Causes, symptoms and treatment of scarlet fever

Causes, symptoms and treatment of scarlet fever

Scarlet fever is a highly contagious bacterial infection that is caused by the group A Streptococcus

bacteria. It is most commonly seen in children under the age of 10 years old, but can also affect adults. The

symptoms of scarlet fever include a sore throat, fever, and a strawberry-like rash that spreads throughout

the body. Scarlet fever is easily diagnosed through a physical examination and laboratory tests. Treatment

includes the use of antibiotics and rest to allow the body to recover. In some cases, complications can

arise including rheumatic fever or kidney damage. It is important to seek medical attention promptly

if symptoms of scarlet fever present themselves, both to limit the spread of the disease and to ensure

appropriate treatment.

A. Definition of Scarlet fever

Scarlet fever is a bacterial infection that is marked by a scarlet rash accompanied by fever and sore throat.

The disease is caused by the Group A Streptococcus bacteria that produce a toxin that is the primary source

of the symptoms. Scarlet fever is typically more common in children, and it is mostly spread through

direct contact with an infected individual. Besides the streptococcus group A bacteria, other factors such

as weakened immune systems, poor hygiene, and overcrowded living conditions lead to the spread of the

disease. The rash on the skin will turn white if pressure is applied, and it will last for about a week to

ten days after proper treatment is administered. The early identification and treatment of scarlet fever is

crucial to prevent further complication and have a faster recovery time.

B. Importance of studying Scarlet fever

Studying Scarlet fever is important for a variety of reasons, one of which is to better understand the ways

in which infectious diseases can spread and impact populations. By studying Scarlet fever, researchers can

gain greater insight into how the bacteria that cause it behave, how they are transmitted, and the factors

that contribute to the severity of the disease in different patients. Additionally, understanding Scarlet

fever and its symptoms can help healthcare professionals more effectively diagnose and treat patients

who may be suffering from this illness. This can be especially important in cases where Scarlet fever

may be misdiagnosed or overlooked, leading to potentially serious health complications. Finally, studying

Scarlet fever can help facilitate the development of new treatments and preventative measures that can

help mitigate the impact of this disease on individuals and communities alike.

C. Thesis statement

In conclusion, scarlet fever is a bacterial infection that primarily affects children between the ages of five

and fifteen. The disease is caused by group A Streptococcus bacteria, which release toxins that cause a

rash, sore throat, fever, and other symptoms. Although the disease can be severe and potentially fatal, it is

usually manageable with early detection and prompt treatment with antibiotics. Parents and caregivers can

take steps to prevent scarlet fever and other communicable diseases by encouraging good hygiene habits

among young children, including frequent hand washing, covering the mouth and nose when coughing

or sneezing, and avoiding sharing food, drinks, and utensils. With proper care and attention, individuals

who contract scarlet fever can recover fully and return to their normal activities.

Scarlet fever is usually treated with antibiotics, which are effective in reducing the severity and duration

of symptoms. Penicillin is the first choice of antibiotic for treatment, although erythromycin or other

antibiotics may be prescribed for those who are allergic to penicillin. Treatment with antibiotics should

be started as early as possible to prevent complications. Children are typically prescribed a 10-day course

of antibiotics, and adults are usually treated for seven to 10 days. It is important to finish the entire

course of antibiotics as prescribed, even if symptoms have improved, to prevent the development of

antibiotic-resistant bacteria. In addition to antibiotic treatment, those with scarlet fever should get plenty

of rest, drink plenty of fluids, and take pain relievers and fever reducers as needed. Close contact with

anyone infected with scarlet fever should be avoided to prevent the spread of the disease.

II. Causes of Scarlet fever

Scarlet fever is caused by a group A Streptococcus bacterium that produces an erythrogenic toxin. This

toxin causes the characteristic rash and redness associated with the disease. The bacterium is highly

contagious and can spread through direct contact with an infected individual or through respiratory

droplets when the person coughs or sneezes. Individuals most at risk for contracting scarlet fever include

young children, those who have not been previously exposed to the bacterium, and those with weakened

immune systems. Poor nutrition, overcrowding, and unsanitary living conditions can also increase the

risk of infection. It is important to note that some individuals may be carriers of the bacterium without

showing symptoms, making it difficult to control the spread of the disease. Prompt medical treatment is

necessary to prevent complications such as kidney damage or rheumatic fever.

