3.4.What should be done to increase the heat in the body?.
The Brest milk that is hot increases heat in the newborn child. The wrapping of blanket, holding the body closely in to mother’s body increase heat. The wrapping of blanket ,taking bath in the hot water and having hot food make heat in the aged people. The routine, works and food increase heat in others. As for patients wrapping the body in blanket, food, medicine and makes heat the body by evaporation raise heat in the body.
3.5.Is it good to cover the body with blanket, when affected with fever?
By blanketing we can reduce the loss of heat from the body. And it will activate the dehydration of the body and in turn the body temperature increases. Even those who do not like to use blankets normally, likes to use blanket, when they are affected with fever. It is not just a feeling ;but the way body expresses its message by asking your help to activate the healing.
3.6.There are two types of activities which prevents the loss of heat from the body
1. The body heats up its peripheral areas.
2. The body closes the routes by which it looses its temperature. That is why the body is not sweating even when the body is covered with blanket during a fever.
3.7.When does the heat in the body fall?.
A. When the immunity of the body weakens-especially for newborn children and aged people.
B. Variations and sudden changes in climate.
C. When there is excess cold in the atmosphere.
D. When the body is wounded or hurt.
3.8. What happens when the temperature in the body falls?
Preventive power, health,and smartness decrease when the heat in the body falls. People are subjected to many diseases. Further reduction ofheat causes shivering and unconsciousness and the final stage is death. The body conserves its energy by preventing the low heat in the body to transmit and cold in the atmosphere entering the body;heat conserves heat. According to the law that heat does not travel from the place where it is low to the place where it is high, the body itself makes heat on the body. It is the physics of fever. The heat is made on the body as much it gets reduced inside the body. Then it is observed to be fever.
3.9.Is it the fever that has to be driven out ?
No. When we take bath in the cold water, rub the body with cold water and is exposed to cold breeze we feel uncomfortable. This indicates that fever heat is not to be driven out. Here cold substances absorb heat. On the other hand we feel comfortable while lying wrapped in blankets or clothes or in contact with hot substances. In the hot season we desire having cold water; cold drinks alleviate thirst and weget relief . Mean while hot tea makes us sweat and we feel uneasiness. In the cold season we desire to have hot water, tea or hot congee (boiled rice water ). The cold food items create uneasiness and indigestion. Our body desires to have hot substances during fever, whether it is in the hot season or cold season .This desire and comfort that we get are the messages of our body. Nobody in the medical science can say it is wrong. It is the basis of physics of fever. Those who say that the heat of fever is to be driven out do not clearly know the messages of the body.
3.10.What would be the effect if the heat in the body increases exceedingly?
a. Body sweats and drives out the excess heat.
b. Less sleeping effect and eye sore.
c. Hair falling, less urine, puss in urine.
d. Excess heat may cause death.
3.11.Is it scientific to drink alcohol with pepper, when a person is suffering from fever?
Alcohol helps to sweat the body. Pepper also helps to sweat. Those who take alcohol without sufficient water will have head-ache in the next day. It is because they loss too much water from their body. The base of Ayurveda Arishttas are alcohol. That is why consuming Arishttas give relief to fever. All anti-inflammatory drugs have some de-hydration agent.
If allopathic science had studied all aspects of fever, the physics of fever would have been found out much earlier. Main cause of death due to fever is the persons who deal it do not clearly know the physics of fever
Sunday, 30 August 2009
Monday, 10 August 2009
The symptoms of fever patients have many things in common.
3.3. Even though now we are living with a lot of fevers with different names like Leptrospira, swine flue, Chikun Gunya, etc, the symptoms of fever patients have many things in common. That means there is a scientific basis, which is common for all these fevers and can be used to explain the secretes of all fevers. A treatment based on this science will effectively cure fevers.
Wednesday, 29 July 2009
What are the reasons for heat on the body when heat is needed inside a feverish person?
3.1
The answer is that 'heat preserves heat,' the doctrine of physics.
Owing to many reasons, the heat inside the body may get lowered. But it cannot be reduced beyond a certain limit, since such a situation endangers life. When the heat inside the body goes down below the limit, the heat from inside may exit outside the body and destroy the remaining heat and may result in the loss of life. In order to avoid this dangerous situation, the defense mechanism of the body creates heat outside the body to preserve heat inside. The outside heat [Fever] is to act as a non -conductor
If you put a hot object in cold water the temperature of the object will fall quickly. On the other hand if a hot object is placed in hot water, its warmth will not fall quickly. The effect of sponging the body with cloth dipped in cold water and blowing of cold breeze is the same as that of a hot object put into cold water(conductor). The external heat (fever) is the medium that maintains the internal heat when one is in feverish condition. It is like a hot vessel put in hot water.
