Fever is an elevation of body temperature that exceeds
normally daily variation and occurs in conjunction with an
increase in the hypothalamic set point for e.g. 37⁰C-
39⁰C.
Fever is an elevation of body temperature regulated by the hypothalamus in response to pyrogens. It is a common symptom of infection or inflammation. A fever typically involves four stages: prodrome of nonspecific symptoms, temperature rising, flush of warm skin, and defervescence through sweating. Fever enhances the immune response and inhibits some microbes. Causes of fever include infection, autoimmune diseases, and drugs. Evaluation of fever considers associated symptoms to identify potential causes and guide treatment.
Fever is an elevation of body temperature regulated by the hypothalamus in response to pyrogens. It is a common symptom of infection or inflammation. Fever has various stages as temperature rises and falls, and can be classified by pattern of temperature changes. Fever benefits the immune response by enhancing immune cell activity and inhibiting microbial growth at higher temperatures. Management involves identifying and treating the underlying cause while controlling temperature.
Fever is defined as a body temperature above the normal daily variation of 36.8°C - 37.7°C. There are several types of fever patterns based on temperature fluctuations over time, including continuous, intermittent, remittent, and relapsing fevers. Hyperpyrexia is a fever over 41.5°C. Fevers are caused by exogenous or endogenous pyrogens that trigger the hypothalamic thermoregulatory center. Common treatments include NSAIDs like ibuprofen and acetaminophen. In contrast, hyperthermia occurs when the body cannot dissipate excess heat, with causes including heat stroke, neuroleptic malignant syndrome, and malignant hyperthermia. Treatment focuses on
Temperature is the balance between the heat production and heat loss.
A brief outline of diffrent aspects regarding body temperature is discussed here under following headings
*Normal body temperature regulation
*Fever of unknown origin
*Hyperthermia
*Hypothermia
*Frost bite
vitals sign is the basic parameter used for all the patients to know the vital and general parameter for the patients and any changes in this parameter can cause the life threatening condition for the patients or clients life the proper technique and its alternatives assessment knowledge can help the nurses to improve academic performance and can be apply this knowledge in their clinical practices
APPROACH TO CASE OF PYREXIA(HUSAIN).pptxpiyushtageja2
This document provides an overview of fever (pyrexia), including its introduction, mechanism, pathogenesis, patterns, approach to patients, and treatment. It discusses the difference between hyperpyrexia and hyperthermia. Fever is caused by an increased hypothalamic set point and occurs in conjunction with infections or non-infectious causes like trauma or vaccines. Different fever patterns include continuous, remittent, intermittent, relapsing, and drug fever. The approach involves a physical exam, labs like CBC and CRP, and treating the underlying cause while withholding antipyretics in some cases.
This document provides information on assessing and interpreting vital signs, including temperature, pulse, respiration, blood pressure, and pain. It describes the normal ranges for each vital sign and factors that can influence them. The procedures for measuring each vital sign are outlined, including the appropriate equipment and sites on the body. Reasons for routinely measuring vital signs and guidelines for documentation are also discussed.
Fever is an elevation of body temperature that exceeds
normally daily variation and occurs in conjunction with an
increase in the hypothalamic set point for e.g. 37⁰C-
39⁰C.
Fever is an elevation of body temperature regulated by the hypothalamus in response to pyrogens. It is a common symptom of infection or inflammation. A fever typically involves four stages: prodrome of nonspecific symptoms, temperature rising, flush of warm skin, and defervescence through sweating. Fever enhances the immune response and inhibits some microbes. Causes of fever include infection, autoimmune diseases, and drugs. Evaluation of fever considers associated symptoms to identify potential causes and guide treatment.
Fever is an elevation of body temperature regulated by the hypothalamus in response to pyrogens. It is a common symptom of infection or inflammation. Fever has various stages as temperature rises and falls, and can be classified by pattern of temperature changes. Fever benefits the immune response by enhancing immune cell activity and inhibiting microbial growth at higher temperatures. Management involves identifying and treating the underlying cause while controlling temperature.
