VRL-1 Excitation -- Benign yet Worst Tactile Torture Possible

Reply from: Radium

Date: 09 Mar 2007, 03:30

VRL-1 Excitation -- Benign yet Worst Tactile Torture Possible

Hi:

Sorry, I just HAVE to post this. Please don't get upset at me.

Here is the most terrifying torture for anyone to experience:

1. All his/her voluntary muscles [and their fibers] -- excluding
breathing muscles but including speech muscles -- should be relaxed to
a state of total paralysis [no amount of stimulation (whether neural
or direct electric stimulation of the muscle fibers) should be able to
cause these muscles to contract or "un-relax"]. This will make him/her
unable to move or vocalize.

2. While his/her breathing muscles should not be paralyzed, his/her
voluntary control of them should be totally lost [this means that his/
her autonomic nervous system will have complete control over his/her
respiration].

3. The motor nerves supplying his/her voluntary muscles -- including
speech muscles but excluding breathing muscles -- should also be
relaxed into total paralysis [these motor nerves should be hyper-
polarized] and unable to "un-relax".

4. His/her entire autonomic nervous system [and their effectors], his/
her heart's natural pacemaker, his/her natural pain-relieving -- and
stress-relieving -- mechanisms, smooth muscles [including those in the
respiratory system], endocrine, hormonal, inflammatory, lysosomal, and
immune systems should remain totally unresponsive to the infliction of
even the most excruciating pain, totally unresponsive to any type of
injury [regardless of severity], and totally unresponsive to any
emotion or psychological state [regardless of intensity].

5. The parts of his/her brain that deal exclusively with movement,
contraction/relaxation of all voluntary muscles [including speech
muscles but excluding breathing] muscles should also be relaxed into a
state of hyperpolarization.

6. The parts of his/her brain that deal solely with voluntary -- but
not involuntary -- control of breathing should also be relaxed into
hyperpolarization.

7. All pain reflexes -- somatic and visceral - should be totally
paralyzed.

Now, perform dermal VRL-1 stimulation using remote-controlled nanobots
that have been attached to the
prisoner's VRL-1 receptors. First device a way in which the nanobots
will attach to -- electrically-stimulate -- those VRL-1 receptors on
the push of a remote controlled button. Of course, be sure that an
extremely low voltage is used [around the same voltage used by neurons
and receptors themselves -- thereby preventing any electroporation,
increase in temperature, irritation, inflammation, or immune
response]. Also, be sure to only stimulate VRL-1s in the skin. In
addition, make sure that the maximum amount [number per area] and
intensity [extent of depolarization] of VRL-1 excitation is just small
enough there is no damage/injury to those nerves/receptors or any
sensory overload at all.

In the skin, VRL-1 serves as a thermal nociceptor. However in the
viscera, lungs and other internal organs, VRL-1 has a totally
different purpose. So confine the VRL-1 stimulation to the skin only.

At first the VRL-1 excitation should be at minimum amount and
intensity. The amount and intensity and of VRL-1 excitation should
then smoothly increase in a sine-wave-like manner such that when a
minute has passed, the amount and intensity of VRL-1 excitement
reaches max.

When you decide to stop torturing him/her, make sure the radio-
controlled nanoelectrodes stop firing at the VRL-1s in the same smooth
manner in which they started. However, instead of taking a minute to
completely stop applying electricity to those VRL-1s, make sure these
nanoelectrodes only take half a minute to stop. So the VRL-1
stimulation - both in amount [number per area] and intensity [extent
of depolarization] -- should stop at 2x the speed it started but in
the same smooth sine-wave manner in which it started.

Info on VRL-1 nerve-endings:

http :// users.rcn,com /jkimball.ma.ultranet/BiologyPages/P/Pain.html

TRPV2 (also called VRL-1) responds to temperatures above 52 Celsius.
"Painfully hot"

VR-1 responds to capsicain. VRL-1 does NOT. There is a world of
difference.

VRL-1 responds only to "painfully hot"

VR-1 responds to hot, chili, and acids.

Once again, there is a BIG difference between VR-1 and VRL-1.

Read the quotes from http :// users.rcn,com /jkimball.ma.ultranet/BiologyPages/P/Pain.html
:

"TRPV1 (also known as VR1) = Hot (>43?C). Also activated by capsaicin,
the active ingredient of hot chili peppers, by camphor, and by acids
(protons)."

"TRPV2 (also called VRL-1) = Painfully hot (>52?C)"

http :// www .islandnet,com /~yesmag/brain/brainbump.php?id•

"VR1 for hot, and VRL1 for super hot."

So VRL1-excitation is significantly more painful than VR1-excitation.
This is why thermal burns are SOOOOOOOOOOOOOO much more agonizing than
acid-burns of the same depth. This is also why "temperature hot" is a
lot more algogenic than "chili hot". All cuz of those
nastyVRL-1s!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

Regards,

Radium