This document discusses how genetics can influence pain in several ways. Prostaglandins, which stimulate pain sensations, are synthesized from fatty acids that a person's genes determine the availability of. The COX protein, which is involved in prostaglandin synthesis, is also gene-regulated in terms of amount and amino acid composition. Genetics also influence a person's likelihood of developing allergies, which can be a cause of severe pain. Additionally, genes determine the amount of melanin a person's skin produces, affecting pain responses from sun exposure and healing time from injuries. Rare genetic mutations can even cause congenital insensitivity to pain. Overall, the document examines the genetic underpinnings of many factors that influence a
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The genetics of pain by Edmund Aja Bisong, Vinnitsa 2015
1. The Genetics Of Pain
A chat with Pain
Deepening and revisualizing pain, and deeper revelations of its mechanisms
The pain hypothesis
2. Prostaglandins
Synthesised from unsaturated
fatty acids.
Availability of fatty acids in cell
membrane might be genome-
defined.
Genetic favourability to having
more unsaturated fatty acids.
The role of lifestyle in the
synthesis and availability of
unsaturated fatty acids.
3. COX
Its a protein. Proteins are
synthesised from genes.
The amount of cycloxygenase
is gene regulated, and the
amino acids involved are also
gene regulated.
This will affect the intensity of
pain, since cox is responsible
for the synthesis of those
nociceptive stimulants, like
prostaglandins.
4. Allergies
Theres a 50% chance of
inheritance of allergies from
parents to offspring.
Allergies cause severe pain.
So, here is our genome again
on the fore-front of pain
causatives.
5. Pain and Race
Melanocytes filter uv light, like
sun rays; thus, preventing skin
cancer on a broad sense, and
sun-burns on a narrow sense,
that could all lead to pain.
The healing process would be
longer in a black than a white;
since these skin cells need to
synthesise melanin, as visualised
in hyper pigmentation of skin, and
scarring mechanisms.
We all have the same number of
melanocytes, but not melanin.
6. Pseudopain?
Masochists; an interaction
between the lateral
spinothalamic tract and the
limbic system. Overriding some
impulses
Mechanical stimuli can inhibit
pain fibres.
7. Pain and Your Cortex
Role of frontal cortex in pain
perception.
Pain adaptation? We have
been told that the fibres
themselves have zero
adaptation, but, do their
interactions with the limbic
system suffer the same fate?
Throwing light on
ACUPUNCTURE.
8. Analgia Congenitalis
Mutation in the gene responsible for the
synthesis of Na+ pumps, thus, inability to
transmit pain sensation (nociception).
Mutation of this gene in olfactory neurones
leads to anosmia.
Analgia congenitalis can b inherited as an
autosomal recessive congenital disorder.
If theres a mutation in the gene responsible
for the synthesis and availability of the
enzyme cox, therell be absence of
healingand maybe, absence of ageing.
The LEGEND OF VAMPIRES.
The series; HEROES, where a high-school
girl Claire had a similar condition. Maybe
the film-makers where right.
9. Pro-pain
Organ failure.
The viscera could feel some
sort of pain that we are not
even aware of.
Think of asymptomatic stage(s)
of a disease; when your body
fights pain sub-cortically.
10. THE BRAIN IS THE WHOLE UNIVERSE COMPRESSED INTO A FLUID-FILLED CAVITY