Comatose after Heart Attack , Severe Asthma Attack

[Guest guest]

> Dear Marilette,

> How do you manage to help a commatose patient who

> had an ashtma attack and on the way to the hospital

> had a cardiac arrest. He is only 22 years old. I

> already did what was stated in the book APH and it

> seemed stabilized. But I'd like to know what else

> can I do to improve his condition. I seemed to

> perceived that his travelling on the astral and

> seemed reluctant to be back in his body. I

> instructed his mother, my friend and all members of

> the family to pray and talk to his soul telling him

> how much he is loved by the family. His solar

> plexus is very much congested as if he has eaten

> something that did not agree with his body.

> Can you please gave a medical background of his

> case. Is it possible for him to have taken some

> kind of drug which of course the mother disagree?

>

> Thank you.

>

> In Light and In Love,

>

> JUDY LOU

 

 

 

==============================================================

 

Dear Judy,

 

Namaste.

 

Thank you for your email.

 

Medical Background:

 

When we breathe in, our airways are pulled open as the

chest wall gets larger, but when we breathe out, the

airways tend to collapse, trapping air in the chest.

If you are an asthmatic, emptying the lungs takes a

long time because your airways are narrowed. You

cannot completely empty the lungs before you have to

take another breath. The more short of breath you are,

the faster you try to breathe and the less time there

is to exhale. The result of this is that the lungs

retain, or “trap,” a lot of air. This is called

air-trapping, or hyperinflation. This process makes it

harder to take another breath in, and your breathing

muscles have to work harder to take in any air. A

young or otherwise healthy asthmatic can usually

overcome this difficulty, but at the cost of

significant strain on the breathing muscles. If this

demand is sustained too long, for example as a result

of resistance to medication, your breathing muscles

can fatigue and you will develop respiratory failure.

 

Respiratory failure is characterized by either a

reduced oxygen level or an elevated carbon dioxide

level in arterial blood. In asthmatic attacks, the

decrease in oxygen is usually not too severe, but may

cause breathlessness, rapid breathing, and blue lips.

In less severe asthmatic attacks, the respiratory rate

rises and the carbon dioxide levels are usually lower

than normal; this is called hyperventilation. If the

carbon dioxide level is high (or even normal) during

an asthma attack, it suggests that the respiratory

muscles are fatigued and heralds respiratory failure.

As the carbon dioxide level rises, you can become

confused, sleepy and possibly comatose. The acidity of

the blood is also altered, so that many vital organs

cannot function normally. The reduced oxygen level in

status asthmaticus is easily corrected with nasal, or

face mask oxygen. The treatment of an elevated carbon

dioxide level, however, usually requires mechanical

ventilation.

 

Complications of asthma: respiratory fatigue,

pneumothora, death

and side effects of the medication used.

 

A probabale cause of coma after a severe asthma attack

is anoxia.

 

Anoxia is a condition characterized by an absence of

oxygen supply to an organ or a tissue. Anoxia results

when oxygen is not being delivered to a part of the

body. If the condition does not involve total oxygen

deprivation, it is often called hypoxia, although the

two terms have been used interchangeably. A related

condition, anoxemia, occurs when the blood circulates

but contains a below normal amount of oxygen.

 

The five types of anoxia or hypoxia include:

hypoxemic, anemic, affinity, stagnant, and histotoxic.

 

 

-Hypoxemic anoxia happens when the oxygen pressure

outside the body is so low that the hemoglobin, the

chemical which carries oxygen in the red blood cells

(RBCs), is unable to become fully loaded with the gas.

This results in too little oxygen reaching the tissues

and can occur in suffocation when a person is at high

altitude, where the pressure of oxygen in the air is

much less than at sea level.

 

-Anemic anoxia results from a decrease in the amount

of hemoglobin or RBCs in the blood, which reduces the

ability to get oxygen to the tissues. Anemia may

result from lack of production of red blood cells

(iron deficiency), blood loss (hemorrhage), or

shortened lifespan of red blood cells (autoimmune

disease).

 

-Affinity anoxia involves a defect in the chemistry of

the blood such that the hemoglobin can no longer pick

up as much oxygen from the air, even though the

quantities are normal, reducing how much is delivered

to the tissues.

 

-Stagnant anoxia occurs when there is interference

with the blood flow, although the blood and its

oxygen-carrying abilities are normal. A common cause

of general stagnant anoxia is heart disease or

interference with the return of blood flow through the

veins. Examples of local stagnant anoxia include

exposure to cold, diseases that restrict circulation

to the extremities, and ergot poisoning. When the

tissue or organ itself has a reduced ability to accept

and use the oxygen, it is called histotoxic anoxia.

The classic example is cyanide poisoning, where the

chemical inactivates a cellular enzyme necessary for

the cell to use oxygen. Thus, tissue exposed to

cyanide cannot use the oxygen even though it is in

normal amounts in the bloodstream. Histotoxic anoxia

can also be caused by exposure to narcotics, alcohol,

formaldehyde, acetone, toluene, and certain anesthetic

agents.