A. Bacteria that causes Scarlet fever

The bacteria that cause Scarlet fever are group A Streptococcus (GAS) also known as Streptococcus

pyogenes. GAS is a gram-positive bacteria that commonly lives in the throat and nose of healthy people

without causing any infection. However, it can lead to multiple diseases including Scarlet fever. GAS

produces erythrogenic toxin that acts as a superantigen, and stimulates the production of cytokines that

cause tissue damage and inflammation. The toxin also produces a red rash in the body, especially on the

neck, chest and limbs. Some strains of GAS produce the streptococcal pyrogenic exotoxins (SPEs) that

activate T cells in the body and cause the severe symptoms of Scarlet fever. The infection spreads through

direct contact with an infected person, by touching the infected person’s skin or contaminated objects

such as towels, bedding, and toys.

B. How the bacteria spreads

Scarlet fever, like other bacterial infections, is spread through direct contact with an infected person or

through contact with surfaces contaminated with the bacteria. The bacterium responsible for scarlet fever,

Streptococcus pyogenes, is highly contagious and can easily be transmitted through respiratory droplets.

When an infected person coughs or sneezes, they release droplets that contain the bacteria which can be

inhaled by those in close proximity. It can also be spread through direct contact with an infected person’s

bodily fluids, such as saliva or mucus. Once inside the body, the bacteria release toxins that can cause the

characteristic rash, fever, and other symptoms. The incubation period for scarlet fever is typically two to

four days, which means that it can take this much time for an infected person to become symptomatic and

spread the bacteria. It is important to be careful and practice good hygiene to prevent the spread of this

contagious infection.

C. Factors that increase the risk of infection

include living in crowded or unsanitary conditions, having inadequate nutrition, and being exposed to

individuals who are carriers of the streptococcal bacteria. Children and individuals who have weakened

immune systems, such as those who are receiving chemotherapy or have HIV, are also at an increased risk

of contracting the infection. In addition, individuals who have had a recent bacterial or viral infection are

more prone to developing scarlet fever. It is also important to note that individuals who have had scarlet

fever before are not necessarily immune to contracting the infection again. Therefore, it is important for

individuals to take preventative measures such as practicing good hygiene, avoiding close contact with

those who are ill, and seeking medical attention if they suspect they have been exposed to the bacteria.

In addition to medical treatment, scarlet fever also requires proper care and hygiene to prevent its spread.

Infected individuals should be isolated until they have completed at least 24 hours of antibiotic treatment

and are no longer contagious. It is also important to practice good hand hygiene, including washing

hands frequently, covering coughs and sneezes properly, and avoiding sharing utensils or drinking

glasses. Clothing, bedding, and other personal items should be washed regularly, and surfaces should be

disinfected to kill any lingering bacteria. Scarlet fever is a preventable illness, and vaccinations for other

illnesses, such as strep throat, can reduce the risk of contracting and spreading the infection. With proper

care and attention, individuals can recover fully from scarlet fever and avoid complications.

III. Symptoms of Scarlet fever

Scarlet fever is a bacterial infection caused by Group A Streptococcus bacteria. The symptoms of scarlet

fever usually appear within two to four days after infection. One of the main symptoms is a distinctive rash

that develops in the first few days of illness, starting on the chest and spreading to the arms, legs, and face.

The rash is typically bright red and has a rough, sandpaper-like texture and may feel like sunburn. The

rash usually lasts for about five days and then fades, leaving a dry, scaly skin. Additionally, people with

scarlet fever often have a high fever, sore throat, and swollen glands in the neck. They may also experience

a headache, nausea, vomiting, and abdominal pain. In some cases, patients may develop a white coating

on the tongue that peels off after a few days, leaving it bright red and swollen. The symptoms of scarlet

fever are generally mild but can be severe if left untreated.

A. Initial symptoms

The initial symptoms of scarlet fever typically develop within two to five days following exposure to the

bacteria. The first noticeable indication of scarlet fever is a sore throat that may have difficulty swallowing

due to the inflammation. Patients may also experience a fever that is typically higher than 101F along with

chills, headache, and nausea. As the condition progresses, a distinct rash appears on the body but, initially,

it is usually confined to the neck, armpits, and groin. This rash has a sandpaper-like texture and may itch,

and changes the skin's appearance to red with tiny bumps that give the feeling of sandpaper touched to

it. In addition to these symptoms, soreness and swelling in the mouth and tongue with strawberry-like

tongue is apparent, and patients may also have enlarged lymph nodes in the neck. Early symptoms are

often confused with other viral and bacterial infections, but a visit to a physician can confirm the presence

of scarlet fever.

