. The subjects may be viewed separately, but once they are woven together this is the first time I have seen a full western science course try to piece together human behavior and neurology in a way that acknowledges everything is interconnected.

I have to warn you that although the course is a GREAT deal more interesting and makes more sense than ‘Lost’ I still haven’t finished watching all of the lectures and need to go away and do a PHD on every single one, but for those fortunate to have PHD in genetics, or biology, neuroscience or even if you like me went to the university of ‘life’ this is a really challenging and rewarding series. Don’t be put off by the titles just get stuck in.

It covers topics like, evolutionary behavior, molecular genetics, area’s of the brain, schizophrenia and neuroscience. Perhaps just grazing through them will give you an idea of their flavour.

Anyone who wants to have a look at Sarpolsky’s work in a more accessible way, check out ‘Stress, Portrait of a killer’ documentary 2008. (4)

Human behaviour can be baffling, but you may never need to get lost in ‘Lost’ again.

 

1) http://en.wikipedia.org/wiki/Robert_Sapolsky#Books

2) http://www.youtube.com/watch?v=NNnIGh9g6fA

3) http://www.youtube.com/watch?feature=fvwp&v=_KVWidu_sWo&NR=1

4) http://www.youtube.com/watch?v=eYG0ZuTv5rs&feature=endscreen&NR=1

The Mystery of the Missed Connection – Review

Agenesis and the Corpus Callosum

Scientific American Mind (1) (2) January/ February 2013 published an interesting article on the ‘Corpus Callosum’ the connective bridge between the two hemispheres of the brain.

This particular article is very interesting as it discusses some of the common links of the area and research into Autism, Epilepsy and schizophrenia to name a few.

Critically, it discusses how neuroplasticity can affect ‘re-wiring’ of the brain if this structure is missing.

Because the corpus callosum is central it has many roles such as motor skills, attention and memory. It joins up the two hemispheres and helps them work together.

Although the article doesn’t discuss how hormones impact on the tissue in the Corpus Callosum it is a very interesting article about neuroplasticity and its implications.

In particular the article features a condition known as Agenesis – see this blog link for one of the contributors (http://agenesiscorpuscallosum.blogspot.co.uk/2012/12/acc-mystery-of-missed-connection.html). Of particular interest is the self- advocacy website attached to the blog for families and people with this rare condition see here: http://scenicbeauty.tripod.com/AngelsAroundTheWorld.html

This explains that Agenesis is a rare condition where children are born with out or only a partial corpus callosum.

I have read about the corpus callosum before in relation to Einstein who was dyslexic and had epilepsy. (3)

When the brain of Albert Einstein was cut up, it was discovered that he had a much thicker corpus callosum but other areas of his brain were deficient. (4)

In terms of neurodiversity and neuroplasticity I am very interested in the findings of the article.

As a follow up I had a look for information about hormones and the corpus callosum which was very interesting, as this e-book link (5) discusses findings in relation to difference in connectivity between the sexes and the studies relating to thickness of the corpus callosum caused by sex hormones which appear to have a great impact on the development of this area.

The author light heartedly puts forward the difficulties of studying sex difference and cognitive ability, and some of the problems (I mean arguments) this can cause between scientists.

I thought it was interesting that one piece of research seemed to suggest that the greater thickness of connectivity in the corpus callosum could account for better verbal skill/ connectivity in women! 🙂

1) http://www.scientificamerican.com/article.cfm?id=the-mystery-of-the-missed-connectio

2)http://www.nature.com/scientificamericanmind/journal/v23/n6/full/scientificamericanmind0113-54.html

3) http://www.authorsden.com/visit/viewArticle.asp?id=19984

4)http://recievemore.com/?tag=corpus-callosum

5)http://books.google.co.uk/books?id=2zNNhXqlJP4C&pg=PA199&lpg=PA199&dq=corpus+callosum+hormones&source=bl&ots=7I8iYq-ZMW&sig=r-QeVzRsFhFjs2YpqUI9vAX2x2Q&hl=en&sa=X&ei=VP_4UNnSFISW0QXB3oDwDA&sqi=2&ved=0CGIQ6AEwBw#v=onepage&q=corpus%20callosum%20hormones&f=false

What do Epilepsy, Autism, Hormones, Sleep, Music, Meditation, Exercise have in common? The Hippocampus and Neurogenesis.

This was my first full year of blogging and it has been an enormous learning curve.

Blogging has been an amazing way to connect with other people, read about life experiences, thoughts, emotions and ideas. Thank you to all the bloggers whose work I have read this year. It has been very enriching.

For me, I have been able to express myself in writing, and to say what I am thinking about – which is quite liberating.

Most of all blogging has helped me to make sense of epilepsy.