Fever is defined as a body temperature above the normal daily variation of 36.8°C - 37.7°C. There are several types of fever patterns based on temperature fluctuations over time, including continuous, intermittent, remittent, and relapsing fevers. Hyperpyrexia is a fever over 41.5°C. Fevers are caused by exogenous or endogenous pyrogens that trigger the hypothalamic thermoregulatory center. Common treatments include NSAIDs like ibuprofen and acetaminophen. In contrast, hyperthermia occurs when the body cannot dissipate excess heat, with causes including heat stroke, neuroleptic malignant syndrome, and malignant hyperthermia. Treatment focuses on
Temperature is the balance between the heat production and heat loss.
A brief outline of diffrent aspects regarding body temperature is discussed here under following headings
*Normal body temperature regulation
*Fever of unknown origin
*Hyperthermia
*Hypothermia
*Frost bite
vitals sign is the basic parameter used for all the patients to know the vital and general parameter for the patients and any changes in this parameter can cause the life threatening condition for the patients or clients life the proper technique and its alternatives assessment knowledge can help the nurses to improve academic performance and can be apply this knowledge in their clinical practices
APPROACH TO CASE OF PYREXIA(HUSAIN).pptxpiyushtageja2
This document provides an overview of fever (pyrexia), including its introduction, mechanism, pathogenesis, patterns, approach to patients, and treatment. It discusses the difference between hyperpyrexia and hyperthermia. Fever is caused by an increased hypothalamic set point and occurs in conjunction with infections or non-infectious causes like trauma or vaccines. Different fever patterns include continuous, remittent, intermittent, relapsing, and drug fever. The approach involves a physical exam, labs like CBC and CRP, and treating the underlying cause while withholding antipyretics in some cases.
This document provides information on assessing and interpreting vital signs, including temperature, pulse, respiration, blood pressure, and pain. It describes the normal ranges for each vital sign and factors that can influence them. The procedures for measuring each vital sign are outlined, including the appropriate equipment and sites on the body. Reasons for routinely measuring vital signs and guidelines for documentation are also discussed.
This document discusses fever, including its definition, causes, types, stages, treatment and management. It defines fever as a body temperature above the normal range of 36.6-37.2°C due to a raised hypothalamic temperature set-point in response to pyrogens. Causes can be infectious, inflammatory or toxic. Treatment focuses on hydration, antipyretics and cooling measures, with fever itself not usually requiring treatment below 40.6°C.
This document provides information on body temperature regulation and fever. It discusses how the hypothalamus controls normal body temperature and the pathogenesis of fever. Fever is defined as an elevation of the hypothalamic set point, triggering heat conservation mechanisms to raise the body temperature. Hyperthermia is an uncontrolled rise in temperature exceeding the body's ability to lose heat. The document also covers approaches to patients with fever or hyperthermia and treatment options for fever and hyperthermia.
Vital signs include temperature, pulse, respiration, blood pressure, and pain. Procedures for accurately assessing each vital sign are described along with common factors that can influence readings. Key equipment for taking vital signs includes a thermometer, stethoscope, sphygmomanometer, watch, and recording sheet. Vital signs are usually taken on admission, with changes in condition, before/after certain medications or procedures, and according to hospital policy in order to monitor a patient's health status and detect any deviations from normal ranges.
This document discusses vital signs, specifically temperature, pulse, respiration, and blood pressure. It defines vital signs and describes the physiological concepts and normal ranges for temperature, pulse, respiration, and blood pressure. Factors that affect vital signs are discussed. Methods for measuring temperature, pulse, and blood pressure are presented along with important assessment points and safety precautions. [END SUMMARY]
The document discusses fever, its causes, types, and management. It defines fever as an elevation of body temperature above normal (36.5-37.5°C) due to an increased regulatory set-point triggered by the body's immune response to infection. Fever types include continuous, intermittent, and remittent. Hyperpyrexia is an extreme fever over 41.5°C considered a medical emergency. Fever symptoms include lethargy, anorexia, and sleepiness. Management involves reducing temperature through methods like fans, tepid baths, hydration, and antipyretic medications like ibuprofen or acetaminophen.