3.2.Heat in and on the body is different.
First we have to learn about the heat of the body before knowing fever. The heat in the body can be broadly divided in to two types.
3.2.A. The heat on the body:-
It can be known by touching the body or measured with thermometer. Here feeling by touching is improper as the skin has constant contact with atmospheric heat. So thermometer is effective as a system for measuring fever. Heat on the body varies from person to person and from organ to organ. The normal heat outside the human body is 37 degree celsius that indicates 98.6 Fahrenheit in the thermometer. If we say 100 degree fever, it means the temperature is one degree more than normal position.Some people mistakenly think that 100 degree Fahrenheit is 100 degree celsius. Fever is high when thermometer exceeds 40 degree celsius; it is 104 degree on the common thermometer.
3.2.B .Heat in the body.
It is the common heat of the body or the heat on each organ. The littlechildren and newborn babies and old people feel less heat in the body. It begins to rise at the age group of 13-16 and reaches maximum at 15-18 years of age . The body itself takes measures to maintain normal heat by driving out excess heat under this age group. This age is almost free from diseases. The heat in the body reduces slightly in the 19-22 age group and little more in 22-30 age group. Temperature reduces greatly after 31 years and chances of diseases affecting the body are increased. comparing to men the heat in the women falls soon because of delivery; it may fall considerably owing to repeated deliveries. In olden times, marriageable age was fixed based on natural considerations. Unlike human beings other living creatures have higher temperatures in the body during menstrual periods which indicates the time for pregnancy. But today the time for marriage is extended by law.
But westerners and tribal people follow marriage timing based on nature.Nowadays people think of marriage only after the age of 18 years.The heat on the human beings and elephants is same. The heat on the human being is 37c[98.6.F], the heat on the elephant is 36-37c[97.5-99F]. Owing to the lack of sweat glands the heat in theelephant is higher than that of human beings. Taking in saliva and water and by throwing dust on the body, elephants try to reduce heat. If we run,drink hot water, lie wrapped in clothes, heat in the body rises. Suddenly our body starts sweating and there by excess heat is driven out. If we lie wrapping the body during fever, we do not sweat.
In ladies during the menses period and in pregnancy the outside temperature of the body increases. As the temperature increases the heart beat also increases. That means the inside temperature of the body gets reduced.
The answer is that 'heat preserves heat,' the doctrine of physics.
Owing to many reasons, the heat inside the body may get lowered. But it cannot be reduced beyond a certain limit, since such a situation endangers life. When the heat inside the body goes down below the limit, the heat from inside may exit outside the body and destroy the remaining heat and may result in the loss of life. In order to avoid this dangerous situation, the defense mechanism of the body creates heat outside the body to preserve heat inside. The outside heat [Fever] is to act as a non -conductor
If you put a hot object in cold water the temperature of the object will fall quickly. On the other hand if a hot object is placed in hot water, its warmth will not fall quickly. The effect of sponging the body with cloth dipped in cold water and blowing of cold breeze is the same as that of a hot object put into cold water(conductor). The external heat (fever) is the medium that maintains the internal heat when one is in feverish condition. It is like a hot vessel put in hot water.
3.2.Heat in and on the body is different.
First we have to learn about the heat of the body before knowing fever. The heat in the body can be broadly divided in to two types.
3.2.A. The heat on the body:-
It can be known by touching the body or measured with thermometer. Here feeling by touching is improper as the skin has constant contact with atmospheric heat. So thermometer is effective as a system for measuring fever. Heat on the body varies from person to person and from organ to organ. The normal heat outside the human body is 37 degree celsius that indicates 98.6 Fahrenheit in the thermometer. If we say 100 degree fever, it means the temperature is one degree more than normal position.Some people mistakenly think that 100 degree Fahrenheit is 100 degree celsius. Fever is high when thermometer exceeds 40 degree celsius; it is 104 degree on the common thermometer.
3.2.B .Heat in the body.
