This is my main research page. More recent update posts, which I intend to write once every 2 or 3 months, are here
- “This ain’t no technological breakdown… oh no, this is the road to….” – May 2017 (5/17/2017)
- My view on the current road to a therapy – Jan 2017 Update (1/19/2017)
- My view September 2016 (9/16/2016)
Currently there is only one drug available worldwide, Riluzole, which has been proved to slow the disease, and this slowing appears minimal. I take it, and did not hesitate in being prescribed it. The effectiveness is minor, 2 to 3 months extra life. However, there is plenty of evidence that indicate that it may have stronger effects the earlier taken and in certain individuals. There has been a new drug recently approved in the USA, and you can read about it in my May 2017 Update.
We have no cure or major therapy as yet and “core” research is the key. There is a lot of work going on worldwide and real progress is being made. Like many areas of technology our understanding of human disease is accelerating. It can seem slow to sufferers but there is a very strong forward motion.
The following summary is my view after being immersed in the subject for over 4 years. I will expand on specific areas in future posts (see above links for status update posts which I aim to release every 3 months).
The evidence is now building that there is a huge genetic link to the disease. This may not be simple inheritance, but more complex linked genes/regulation. It is pretty well accepted that genetic susceptibility imposes a burden which with some environmental trigger(s) brings about the symptoms indicative of the disease. There is a lot of discussion on the internet regarding genetics and what these environmental factors could be. However, it is important to understand:
1) The potential environmental factors are infinite
The word “environmental” is often taken to be exposure to x, y or z. However, it can just as well mean the ability of an individual to process metabolite a, b or c.
The point here is that the search space is everywhere. Arguments that ‘gut’ feel pollutants are a potential cause are interesting, but typically have no real evidence. It is more likely going to be a subtle, if not complex series of factors. We would have probably found specific clusters otherwise.
Research studies on suspected environmental factors, e.g. blue-green algae, clusters on coasts, heavy metals, exercise etc have all proved false once put through full scientific rigour.
2) Genetic studies hold the key
What we are learning from genetics is changing year by year. Crucially the human genome, of which only 1% codes for proteins, is more complex than we ever believed. The other 99% of the genome is believed to take part in regulating the 1% that codes for proteins.
So please ignore “wonder” cures, vitamin claims etc. etc.
Evidence is vital, and this is SCIENCE.
The media and many scientific writers, in my opinion, do not always portray or relay solid scientific information, and also some ideas are grabbed by the media and stand out. One of these is stem cell therapy.
Stem cells are excellent for developing in-vitro motor neurones (test tube) and are aiding research. HOWEVER, “Therapy”, ie the use on a patient, is almost certainly not the way forward for MND/ALS in my opinion. Motor neurones are up to 1 metre long, and delivering stem cells, directing them etc. is generally considered a non starter. However, this percolates the media as a strong hope.
Now, here in May 2017, there are several “Experiments” with stem cell direct therapies going on around the globe, and typically these are all private biotech companies. This means that they have proprietary processes, and real peer review of techniques and scientific foundation for potential effectiveness is impossible. Such work is funded by “the market”, and venture capitalists. Highly thought of Scientific organisations, like the MNDA in the UK use strict peer review to allocate research and clinical trial funds. If you examine the list of research funded currently by the MNDA you will NOT find ONE example of stem cell therapy. However, using stem cells to carry out pre-clinical research is funded in many cases. You can make your own assumption about why this is, but their processes are respected and use solid scientific approaches.
Unfortunately because of the apparent slow progress, it is no surprise that patients go to unproven hospitals, spending vast amounts of money. In addition the leading organisations such as the MNDA, and ALSA in the USA often face unjustified criticism when not supporting certain therapies or hopes.
In my view, there is no stem cell therapy that I am currently willing to even consider. I would have to see a peer-reviewed structured understanding of how any biotech company believes their process works. In my view, as of May 2017, there is no stem cell therapy worldwide that I am willing to spend both mine and my families time and finances on. I cannot accept a simple proposition of a therapy that is only described as a cocktail of “neuro-protective factors“. What exactly does that mean!?
Also I hear that MND/ALS patients are willing to try anything. I personally disagree with this from both an economic standpoint and also scientific approach. I am willing to try anything that has a SOLID scientific basis.
So what is the best way forward?
We MUST understand the real pathology of the disease, i.e. what is actually happening.
Genetics, I believe holds the key for several reasons:
- There is an age related incidence of the disease, and mutations/changes to our genome over time have been shown to be disease-causing. In addition, because this is a disease of middle age onwards, natural selection would not have eliminated the potential genetic factors.
- There are probably several steps to the disease, and genetics is the best place to find the signs to the factors.
- It could hold the pointers to the environmental factors (approach the search in a targeted manner).
- Because of the infinite search space for environment, we cannot look at every factor, and we must look at design.
Like a car, once you understand the blueprint, the target solution to any problem typically becomes much clearer.
To this end ProjectMinE, in my view, is probably the single most important project worldwide currently within MND research. ProjectMinE is the first project worldwide that is working as an international collaboration to sequence over 20000 MND patients full genomes (3 billion base pairs each).
ProjectMinE has announced their first results, with a dramatic 4 new gene markers being discovered. This is real progress, and has crucially opened an area for new research. Whether it leads to gene therapy or delivery of treatment by stem cells is not yet known, but this is the sort of methodical process required.
We are getting there!
Please see the amazing ProjectMinE website for details.