The document discusses fever and body temperature regulation. It defines fever as an elevation of body temperature caused by the hypothalamus setting a higher temperature set point in response to pyrogens. The hypothalamus regulates temperature through mechanisms that conserve or dissipate heat. In fever, pyrogens trigger immune cells to produce endogenous pyrogens that signal the hypothalamus to raise its set point. Fever has benefits like enhancing immunity but can also cause metabolic stress.
The document discusses body temperature regulation and fever. It defines fever as an elevation of body temperature caused by the hypothalamic temperature regulation center raising its set point in response to pyrogens. The thermoregulatory center maintains core temperature within a normal range through mechanisms that conserve or dissipate heat. Fever has benefits like enhancing immunity but can also cause dehydration and increased metabolism.
Fever is defined as a body temperature above the normal range due to an increase in the body's temperature set point. There are different types of fevers classified by their temperature patterns, including continuous, intermittent, remittent, and hyperpyrexia (extreme fever over 106.7°F). Fever has many potential causes, including infections by viruses, bacteria, parasites, and fungi, as well as non-infectious conditions like autoimmune diseases, cancers, and metabolic disorders. Treatment focuses on reducing fever through conservative measures like rest, fluids, and antipyretic medications like acetaminophen and ibuprofen.
This document discusses body temperature regulation and fevers. It defines key terms like core temperature, surface temperature, and fever. Fever is caused by the hypothalamus setting a higher temperature set point in response to infections or other stimuli. Types of fevers include intermittent, remittent, sustained, and relapsing. Treatment involves antipyretics and addressing the underlying cause. Hyperthermia is an unintentional elevated temperature while hypothermia is a subnormal temperature. Frostbite results from freezing of tissues, especially the extremities. Proper first aid involves slowly rewarming while avoiding further injury.
This document discusses vital signs and body temperature. It defines vital signs as measurements that indicate the body's ability to maintain homeostasis, including temperature, respiration, pulse, and blood pressure. Body temperature reflects the balance between heat production and loss in the body, and it is regulated by physiological and behavioral mechanisms. Factors like age, activity level, hormones, environment, and emotions can affect normal body temperature. Abnormal temperatures include fever, hypothermia, and different fever patterns. Nurses should accurately measure and record vital signs to monitor patients' conditions.
1. Fever is defined as an elevation of body temperature above normal circadian variation due to a change in the thermoregulatory center located in the hypothalamus.
2. Physiological variations in temperature include chills or rigors that occur when the thermostat in the hypothalamus is suddenly reset to a higher temperature due to pyrogens.
3. There are different patterns of fever including continuous, remittent, intermittent, and relapsing fever which are characterized by differences in temperature fluctuations and touching of the baseline temperature.
Vital signs include temperature, pulse, respiration, and blood pressure. Normal body temperature is 98.6°F or 37°C, though it can vary slightly between morning and evening. Factors like exercise, infection, emotions, and environment can cause temperature to rise, while sleep, drug use, cold exposure, and illness can cause it to fall. A temperature above 99°F is considered a fever which can be caused by infections, injuries, allergic reactions, or hot climates. Temperature should be taken orally, axillary, or rectally when patients are admitted, discharged, or undergoing procedures and the rules are to ensure the patient is at rest and the reading is accurate.
Body temperature is normally regulated in the hypothalamus and can be affected by factors like age, exercise, hormones, stress, and environment. A condition where temperature regulation is disturbed is called a thermoregulatory disorder and can involve fever, hyperthermia, or hypothermia. Fever is defined as a temperature over 100.4°F due to a raised temperature set point from pyrogens, while hyperthermia is abnormally high body heat from external factors. Hypothermia occurs when core temperature falls below 95°F due to heat loss exceeding production.