It is the common heat of the body or the heat on each organ. The littlechildren and newborn babies and old people feel less heat in the body. It begins to rise at the age group of 13-16 and reaches maximum at 15-18 years of age . The body itself takes measures to maintain normal heat by driving out excess heat under this age group. This age is almost free from diseases. The heat in the body reduces slightly in the 19-22 age group and little more in 22-30 age group. Temperature reduces greatly after 31 years and chances of diseases affecting the body are increased. comparing to men the heat in the women falls soon because of delivery; it may fall considerably owing to repeated deliveries. In olden times, marriageable age was fixed based on natural considerations. Unlike human beings other living creatures have higher temperatures in the body during menstrual periods which indicates the time for pregnancy. But today the time for marriage is extended by law.
But westerners and tribal people follow marriage timing based on nature.Nowadays people think of marriage only after the age of 18 years.The heat on the human beings and elephants is same. The heat on the human being is 37c[98.6.F], the heat on the elephant is 36-37c[97.5-99F]. Owing to the lack of sweat glands the heat in theelephant is higher than that of human beings. Taking in saliva and water and by throwing dust on the body, elephants try to reduce heat. If we run,drink hot water, lie wrapped in clothes, heat in the body rises. Suddenly our body starts sweating and there by excess heat is driven out. If we lie wrapping the body during fever, we do not sweat.
In ladies during the menses period and in pregnancy the outside temperature of the body increases. As the temperature increases the heart beat also increases. That means the inside temperature of the body gets reduced.
Friday, 3 July 2009
How fever happens?How can identify fever?
2.How fever happens?
How can identify fever?
There are two types of symptoms for fever.
(1) Symptoms others can identify: Increment in temperature of the patient’s body.
(2) Symptoms patient can identify: The associated difficulties gives the clue about the fever. They are Chill feeling, heaviness of head, ill taste for food, tiredness of mind & body, body pain, decrement in motion.
Some persons may not have an increase in external heat to mark the fever. But other symptoms may be present.
Is the increase in external temperature means fever?
When the external temperature increases and other symptoms of fever are present, then the answer is yes. But when we are exposed to heat generators like, sun, fire chimneys, etc, the external heat of the body increases and as it has no relation with the status of internal heat, it is not fever.
.
How can identify fever?
There are two types of symptoms for fever.
(1) Symptoms others can identify: Increment in temperature of the patient’s body.
(2) Symptoms patient can identify: The associated difficulties gives the clue about the fever. They are Chill feeling, heaviness of head, ill taste for food, tiredness of mind & body, body pain, decrement in motion.
Some persons may not have an increase in external heat to mark the fever. But other symptoms may be present.
Is the increase in external temperature means fever?
When the external temperature increases and other symptoms of fever are present, then the answer is yes. But when we are exposed to heat generators like, sun, fire chimneys, etc, the external heat of the body increases and as it has no relation with the status of internal heat, it is not fever.
.
Sunday, 21 June 2009
During fever, whether the temperature of the whole body increases?
During fever, whether the temperature of the whole body increases?
No. (1) If the temperature of whole body increases, the body will not try the heat generating methods like, shivering, shrinking of blood vessels, increased respiration and heat beat.
(2) The body is not sweating.
(3) Body likes to have more heat generating techniques like covering with a blanket, hot food intake, etc. (4) The body avoids heat losses, like reduced output of motion, closed hair-holes for avoid sweating, etc.
So it is clear that the temperature increased is in a plane and the heat loss is in a different plane.
If the decrease in heat of the body is the cause of fever, how the low heat of fever creates a higher temperature in the body?
The higher heat of fever is the cumulative action of increased activity by heart, lungs, shivering of muscles, etc.
Whether the temperature difference between the atmosphere and the body creates shivering?
Yes. If the temperature difference is more than 15oC, it will.
Will shivering be there for those do not have difference in the heat of outer body and atmosphere?
Yes. Shivering will be there, during inner fever, administrating glucose (I V) Fluid, after frightening, muscles loss strength, during fits /epilepsy, etc, but there will not be having much difference in the temperature.
No. (1) If the temperature of whole body increases, the body will not try the heat generating methods like, shivering, shrinking of blood vessels, increased respiration and heat beat.
(2) The body is not sweating.
(3) Body likes to have more heat generating techniques like covering with a blanket, hot food intake, etc. (4) The body avoids heat losses, like reduced output of motion, closed hair-holes for avoid sweating, etc.
So it is clear that the temperature increased is in a plane and the heat loss is in a different plane.
If the decrease in heat of the body is the cause of fever, how the low heat of fever creates a higher temperature in the body?