B. Characteristic symptoms

Characteristic symptoms of scarlet fever include a bright red rash that is typically first seen on the neck

and face before spreading to the chest, back, and limbs. The rash is composed of tiny red bumps that

merge to form a rough, sandpaper-like texture. The tongue may also become swollen and appear red with

white bumps, giving it the distinctive name "strawberry tongue." Other symptoms may accompany the

rash, such as fever, sore throat, headache, nausea, vomiting, abdominal pain, and swollen glands. Left

untreated, scarlet fever may lead to serious complications, such as kidney damage, inflammation of the

heart and its valves, and pneumonia. Therefore, it is important to seek medical attention upon noticing

these characteristic symptoms in oneself or others.

C. Progression of symptoms with time

The progression of scarlet fever symptoms with time is important to monitor in order to properly diagnose

and treat this illness. Initially, patients may present with a fever, sore throat, and enlarged lymph nodes.

These symptoms are soon followed by the characteristic rash, which begins on the face and neck but

then spreads to the chest, back, and limbs. Despite its bright red appearance, the rash is not typically

itchy. Additional symptoms that may develop include vomiting, abdominal pain, and a strawberry-like

appearance of the tongue. If left untreated, the symptoms of scarlet fever can continue to worsen, causing

complications such as pneumonia, meningitis, and sepsis. It is essential for healthcare providers to

understand the progression of symptoms and to intervene early to prevent these potentially life-threatening

complications.

Another possible complication of scarlet fever is acute rheumatic fever, which can develop within three

weeks of the illness. This rare but serious condition is an inflammatory disorder that affects the joints,

heart, skin, and nervous system. If left untreated, acute rheumatic fever can lead to permanent damage

to the heart valves, resulting in heart failure. The most common symptoms of acute rheumatic fever are

fever, joint pain, heart palpitations, and a rash. Treatment involves the use of antibiotics, anti-inflammatory

drugs, and bed rest. If there is evidence of heart damage, surgery may be necessary to replace or repair

damaged valves. Preventative measures include promptly treating strep throat, the primary cause of scarlet

fever, using antibiotics and good hygiene practices to reduce the risk of spreading the disease.

IV. Diagnosis of Scarlet fever

The diagnosis of Scarlet fever is typically made by a healthcare provider through physical examination and

the observation of characteristic symptoms, including a red, sandpaper-like rash, high fever, sore throat,

and swollen lymph nodes. In order to obtain a definitive diagnosis, the healthcare provider may take a

throat culture to test for the presence of the streptococcus bacteria. Blood tests may also be performed

to confirm the diagnosis and evaluate the severity of the infection. It is important to diagnose and treat

Scarlet fever promptly, as the infection can be potentially serious, especially in children. Early treatment

with antibiotics is effective at killing the streptococcus bacteria and reducing the risk of complications,

such as kidney damage, heart inflammation, and rheumatic fever. Close monitoring and follow-up care

are recommended to ensure that the infection clears up completely and that any potential complications

are promptly identified and addressed.

A. Physical examination

A physical examination is a crucial diagnostic tool in detecting scarlet fever in patients. During a

physical examination, doctors will observe the appearance of the rash and check for other accompanying

symptoms. The characteristic erythematous rash, which typically appears on the neck, face, chest, and

upper arms, is usually accompanied by a high fever, sore throat, and swollen glands. Doctors may also use

a tongue depressor to examine the throat for the presence of a white coating or red spots. In addition, the

doctor may check for an enlarged spleen by palpating the patient's abdomen. If the physical examination

indicates scarlet fever, further diagnostic tests may be performed, such as a throat culture or blood test,

to confirm the diagnosis and determine the appropriate course of treatment.

B. Laboratory tests

can confirm the diagnosis of scarlet fever and differentiate it from other illnesses with similar symptoms.