The document summarizes the mechanisms that regulate human body temperature. It discusses how the hypothalamus acts as the thermostat to maintain a normal temperature around 98.6°F by balancing heat production and heat loss. When core body temperature rises above or falls below this set point, the hypothalamus triggers responses like sweating or shivering to bring temperature back to normal. Fever results when pyrogens activate the hypothalamus to raise the set point in response to infection or inflammation. Heat stroke occurs when high temperatures overwhelm the body's ability to cool itself.
This document provides an overview of altered body temperature, including fever, hyperthermia, hypothermia, and frostbite. It defines key terms, describes the physiology of thermoregulation, and outlines the causes, signs/symptoms, diagnostic findings, and management approaches for various conditions of elevated or reduced core body temperature. Nursing interventions are also summarized, focusing on ongoing assessment, rewarming or cooling techniques, and supporting patient comfort and hydration needs.
A fever is a body temperature that is higher than normal. A normal temperature can vary from person to person, but it is usually around 98.6 F. A fever is not a disease. It is usually a sign that your body is trying to fight an illness or infection. Infections cause most fevers
The document discusses body temperature and fever. It notes that body temperature is normally between 36.5-37.5°C and is controlled by the hypothalamus. Temperature can be taken in different areas and varies depending on factors like age, sex, activity level and time of day. A fever is defined as a temperature above normal due to an increased set-point triggered by infection to fight it off. Fevers can be continuous, intermittent, or remittent depending on temperature patterns. Hyperpyrexia is a dangerous fever over 41.5°C that requires emergency treatment. Fever causes include infections, drugs, and medical conditions.
This document discusses body temperature regulation and fever. It begins by describing how the hypothalamus controls normal body temperature and defines fever as an elevation of the hypothalamic temperature set point. It then discusses the mechanisms by which the body increases temperature during a fever, including heat conservation and increased heat production. Pyrogenic cytokines like IL-1, IL-6 and TNF are produced in response to infection or inflammation and trigger prostaglandin E2 release in the hypothalamus, elevating the temperature set point. The document provides detailed information on normal temperature variations, methods of temperature measurement, causes of fever and hyperthermia, and the molecular mechanisms that induce fever.
The document defines various types of fever and hyperthermia, their causes, symptoms, and treatment approaches. It discusses the body's normal temperature regulation controlled by the hypothalamus. Fever is an elevation of the hypothalamic set point in response to pyrogens, while hyperthermia is an uncontrolled rise exceeding the ability to lose heat. Types of fever covered include drug fever and factitious fever. Causes, presentations, and management principles are provided for hyperthermia syndromes like heat stroke, serotonin syndrome, malignant hyperthermia, and neuroleptic malignant syndrome. Treatment involves physical cooling, IV fluids, and medications like dantrolene.
This document discusses fever, including its definition, causes, types, stages, treatment and management. It defines fever as a body temperature above the normal range of 36.6-37.2°C due to a raised hypothalamic temperature set-point in response to pyrogens. Causes can be infectious, inflammatory or toxic. Treatment focuses on hydration, antipyretics and cooling measures, with fever itself not usually requiring treatment below 40.6°C.
This document provides information on body temperature regulation and fever. It discusses how the hypothalamus controls normal body temperature and the pathogenesis of fever. Fever is defined as an elevation of the hypothalamic set point, triggering heat conservation mechanisms to raise the body temperature. Hyperthermia is an uncontrolled rise in temperature exceeding the body's ability to lose heat. The document also covers approaches to patients with fever or hyperthermia and treatment options for fever and hyperthermia.
Vital signs include temperature, pulse, respiration, blood pressure, and pain. Procedures for accurately assessing each vital sign are described along with common factors that can influence readings. Key equipment for taking vital signs includes a thermometer, stethoscope, sphygmomanometer, watch, and recording sheet. Vital signs are usually taken on admission, with changes in condition, before/after certain medications or procedures, and according to hospital policy in order to monitor a patient's health status and detect any deviations from normal ranges.