The higher heat of fever is the cumulative action of increased activity by heart, lungs, shivering of muscles, etc.
Whether the temperature difference between the atmosphere and the body creates shivering?
Yes. If the temperature difference is more than 15oC, it will.
Will shivering be there for those do not have difference in the heat of outer body and atmosphere?
Yes. Shivering will be there, during inner fever, administrating glucose (I V) Fluid, after frightening, muscles loss strength, during fits /epilepsy, etc, but there will not be having much difference in the temperature.
Tuesday, 16 June 2009
The Physics Of fever-Why fever?
The Physics Of fever
1.Why fever?
When the body or its parts are affected with some fatigue, it undergoes a self defence mechanism that allows it to take rest and prevent the heat from deterioration.
To prevent loss of heat from the body, heat is kept in different planes. It can be understood in a simple manner as the inner heat and the outer heat. The internal heat of the body or a part of it may decrease due to physiological, mental and circumstantial reasons. For maintaining proper health, a certain level of heat is mandatory. If the heat decreases than a certain level, it is fatal for the organ or the body and there is a threat for even life. So when we lose heat, body will watch it till a limit and then will initiate its life saving act. As per the "law of thermodynamics" heat preserves heat. To avoid further loss from the existing heat of the body, rest is necessary. Body achieves rest, by making many difficulties for the normal functioning.
Here body try to generate heat in the peripheries in different methods.
1. Heart beat is increased. But the blood vessels are shrinked to offer more resistance to the flow to generate heat there.
2. Respiration rate is increased.
3. The muscles start shivering.
4. Normal activities are decelerated to stop loosing the existing internal heat. It includes but not limited to
o Reduced appetite.
o Reduced excretion of motion.
o Reduced digestion.
Increased fatigue of mind and body results in resting.
1.Why fever?
When the body or its parts are affected with some fatigue, it undergoes a self defence mechanism that allows it to take rest and prevent the heat from deterioration.
To prevent loss of heat from the body, heat is kept in different planes. It can be understood in a simple manner as the inner heat and the outer heat. The internal heat of the body or a part of it may decrease due to physiological, mental and circumstantial reasons. For maintaining proper health, a certain level of heat is mandatory. If the heat decreases than a certain level, it is fatal for the organ or the body and there is a threat for even life. So when we lose heat, body will watch it till a limit and then will initiate its life saving act. As per the "law of thermodynamics" heat preserves heat. To avoid further loss from the existing heat of the body, rest is necessary. Body achieves rest, by making many difficulties for the normal functioning.
Here body try to generate heat in the peripheries in different methods.
1. Heart beat is increased. But the blood vessels are shrinked to offer more resistance to the flow to generate heat there.
2. Respiration rate is increased.
3. The muscles start shivering.
4. Normal activities are decelerated to stop loosing the existing internal heat. It includes but not limited to
o Reduced appetite.
o Reduced excretion of motion.
o Reduced digestion.
Increased fatigue of mind and body results in resting.
Thursday, 28 May 2009
The Physics of Fever
The Physics Of Fever-The Real Science Of Fever
As per our believe, physicians (Allopathic, Homoeopathic, Ayurvedic, etc.,) knows everything about health, decease and treatment. But a lot of physicians, their family members and their patients have died by fever. The modern science do not know much about fever.for example.
. “Pharmacology & Pharmaco-therapeutics”, the bible in India for the authentic reference in Allopathic medicines says The role of fever in the defence reaction is not clear.
Our understanding of the neural basis of thermoregulation and fever is still rudimentary. In fever, the thermostatic mechanism is set at a higher level even though it is not completely deranged.
paracetamol may cause fever”.
Pharmacology and Pharmacotherapeutics.R.S.Satoskar, S.D.Bhandarkar,Nirmala,N.Rege-Revised xix Edition.Page 159,160,163,170
When fever is there, more heat is there on the body, Is n ’t it?
As there is more heat on the body during fever, if we cover our body with non-conductor of heat like blankets, it will cause discomfort. Is n’ t it?
As we are aware, there will be more heat on the body during fever. But when we cover our body with non-conductor of heat like blankets, during fever, we feel very comfort. Why we are not feeling discomfort?
During summer, as the outside heat increases, body feels discomfort. If we cover our body with a blanket during summer, we will feel discomfort. But when we do same during fever, we are comfortable. Why?
When the heat increase, during fever, our body is involved in heat increasing activities like, increased heart beat, shivering, etc
Why don`t we feel like eating ice- cream when we have fever?
