The Problem
COPD
death-rate statistics by state and by local region (county or Health Service
Area) within states have been available for many years. But even with age-adjusted data shifts, they
do not correlate very well with smoker prevalence or lung cancer death rates by
locale. Nor do they correlate with
contaminated urban air pollution levels, long monitored by state air pollution
agencies. This problem, though well
recognized, has not generated significant study by CDC, AMA, or the American
Lung Association. Unfortunately, the AMA stance is
unquestioned, to the point that it has stifled research into both cause and
treatment for fifty years for a massively expensive, debilitating disease. In those fifty years, five million Americans
have died from COPD, and an additional five million have died where COPD was
the secondary disease that triggered the primary death from heart attack or
stroke.
A hypothesis
A few
scholarly studies have pinpointed fine-grain particulate material (smaller than 2.5
microns, usually written as PM2.5) as a potential source of airway insult, correlating local measurements
with increased COPD death-rates independent of smoking. Fine-grain particulates, combined with toxic
molecules in a ground-hugging atmosphere, could be possible agents for
ingestion into the lung, with sufficient retention to cause significant spot
damage. Such agents might be causal for
long-term lung damage, analogous to asbestosis.
Coal-fired power plants are a
primary producer of sub-micron fly ash particulate; such emissions are hard
both to measure and control with current technology. Moreover, coal-fired power plants have
increased their output by 240% in the past thirty years across America, as have
cars with toxic gases.
A proposal
Ten
million deaths in fifty years, examined from a ‘big data’ correlation analysis
viewpoint, could potentially yield significant new information as to cause and
possible mitigation. An InnovaScapes
Institute research proposal is in preparation in order to stimulate wider
inquiry and appropriate action.
No comments:
Post a Comment