So, when I was looking back at all the subjects that came up in the last year, I was struck by how although very different subject areas were covered, a number of these topics  could all be knitted together in a ‘holistic’ kind of way via one area of the brain.

The hippocampus.(1)

Architecturally the hippocampus sits within the limbic system (2) fairly centrally inside the brain (towards the brainstem).

This area of the brain is implicated in; mood, memory, learning and spatial awareness. Because of these factors the study of the hippocampus has been important in diseases such as Alzheimer’s and depression.

Relatively recently scientists identified the hippocampus as one of a number of areas in the brain that is capable of neurogenesis into adulthood. (3) Neurogenesis is the ability of the brain to create new neurons.

For this reason the hippocampus crops up in lots of neurological studies.

Within epilepsy for example, some of the factors that aggravate seizure symptoms generally are sleep deprivation and stress. Sleep deprivation and stress negatively affect neurogenesis and there are a number of studies around the relationship with epilepsy and the hippocampus. One study in particular shows; abnormal neurogenesis in the hippocampus of people with epilepsy, increased neurogenesis in people with epilepsy and inhibited neurogenesis in the hippocampus, in particular a study relating to temporal lobe epilepsy (4). All of these problems can impact on mood, depression, memory and learning in epilepsy.

Having found information that epilepsy and autism can be linked I started exploring this area more and even found people advocating for both such as Epilepsy Action’s Advocate blog (5).

Within autism, the hippocampus is mentioned in studies relating to the importance of autism and working memory. (6) The reason I was looking at this relationship is because one of my friends who is on the autistic spectrum benefits highly from martial arts training. I read an article ages ago in ‘Martial Arts Illustrated’ magazine  about ‘Sandra Jane Beale Ellis’(7) who has autism and has spent her life helping people with autism to train in Karate (8). Recently someone posted a blog about how kung fu and tai chi training help people with autism. (9) These studies reminded me how much tai chi training helped me with seizures and how much my memory, concentration, co-ordination and overall health was improved by tai chi and karate training. Some studies of autism indicate that an enriched learning environment from a young age in autism can be beneficial to promote neurogeneisis (10).

Hormones such as cortisol negatively effects neurogenesis within the hippocampus (11) cortisol is elevated by stress. Studies relating to oestrogen show there may be some impact of this hormone within the hippocampus and co-ordination (12) I found this research interesting because of problems I have around oestrogen and progesterone and seizure control. Melatonin (13) studies within the hippocampus indicate that melatonin may have neuroprotective qualities and indeed other bloggers with epilepsy have said that they find melatonin supplementation to be beneficial (14).

This leads onto Sleep deprivation negatively influences or reduces neurogenesis within the hippocampus (15). I am quite interested in the importance of sleep in relation to this area of the brain, because it crops up a lot in my personal experience of managing seizures. Reading about Jill Taylor Bolt stroke insight caused me to think about how sleep influences the brain and why. The asdresearchinitiative also shows a study of how sleep pattern problems impact on autism. (16) During sleep the brain goes through a process of ‘pruning’ neurons, this process also happens at different times in life. (17) (18)

Music came up more recently in relation to the ‘Mozart effect ’ in classical music (19). Studies of the hippocampus in music show how the hippocampus is implicated in long term memory and stringing together music in the brain. The music of Mozart in particular has been used to train mice to carry out spatial tasks in mazes, and one theory is that music may activate the same pathways as spatial awareness in the brain. (20) Music can cause emotional responses and I was interested how the hippocampus is located in the emotional brain or limbic system.

Within meditation, Studies into meditation have shown that meditation influences neuroplasticity and neurogenesis positively within the hippocampus. (21)

Exercise studies show that exercise promotes neurogenesis within the hippocampus. (22) In relation to exercise and mental health exercise has been shown to have a positive influence on mental health and some studies show that this positively influences the hippocampus. (23) This could explain why life systems such as yoga or tai chi which incorporate meditation as well as exercise are very good for the mind and body, because they support growth in the hippocampus.

In the context of Traditional Chinese Medicine, the Kidney energy (24), is an area that I felt conceptually could be linked to neurogenesis by ‘pre natal chi’ (25) or Jing. This is because of the involvement of the Central Nervous System and stem cells in neurogenesis (26). I also thought that this could be carried across into ‘sexual energy’ or ‘kundalini’ in yoga.

Of course the hippocampus is only one small area of the brain and only one small part of the ‘whole body’, but I am interested that there are so many links with so many corresponding or similar impacting factors such as stress and sleep. The hippocampus is a bit like the ‘spaghetti junction’ of the brain! It is quite important how it fits into the whole body and mind because when it goes wrong or without it (such as was the case for poor Henry Molaison who had his hippocampus removed!)(26) things could get really messy!