To find out answer for these questions, we have to understand why fever is coming to our body and what is happening during we cover our body with a blanket. If we can find out the answers to the above questions, we can very well understand the , ‘physics of fever’-’heat protects heat’.
Now consider the following situations during fever:
1. We like to cover our body with blanket and feeling comfortable.
2. We do not like to drink cool water.
3. We do not like to take bath.
4. We do not feel taste for food.
5. The motion output will very less.
6. We feel tired.
7. Our body muscles shiver.
Have you ever think why our body reacts like this? What is the message our body want to convey to us? Is the current treatment and theories correct?
The answer is here. We are in the wrong way and suffering. After scientific studies for a long time, we have developed a theory, which can explain all queries related with fever. It considers the messages from our body, matching with the science and our traditional knowledge. The real science of fever can be termed as the “Physics of fever”. When the body or its parts are affected with some fatigue, it undergoes a self defence mechanism that allows it to take rest and prevent the heat from deterioration.
So the treatment that does not account these factors will lead to death, by loosing the vitality/energy/heat. To avoid death due to fever, there should have a rethink
In this session, we will discuss about the basic understanding of allopathic physicians related with fever. Here we take the Hypothalamus misunderstanding theory, theory which asks to remove the heat generated in fever and the Germs theory. This paper was presented/selected in Indian Science Congress2008-The Physics of fever –the real science of fever, Indian Science Congress 2009 Dehydration for fever –a new remedy based on true science, World Ayurveda congress2006....., .,
.
As per our believe, physicians (Allopathic, Homoeopathic, Ayurvedic, etc.,) knows everything about health, decease and treatment. But a lot of physicians, their family members and their patients have died by fever. The modern science do not know much about fever.for example.
. “Pharmacology & Pharmaco-therapeutics”, the bible in India for the authentic reference in Allopathic medicines says The role of fever in the defence reaction is not clear.
Our understanding of the neural basis of thermoregulation and fever is still rudimentary. In fever, the thermostatic mechanism is set at a higher level even though it is not completely deranged.
paracetamol may cause fever”.
Pharmacology and Pharmacotherapeutics.R.S.Satoskar, S.D.Bhandarkar,Nirmala,N.Rege-Revised xix Edition.Page 159,160,163,170
When fever is there, more heat is there on the body, Is n ’t it?
As there is more heat on the body during fever, if we cover our body with non-conductor of heat like blankets, it will cause discomfort. Is n’ t it?
As we are aware, there will be more heat on the body during fever. But when we cover our body with non-conductor of heat like blankets, during fever, we feel very comfort. Why we are not feeling discomfort?
During summer, as the outside heat increases, body feels discomfort. If we cover our body with a blanket during summer, we will feel discomfort. But when we do same during fever, we are comfortable. Why?
When the heat increase, during fever, our body is involved in heat increasing activities like, increased heart beat, shivering, etc
Why don`t we feel like eating ice- cream when we have fever?
To find out answer for these questions, we have to understand why fever is coming to our body and what is happening during we cover our body with a blanket. If we can find out the answers to the above questions, we can very well understand the , ‘physics of fever’-’heat protects heat’.
Now consider the following situations during fever:
1. We like to cover our body with blanket and feeling comfortable.
2. We do not like to drink cool water.
3. We do not like to take bath.
4. We do not feel taste for food.
5. The motion output will very less.
6. We feel tired.
7. Our body muscles shiver.
Have you ever think why our body reacts like this? What is the message our body want to convey to us? Is the current treatment and theories correct?
The answer is here. We are in the wrong way and suffering. After scientific studies for a long time, we have developed a theory, which can explain all queries related with fever. It considers the messages from our body, matching with the science and our traditional knowledge. The real science of fever can be termed as the “Physics of fever”. When the body or its parts are affected with some fatigue, it undergoes a self defence mechanism that allows it to take rest and prevent the heat from deterioration.
So the treatment that does not account these factors will lead to death, by loosing the vitality/energy/heat. To avoid death due to fever, there should have a rethink
In this session, we will discuss about the basic understanding of allopathic physicians related with fever. Here we take the Hypothalamus misunderstanding theory, theory which asks to remove the heat generated in fever and the Germs theory. This paper was presented/selected in Indian Science Congress2008-The Physics of fever –the real science of fever, Indian Science Congress 2009 Dehydration for fever –a new remedy based on true science, World Ayurveda congress2006....., .,
.
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