The most common test is throat culture, which involves swabbing the back of the throat to collect a

sample of the bacteria responsible for scarlet fever. This sample is then cultured in a lab to see if group A

streptococcus bacteria are present. Blood tests may also be conducted to detect the presence of antibodies

that the body produces in response to the bacterial infection. Additionally, a rapid antigen test can be

performed to detect the presence of the streptococcus bacteria in the throat sample. It is important to

diagnose scarlet fever accurately to prevent the development of serious complications such as rheumatic

fever and kidney damage and to administer appropriate treatment, usually in the form of antibiotics.

C. Differential diagnosis

is imperative in the identification and treatment of scarlet fever. The symptoms of scarlet fever can easily

be confused with other illnesses such as strep throat, toxic shock syndrome, and Kawasaki disease. It

is important for healthcare providers to take a thorough patient history, perform a physical examination,

and conduct appropriate laboratory tests to rule out other potential diagnoses. Additionally, a careful

observation of the clinical presentation, including the presence of a fever, skin rash, and strawberry tongue,

could help differentiate scarlet fever from other illnesses. With a correct differential diagnosis, proper

treatment can be promptly initiated leading to a favorable outcome for the patient.

Scarlet fever is commonly caused by an infection with group-A streptococcus bacteria. This infection can

be transmitted through contact with bodily fluids such as saliva or mucus from an infected person. Scarlet

fever symptoms can include a red rash on the body, a high fever, sore throat, swollen lymph nodes, and a

strawberry-like appearance on the tongue. The severity of the symptoms varies and can range from mild

to severe. If left untreated, the infection can lead to more serious complications, such as rheumatic fever

or kidney damage. Treatment for scarlet fever usually involves antibiotics to help eradicate the group-A

streptococcus infection. In some cases, additional medication may be necessary to manage symptoms such

as fever or pain. It is important to seek medical attention if any symptoms of scarlet fever are experienced,

as early treatment can help to prevent further complications.

V. Treatment of Scarlet fever

The treatment of Scarlet fever primarily aims to eradicate the infection and relieve the symptoms.

Antibiotics are the primary mode of treatment, and Penicillin remains the first choice of drug for children.

However, if the patient is allergic to Penicillin, erythromycin may be administered. Treatment typically

lasts for ten days, and the patient must complete the entire course of antibiotics. Moreover, supportive

care is equally important. Fever and pain can be controlled with acetaminophen, and adequate hydration

is essential. In severe cases, when the fever does not respond to medications, hospitalization is necessary

to monitor the child closely. As Scarlet fever is a contagious disease, it is important to keep the infected

person isolated until he or she is no longer contagious. Additionally, the patient must maintain good

hygiene during and after treatment to prevent the spread of the disease to others.

A. Antibiotics

Antibiotics have revolutionized the treatment of scarlet fever and other bacterial infections. The most

commonly prescribed antibiotics for scarlet fever are penicillin and amoxicillin. These medications work

by interfering with the growth and reproduction of the bacteria responsible for the infection. Antibiotics

are usually taken orally for five to ten days, depending on the severity of the infection. If the infection is

severe, the antibiotics may be given intravenously for faster and more effective treatment. However, the

overuse and misuse of antibiotics have led to the development of antibiotic-resistant bacteria, which can

make treating infections more difficult. Therefore, it is important for healthcare professionals and patients

to use antibiotics only when necessary and to follow proper dosing instructions to minimize the risk of

antibiotic resistance.

B. Home management

In addition to seeking medical treatment and quarantine measures for individuals with scarlet fever, it is

important to consider the management of the household in order to prevent the spread of infection to

other family members. The use of disinfectants on shared surfaces such as countertops, door handles, and

toys can go a long way in preventing the spread of the bacteria that cause scarlet fever. Additionally, it is

important to maintain good hygiene and hand washing practices among all household members, especially

those who have been in close contact with the infected individual. Proper food handling and cooking

techniques are also crucial to preventing the spread of infection. By taking these measures, families can

minimize the risk of scarlet fever spreading to others in the household and ensure a speedy recovery for

the infected individual.

C. Complications and their management

One potential complication of scarlet fever is acute rheumatic fever (ARF). ARF is an inflammatory

disease that can damage the heart, joints, skin, and brain. It typically occurs two to three weeks after

the initial streptococcal infection and can lead to permanent damage of the heart valves. To prevent

the development of ARF, prompt treatment of the streptococcal infection with antibiotics is necessary.