The hippocampus is not the be all and end all of epilepsy and autism, or brain function; but I thought it was a good area to take a ‘big picture’ ‘small area’ snapshot into holistic mind body connections.

Normally I talk about one thing at a time, but it occurred to me that it can all fit together if you cross reference all these areas to help understand mind body health!

Happy Christmas and New Year! Wishing you all the best for 2013!

 

1)      http://en.wikipedia.org/wiki/Hippocampus

2)      http://en.wikipedia.org/wiki/Limbic_system limbic system

3)      http://en.wikipedia.org/wiki/Neurogenesis

4)      http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2654382/ epilepsy

5)      http://rosewinelover.com/      Epilepsy Action Advocate Blog

6)      http://en.wikipedia.org/wiki/Autism_and_working_memory

7)      http://challengeautism.wordpress.com/ Sandra Beale Ellis blog

8)      http://www.challengeautism.co.uk/#/autism-me/4543515032 autism and karate

9)      http://doctordilday.wordpress.com/2012/12/21/just-another-form-of-exercise/ tai chi and autism

10)   http://brain.oxfordjournals.org/content/124/7/1317.full#ref-29  enriched learning and autism

11)   http://en.wikipedia.org/wiki/Neurogenesis  cortisol

12)   http://www.ncbi.nlm.nih.gov/pubmed/16965297 oestrogen and cognition

13)   http://www.angelfire.com/yt/yas709neuroscience/hippocampus1.htm melatonin

14)   http://epilepsytalk.com/2012/11/19/epilepsy-and-melatonin-yes-no-or-maybe-so/

Epilepsy Talk

15)   http://asdresearchinitiative.wordpress.com/2012/12/24/top-40-research-articles-of-2012-autism/#comment-1391 autism research

16)   http://asdresearchinitiative.wordpress.com/2012/12/24/sleep-disturbance-in-autism/ sleep autism

17)   http://jonlieffmd.com/blog/new-brain-cells-many-triggers-for-neurogenesis pruning neurons in sleep

18)   http://ahmritanaturalmentalhealth.wordpress.com/2012/11/26/autism-spectrum-as-a-developmental-disorder/ see webinar

19)   http://dragonandrose.wordpress.com/2012/12/18/epilepsy-classical-music/ Mozart effect

20)   http://serendip.brynmawr.edu/bb/neuro/neuro99/web1/Sancar.html

21)   http://www.brainsync.com/blog/neurogenesis-your-brain-renewed/ meditation and neurogenesis

22) http://www.enotes.com/exercise-78701-reference/exercise-108360

23)   http://jonlieffmd.com/blog/new-brain-cells-many-triggers-for-neurogenesis exercise

24)   http://wellmother.wordpress.com/2012/12/20/reflections-on-winter-part-2-how-to-support-our-water-energy-and-the-energy-of-kidney-and-bladder-and-their-relevance-to-211212/ kidney energy

25)   https://www.acufinder.com/Acupuncture+Information/Detail/The+Definition+of+Jing+-+Essence prenatal Jing

26)   http://en.wikipedia.org/wiki/Neurogenesis

27)   http://en.wikipedia.org/wiki/Henry_Molaison Henry Molaison

asdresearchinitiative very interesting articles on autism and epilepsy also neurological research.

asdresearchinitiative

Rapamycin reverses impaired social interaction in mouse models of tuberous sclerosis complex.

http://www.ncbi.nlm.nih.gov/pubmed/23250422

Impairment of reciprocal social interaction is a core symptom of autism spectrum disorder.

Genetic disorders frequently accompany autism spectrum disorder, such as tuberous sclerosis complex caused by haploinsufficiency of the TSC1 and TSC2 genes. Accumulating evidence implicates a relationship between autism spectrum disorder and signal transduction that involves tuberous sclerosis complex 1, tuberous sclerosis complex 2 and mammalian target of rapamycin.

Here we show behavioural abnormalities relevant to autism spectrum disorder and their recovery by the mammalian target of rapamycin inhibitor rapamycin in mouse models of tuberous sclerosis complex. In Tsc2(+/-) mice, we find enhanced transcription of multiple genes involved in mammalian target of rapamycin signalling, which is dependent on activated mammalian target of rapamycin signalling with a minimal influence of Akt.

The findings indicate a crucial role of mammalian target of rapamycin signalling in deficient social…

View original post 296 more words

Epilepsy & Classical Music

epilepsy and classical music experiences

Stanford Epilepsy Centre – Ammunition to Understand Epilepsy

http://neurology.stanford.edu/divisions/e_videos.html

Follow the link to find lots of videos about epilepsy, and also a great resource centre with many other articles and information at Stanford School of Medicine and Neurology and Neurological Sciences.