This document discusses vital signs, specifically temperature, pulse, respiration, and blood pressure. It defines vital signs and describes the physiological concepts and normal ranges for temperature, pulse, respiration, and blood pressure. Factors that affect vital signs are discussed. Methods for measuring temperature, pulse, and blood pressure are presented along with important assessment points and safety precautions. [END SUMMARY]
The document discusses fever, its causes, types, and management. It defines fever as an elevation of body temperature above normal (36.5-37.5°C) due to an increased regulatory set-point triggered by the body's immune response to infection. Fever types include continuous, intermittent, and remittent. Hyperpyrexia is an extreme fever over 41.5°C considered a medical emergency. Fever symptoms include lethargy, anorexia, and sleepiness. Management involves reducing temperature through methods like fans, tepid baths, hydration, and antipyretic medications like ibuprofen or acetaminophen.
The document discusses fever and body temperature regulation. It defines fever as an elevation of body temperature caused by the hypothalamus setting a higher temperature set point in response to pyrogens. The hypothalamus regulates temperature through mechanisms that conserve or dissipate heat. In fever, pyrogens trigger immune cells to produce endogenous pyrogens that signal the hypothalamus to raise its set point. Fever has benefits like enhancing immunity but can also cause metabolic stress.
The document discusses body temperature regulation and fever. It defines fever as an elevation of body temperature caused by the hypothalamic temperature regulation center raising its set point in response to pyrogens. The thermoregulatory center maintains core temperature within a normal range through mechanisms that conserve or dissipate heat. Fever has benefits like enhancing immunity but can also cause dehydration and increased metabolism.
Fever is defined as a body temperature above the normal range due to an increase in the body's temperature set point. There are different types of fevers classified by their temperature patterns, including continuous, intermittent, remittent, and hyperpyrexia (extreme fever over 106.7°F). Fever has many potential causes, including infections by viruses, bacteria, parasites, and fungi, as well as non-infectious conditions like autoimmune diseases, cancers, and metabolic disorders. Treatment focuses on reducing fever through conservative measures like rest, fluids, and antipyretic medications like acetaminophen and ibuprofen.
This document discusses body temperature regulation and fevers. It defines key terms like core temperature, surface temperature, and fever. Fever is caused by the hypothalamus setting a higher temperature set point in response to infections or other stimuli. Types of fevers include intermittent, remittent, sustained, and relapsing. Treatment involves antipyretics and addressing the underlying cause. Hyperthermia is an unintentional elevated temperature while hypothermia is a subnormal temperature. Frostbite results from freezing of tissues, especially the extremities. Proper first aid involves slowly rewarming while avoiding further injury.
This document discusses vital signs and body temperature. It defines vital signs as measurements that indicate the body's ability to maintain homeostasis, including temperature, respiration, pulse, and blood pressure. Body temperature reflects the balance between heat production and loss in the body, and it is regulated by physiological and behavioral mechanisms. Factors like age, activity level, hormones, environment, and emotions can affect normal body temperature. Abnormal temperatures include fever, hypothermia, and different fever patterns. Nurses should accurately measure and record vital signs to monitor patients' conditions.
1. Fever is defined as an elevation of body temperature above normal circadian variation due to a change in the thermoregulatory center located in the hypothalamus.
2. Physiological variations in temperature include chills or rigors that occur when the thermostat in the hypothalamus is suddenly reset to a higher temperature due to pyrogens.
3. There are different patterns of fever including continuous, remittent, intermittent, and relapsing fever which are characterized by differences in temperature fluctuations and touching of the baseline temperature.
Vital signs include temperature, pulse, respiration, and blood pressure. Normal body temperature is 98.6°F or 37°C, though it can vary slightly between morning and evening. Factors like exercise, infection, emotions, and environment can cause temperature to rise, while sleep, drug use, cold exposure, and illness can cause it to fall. A temperature above 99°F is considered a fever which can be caused by infections, injuries, allergic reactions, or hot climates. Temperature should be taken orally, axillary, or rectally when patients are admitted, discharged, or undergoing procedures and the rules are to ensure the patient is at rest and the reading is accurate.
