Useful Links
CFS is Heart Failure Secondary to
Mitochondrial Malfunction - This article by
Dr Sarah Myhill sets out how poor mitochondrial
function can lead to chronic fatigue.
Acumen ATP Profile - This is the test that Dr
John McLaren Howard, in conjunction with Dr Myhill, developed when he was at
Biolab to test mitochondrial function.
Unfortunately, at the moment, there doesn't seem to be a description of the
test on the Biolab web site and there is only limited information in the
Biolab Lab Guide (PDF).
Acumen Translocator Protein Studies - A
test that Dr John McLaren Howard developed when he was at
Biolab that can provide more in depth information
about some problems mitochondrial function. Unfortunately, at the moment, there
doesn't seem to be a description of the test on the Biolab web site and there is
only limited information in the
Biolab Lab Guide (PDF).
Effect of Fragrances on Mitochondrial Function - This article abstract describes
some research that shows that fragrances can damage mitochondrial function.
Phospholipid Exchange Therapy
BodyBio - This is the company set up by Dr
Patricia Kane who has done a lot of research into phospholipids (amongst other
things) and who developed the Phospholipid Exchange Therapy (PLX). The article
on
Fatty Acid Red Cell
Analysis describes the test used to determine whether PLX is appropriate.
Detoxification of Biotoxins
in Chronic Neurotoxic Syndromes - This article describes the theory behind
Phospholipid Exchange Therapy and discusses the problems that can be treated using
it.
Short Phospholipid Exchange Therapy Description - my
description of PLX.
BlackSpy's discussion of
Phospholipid Exchange Therapy - a discussion of PLX by BlackSpy, another patient,
on his wide ranging
Health-Spy web site.
Kennedy Krieger Institute Genetics
Laboratories - This is the lab that does the actual fatty acid analysis that is
used as the input to
Fatty Acid Red Cell Analysis
developed by
BodyBio. The test is done by
the Peroxisomal Diseases Laboratory. There is more information on the main
Kennedy Krieger Institute web site, in
particular in the information on each of the Genetics Laboratory faculty -
Ann Moser,
Steven Steinberg,
RO Jones,
Gerald Raymond and
Hugo Moser.
Lipid Replacement Technology - This therapy,
which is promoted by
Nutritional Therapeutics,
Inc., uses oral phospholipids and so seems to be similar to what I effectively
did using
Seriphos and lecithin.
It has been discussed in the following articles on the
ImmuneSupport.com web site:
as well as in a range of articles reproduced in the
Science section of the
Nutritional Therapeutics web site.
It's not something that I have tried, and I don't know anyone that has used
it, but it looks like it is worth considering.
Chronic Neurotoxins - this web site
discusses biotoxin induced illness, including diagnosis using the Visual Contrast
Sensitivity Test and treatment using cholestyramine (brand name Questran). Note
that I used colestipol (brand name Colestid) rather than Questran as Colestid is
available without flavouring (only one excipient) whereas Questran is only available
in flavoured form.
The following PubMed articles discuss toxic myopathy:
The following PubMed articles discuss metabolic myopathies:
Genetic Testing
Background Information
These pages provide some information that I found useful
when investigating whether or not to have some genetic testing done.
Genetics @
GlaxoSmithKline - This web site contains some good basic information on genetics
and genetics terms, especially the Introduction to Genetics page, the
Understanding
Genetics animation, the Genetics and Diseases page and the SNPs animation.
NLM Human Genome
Resources - Lots of detailed information about genetics. The Gene Database is particularly
useful since it includes a description of what each gene does. For example, to
find out about CYP2E1, a gene that is involved in our detoxification systems, enter
"CYP2E1" in the "for" box and click on "Go". Then
search through the results for the result for Homo sapiens and click on its link.
GeneCards - This
site will overload you with information but is good because it lets you find out how
many SNPs have been discovered for each gene. This is very useful when
investigating commercial tests since they usually only test for a very small numbers of
SNPs and this way you can find out how many they are ignoring. Of course, if the
SNPs included in a test have been carefully chosen then the test may be very useful,
but it can also be misleading since it can suggest that there aren't any problems,
when actually they just haven't looked for the problem that you have.
To use the site to find the numbers of SNPs on a gene,
enter the gene name (e.g. CYP2E1) in the Search box, click on the "Symbol
only" selection and then click "Go". This will generate a results
page like this one for CYP2E1. To see the
SNPs, use the "Services" drop down box to select "SNPs" and the
page will show the information.
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