 

Anoxia and hypoxia can be caused by any number of

disease states of the blood, lungs, heart and

circulation including heart attack, severe asthma, or

emphysema. It can also result from smoke or carbon

monoxide inhalation, improper exposure to anesthesia,

poisoning, strangulation, near-drowning, or high

altitude exposure through mountain climbing or travel

in an insufficiently pressurized airplane. Anoxia, and

the resultant brain damage, is a particular problem

with newborns during difficult births.

 

No matter what the cause of anoxia, the symptoms are

similar. In severe cases, the patient is often

confused and commonly stuperous or comatose (in a

state of unconsciousness). Depending on the severity

of the injury to the brain, the organ most sensitive

to reduced oxygen intake, this condition can persist

for hours, days, weeks, or even months or years.

Seizures, myoclonic jerks (involuntary muscle spasms

or twitches), and neck stiffness are some other

symptoms of the anoxic condition.

 

Symptoms of more localized or less complete oxygen

deprivation (hypoxia) include increased breathing

rate, lightheadedness, dizziness, tingling or warm

sensation, sweating, reduced field of vision,

sleepiness, a bluish tint to skin, particularly the

fingertips and lips, and behavior changes, often an

inappropriate sense of euphoria.

 

A good prognosis is dependent on the ability to treat

the underlying cause of the low oxygen levels. If

cardiovascular and respiratory systems can be

supported adequately, recovery from the injury to the

tissue is possible, although the extent of injury to

the brain can be difficult to assess. The exact amount

of recovery varies with the amount of injury

sustained, where significant injury brings a poorer

prognosis. As recovery occurs, both psychological and

neurological abnormalities may appear, persist, and

can improve. Some problems seen after anoxia include

mental confusion, personality changes, amnesia or

other types of memory loss, hallucinations, and

persistent myoclonus (involuntary contractions of the

muscles).

 

Sources: Dr.Maritza Groth, MD and the National

Institute of Neurological Disorders and

Stroke,National Institutes of Health

 

Pranic Healing:

 

1. Invoke and scan before, during and after treatment.

 

2. General sweeping several times using LWG.

 

3. Scan the different sections of the brain: front,

back, left, right, centre and brain stem.

 

Localized thorough sweeping on the entire head area

and the sections of the brain one-by-one alternately

with LWG and ordinary LWV. Rescan. Repeat sweeping,

if necessary.

 

4. Localized thorough sweeping on the crown,

forehead, ajna, back head minor, jaw minor chakras.

Slightly energize the chakras with LWG, LWB and more

of ordinary LWV then gold.

 

5. Localized thorough sweeping on the throat chakra,

the

secondary throat minor chakra and the lower back part

of

the back head. Energize them with LWG and more of

ordinary

LWV. Apply more localized sweeping.

 

6. Localized thorough sweeping on the lungs

alternately with LWG and LWO. Energize directly

through the back of the lungs with LWG, LWO then LWR.

Point your fingers away from the patient's head when

energizing with O.

 

7. Localized thorough sweeping on the entire spine

alternately with LWG and LWV.

 

8. Localized through sweeping on the front and back

heart chakra. Energize the heart chakra through the

back heart

chakra with LWG then LWR.

 

More experienced proficient advance pranic healers:

energize the heart chakra through the back heart

chakra with LWG, LWO then LWR.

 

9. Localized thorough sweeping on the front and back

solar plexus chakra and the liver. Energize the solar

plexus chakra with LWB, LWG, and LWO. Apply more

localized

sweeping.

 

10. Localized thorough sweeping on the navel and sex

chakras. Energize them with LWR.

 

11. Rescan the treated chakras to check if they have

remained balanced or stable. Repeat treatment, if

necessary.

 

12. Scan the basic and meng mein chakras frontally,

and sideways to determine the degree of activation.

The meng mein chakra is normally 1/2 to 2/3 the

average size

of the other major chakras.

 

Do not use too much will for the following. If you are

unsure, tone down by using W instead of LWR or LR.

 

13. Localized thorough sweeping on the basic chakra.

Energize the basic chakra with LR. Visualize or will

the basic chakra to become brighter and bigger by 2

inches more in diameter.

 

14. Localized thorough sweeping on the meng mein

chakra. Energize the meng mein chakra with LWR or LR.

No need to visualize or to will it to make it bigger.

Do not overenergize the meng mein chakra.

 

15. Rescan the basic and meng mein chakras. In case of

radical reaction, like pain or vomitting, immediately

apply localized sweeping on the basic and meng mein

chakras and the affected area until the patient is

completely relieved.

 

16. Stabilize and release projected pranic energy.

 

Source: Advanced Pranic Healing by Master Choa Kok

Sui.

 

Recommend :

 

1. Introduce the family to the daily regular practice

of the Meditation on Twin Hearts and blessings.

Include the patient in their daily blessings.

Meditation and blessings when done as a group

increases the energy level exponentially compared to

practice by as many persons separately.

 

2. The OM CD may be played very softly and

contineously in the patient's room to assist in the

healing process.

 

Love,

 

Marilette

 

 

 

 

 

 

 

 

 

 

Pranic Healing is not intended to replace orthodox medicine, but rather to

complement it. If symptoms persist or the ailment is severe, please consult

immediately a medical doctor and a Certified Pranic Healer . ~ Master Choa Kok

Sui

 

Miracles do not happen in contradiction to nature, but only to that which is

known to us in nature. ~ St. Augustine

 

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