Body temperature is normally regulated in the hypothalamus and can be affected by factors like age, exercise, hormones, stress, and environment. A condition where temperature regulation is disturbed is called a thermoregulatory disorder and can involve fever, hyperthermia, or hypothermia. Fever is defined as a temperature over 100.4°F due to a raised temperature set point from pyrogens, while hyperthermia is abnormally high body heat from external factors. Hypothermia occurs when core temperature falls below 95°F due to heat loss exceeding production.
The document summarizes the mechanisms that regulate human body temperature. It discusses how the hypothalamus acts as the thermostat to maintain a normal temperature around 98.6°F by balancing heat production and heat loss. When core body temperature rises above or falls below this set point, the hypothalamus triggers responses like sweating or shivering to bring temperature back to normal. Fever results when pyrogens activate the hypothalamus to raise the set point in response to infection or inflammation. Heat stroke occurs when high temperatures overwhelm the body's ability to cool itself.
This document provides an overview of altered body temperature, including fever, hyperthermia, hypothermia, and frostbite. It defines key terms, describes the physiology of thermoregulation, and outlines the causes, signs/symptoms, diagnostic findings, and management approaches for various conditions of elevated or reduced core body temperature. Nursing interventions are also summarized, focusing on ongoing assessment, rewarming or cooling techniques, and supporting patient comfort and hydration needs.
A fever is a body temperature that is higher than normal. A normal temperature can vary from person to person, but it is usually around 98.6 F. A fever is not a disease. It is usually a sign that your body is trying to fight an illness or infection. Infections cause most fevers
The document discusses body temperature and fever. It notes that body temperature is normally between 36.5-37.5°C and is controlled by the hypothalamus. Temperature can be taken in different areas and varies depending on factors like age, sex, activity level and time of day. A fever is defined as a temperature above normal due to an increased set-point triggered by infection to fight it off. Fevers can be continuous, intermittent, or remittent depending on temperature patterns. Hyperpyrexia is a dangerous fever over 41.5°C that requires emergency treatment. Fever causes include infections, drugs, and medical conditions.
This document discusses body temperature regulation and fever. It begins by describing how the hypothalamus controls normal body temperature and defines fever as an elevation of the hypothalamic temperature set point. It then discusses the mechanisms by which the body increases temperature during a fever, including heat conservation and increased heat production. Pyrogenic cytokines like IL-1, IL-6 and TNF are produced in response to infection or inflammation and trigger prostaglandin E2 release in the hypothalamus, elevating the temperature set point. The document provides detailed information on normal temperature variations, methods of temperature measurement, causes of fever and hyperthermia, and the molecular mechanisms that induce fever.
The document defines various types of fever and hyperthermia, their causes, symptoms, and treatment approaches. It discusses the body's normal temperature regulation controlled by the hypothalamus. Fever is an elevation of the hypothalamic set point in response to pyrogens, while hyperthermia is an uncontrolled rise exceeding the ability to lose heat. Types of fever covered include drug fever and factitious fever. Causes, presentations, and management principles are provided for hyperthermia syndromes like heat stroke, serotonin syndrome, malignant hyperthermia, and neuroleptic malignant syndrome. Treatment involves physical cooling, IV fluids, and medications like dantrolene.
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2. Introduction : -
- . Fever also referred to as pyrexia .
-. As having a temperature above the normal range to due to an increase in the body’s
temperature set point
-. Fever is not a disease.
-. It is sign fever it is protect action of the body because the rise in temperature prevents
Growth of organism causing the disease.
3. Definition : -
▪ Fever is elevation of the body temperature that exceeds normally daily
variation and occurs in conjunction with an increase in the hypothalamic set
point for eg 37•C – 39•C
OR
▪ Fever is also referred to as pyrexia is defined as having a Temperature above
the normal of 98.6•F (37•C).
