Negative Reflexes: Hyperventilation, Obedience, Conformity, ...
A reflex is an involuntary and almost
instantaneous (muscular) reaction in response to a stimulus. Negative or
pathological reflexes can be devided on 2 large groups: physiological
(biological) ones and those that involve social life of people.
Physiological pathological reflexes
Among all primitive physiological pathological reflexes, hyperventilation is the main
reflex due to conditioning of the nervous system during human evolution
to breathe more at times of stress. Due to vary different air composition, it
was beneficial to overbreathe in the past when O2/CO2 content in air was very
different from modern conditions. This autonomic
pathological reflex is highly prevalent these days in a chronic form:
chronic hyperventilation is present in over 99% of subjects with diseases. See
the Homepage for graphs and charts with results of clinical studies.
Note that breathing more air at rest reduces oxygen levels
in cells of the body.
evolution of life on Earth, most of the time our lungs were developing
and evolving in conditions when the CO2 content in outer air was
very high: up to 7-12% during the first stages of lung development in
primitive creatures living 2-3 billion years ago. Oxygen content in
primitive air was very low (about 1% or less during the first stages of
evolution before and after appearance of green cells with chlorophyll).
During these stages of evolution the process of control of breathing by
the autonomic nervous system was also developed. Since this primitive
air had very little O2 and high CO2, our evolutionary predecessors
could get more oxygen in tissues only by breathing more. Therefore,
breathing more air in the past was beneficial for survival.
Composition of air in atmosphere (past and now) and cells of the human
Any stressful situation, fight, flight, search for food,
digestion, mating, playing, and any
other activity required more oxygen. How? By breathing more. Hence,
hyperventilation became the most fundamental primitive reflex of the autonomic
nervous system, as soon as first lungs (or
prototypes of human lungs) appeared on Earth. Only totally peaceful, stress-free
rest had low metabolic rates when heavy breathing could not provide any
advantages for survival.
Effects of air changes on negative reflexes
However, the modern air composition is very different: modern air is hyperoxic
(too much oxygen as leading respirologist agree) and almost no CO2.
Therefore, from being advantageous, hyperventilation became the main
pathological reflex since it reduces O2 levels in body cells. It is
unlikely that there are any other equally destructive
This pathological reflex to hyperventilate is now more fundamental
for humans than all other pathological reflexes, instincts and drives:
to drink, eat, mate, and other primitive reflexes. Why is it so? This
is because when the human baby is born, the first things it starts to
do is to breathe deeply as if expecting that air has very little O2 and
a lot of CO2. (All developing or survived human cultures and tribes
have used swaddling of infants to ensure
their survival and good health, as we discussed before.)
Most sick people (over 90%) die due to the same pathological reflex of the
autonomic nervous system: hyperventilation. This primitive
reflex again gains control over the human brain and autonomous nervous system
during last days/weeks of life. As a result, the dying sufferers frantically gasp
for more air, as if expecting to get more oxygen (see
Heavy Breathing Pattern - Highest
Mortality Rates). Hence, hyperventilation is the main among in-built primitive
pathological reflexes of the autonomous nervous system.
For the list of the quoted references click here.
Social pathological reflexes
Apart from biology-related effects, humans also carry reflexes that
relate to their social behavior. For example, obedience to authority (as in
Milgram experiment) and conformity to social pressure are examples of
negative reflexes. You can find more detail about social issues here social problems.
Pathological reflexes – Variations of Babinski (From EpoMedicine.com)
An Overview of Normal and Pathological Reflexes (From National Center for Biotechnology Information - NCBI.nlm.nih.gov)
Pathological reflexes (From RightDiagnosis.com)
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