OR
▪ Body temperature above the usually range of normal 36.6 to 37.2•c , 98 -
99•F
4. Cause of fever : -
▪ Chemical substances coffeine and
cocaine directly injected to the blood
stream
▪ Infection & inflammation disease
▪ Severe hemorrhage
▪ Hot environment
▪ Neurogenic factor like injury to
hypothalamus
▪ Side effects of therapeutic drug
5. ▪ Age
▪ Exercise
▪ Hormonal level
▪ Stress
▪ Environment
▪ Circadian Rhythm
Factors affecting body temperature
6. 1. Age
▪ Normal body temperature does not change
▪ Aging older it becomes border for your body to control its temperature.
▪ A decrease in the amount of fat below the skin make it harder to say warm .
2. Exercise
▪ Both the exercise it self and the air temperature and Humidity can increase your
core body temperature .
▪ To help cool itself body send more blood circulate in skin this leave less blood in
muscle which In turn increase your heart rate .
7. 3. Hormonal levels
▪ Esterogen controls the parts of your brain that regulate body temperature.
▪ Low estrogen levels can increase your body temperature to an uncomfortable
degree resulting in hot flashes and night sweats .
4. Stress
▪ Chronic stress and expose to emotional events can cause psychogenic fever
▪ This means the fever is caused by psychological factors instead of a virus or
other type of inflammation some cause chronic stress .
8. 5. Environment
▪ This is because your body is as open system that is constantly interacting
with the external environment .
▪ At the surface level the temperature of the body peripheral temperature is
directly .
9. Types of fever
1. Onset or invasion : - the period on when the body temperature is
rising.
2. fastgium fever or stadium : - a type of fever is when body
temperature at maximum and constant at a high level .
3. Defrvensncence or decline fever : - sudden fast crisis or sudden slowly
lysis decreasing temperature to become normal .
4. Crisis fever : - fastly decreasing tempt is termed as crisis or sudden
drop in temperature is also defined as crisis.
10. 5.True crisis : - the temperature falls suddenly within few hours and touches normal
accompanied by a marked improvement in the clients condition.
6. False crisis : - a sudden fall in temperature not accompanied by an improvement in
the general condition is called false crisis
7. Lysis fever : - the gradual decrease in fever isTermed as lysis.
8. Constant and continuous fever : - A sustained fever with slight diurnal variation less
Than 2•C or 3.6•F
9. Remittent fever : - a pattern of fever that varies over a 24 hour period.
10 intermittent fever ( quotidian) : - temperature rises from normal to subnormal to
High and back at regular interval higher temperature in evening lower in morning.
11. Relapsing fever : - normal temperature for one to two days after a brief period of
Fever.
11. 12. Inverse fever : - highest temperature in morning and lowest in evening .
13. Irregular fever : - fever is completely irregular so cannot classify into any group of
fever
14. Low pyrexia : - in low pyrexia the fever doesn’t rise above 99 to 100 •F or between
37.2 And 37. 8•C
15 . Moderate pyrexia : - moderate pyrexia is fever above 100 •F to 103•F
16 . Hyper pyrexia : - another name of high fever is hyper pyrexia temperature above
105•F is termed as hyper pyrexia.
17. Subnormal temperature : - subnormal temperature may be defined as temperature
Below normal 1•c 95 to 98•F ( 35 – 36 •F )
18. Hyperthermia : - hyperthermia is remark able increase in body.Temperature due to
Excessive heat production absorption of environment heat deficient of heat loss .
12. 19 . Hypothermia : - temperature below 95 •F – 35 •F is termed as
hypothermia.
20. Mild hypothermia : - temperature between 90 to 95 •F is called mild
hypothermia.
21. Moderate hypothermia : - temperature range between 86- 90 % is called
moderate hypothermia.
22. Sever hypothermia : - severe hypothermia is termed as temperature below
86•F
23. Rigour fever : - rigours are episode in which your temperature rises often
quite quickly whilst you have severe shivering.
Stage of rigour fever : -
I . Cold stage . II. Hot stage . III. Sweating stage.