Another potential complication is post-streptococcal glomerulonephritis, which is an inflammation of the

kidney’s filtering system that can lead to kidney damage. This complication is more common in children

and young adults and usually occurs one to two weeks after the streptococcal infection. Symptoms

include dark urine, swelling, and high blood pressure. Treatment of post-streptococcal glomerulonephritis

involves managing symptoms and closely monitoring kidney function.

In terms of treatment, antibiotics are essential to combat scarlet fever. However, it is important to note

that antibiotics do not treat the rash or other symptoms associated with scarlet fever, but they do fight

the bacterial infection that causes the disease. It is imperative that the patient completes the entire course

of the prescribed antibiotics to ensure that all bacteria have been eliminated. Additionally, individuals

with scarlet fever require plenty of rest and should avoid contact with others to prevent the spread of the

infection. Analgesics like acetaminophen and ibuprofen can help reduce fever and alleviate discomfort

caused by the rash and sore throat. If left untreated, scarlet fever can result in severe complications, such

as kidney damage, invasive infections, and sepsis. Therefore, it is necessary to see a doctor immediately

if symptoms of scarlet fever are present.

VI. Prevention of Scarlet fever

Preventing the spread of scarlet fever requires good hygiene practices. Individuals should wash their hands

often with soap and water, especially after coming in contact with people who have the illness, or after

sneezing and coughing. Schools and daycare centers should have policies in place that require children to

stay home if they have a fever or a rash, as this can prevent the spread of infection. Additionally, parents

and guardians should ensure that their children receive the recommended vaccinations, which can protect

them from a variety of illnesses, including scarlet fever. It is important to note that while there is no

vaccine specifically for scarlet fever, there are vaccines for diseases such as strep throat, which can lead

to scarlet fever. By practicing good hygiene habits and taking precautions to prevent the spread of illness,

individuals can minimize their risk of developing scarlet fever.

A. Vaccination

A vaccination against scarlet fever does not currently exist, despite its major impact on global morbidity

and mortality rates. However, individuals can prevent the spread of this infectious disease through

proper hygiene practices. For example, frequent hand washing and avoiding close contact with infected

individuals can significantly reduce the risk of transmission. Additionally, antibiotics can effectively treat

scarlet fever and prevent serious complications from developing. Therefore, individuals who experience

symptoms such as fever, sore throat, rash, and difficulty swallowing should seek immediate medical

attention and begin a course of antibiotics. While scarlet fever can be a serious illness, preventative

measures and prompt treatment can help to minimize its spread and impact on public health. Future

research and education efforts may lead to the development of a vaccine, further contributing to the

prevention and management of this disease.

B. Proper hygiene

Proper hygiene is essential in preventing the spread of scarlet fever and other infectious diseases.

Individuals should be encouraged to regularly wash their hands with soap and water, especially after

using the bathroom and before eating. It is also important to cover your mouth and nose when coughing

or sneezing with a tissue or your elbow to avoid spreading germs to others. People infected with scarlet

fever should avoid close contact with others until they have been appropriately treated, and should stay

home from work or school until they are no longer contagious. Additionally, individuals with scarlet

fever should avoid sharing personal items such as drinking glasses, utensils, towels, and toothbrushes.

Disinfecting frequently touched surfaces in the home, such as doorknobs, light switches, and countertops,

can also help prevent the spread of the infection.

C. Controlling the spread of infection

is essential in preventing the onset of scarlet fever. Isolation of patients with the disease is one way to

prevent its further transmission. It is also recommended that anyone who comes in contact with a patient

be evaluated and possibly treated to prevent the spread of the disease. Proper hand washing and sanitation

practices are also paramount to preventing the transmission of scarlet fever. Clothing and bedding used

by the patient should be disinfected to prevent the spread of infection. In addition, individuals with sore

throats and/or rashes should avoid contact with young children as they are more susceptible to scarlet

fever. Finally, individuals who have a weakened immune system or who have been exposed to scarlet

fever multiple times may be recommended to receive prophylactic antibiotics to prevent the occurrence

of the disease.

In addition to the telltale red rash and fever associated with scarlet fever, there are several other symptoms

that may present themselves in individuals who have contracted this bacterial infection. These can include

a sore throat, swollen glands, a white coating on the tongue and throat, and a flushed face with flushed skin

around the mouth. While the symptoms of scarlet fever typically last for around a week, complications

can arise if the infection is not properly diagnosed and treated in a timely manner. Some of the potential

complications of scarlet fever include throat abscesses, ear infections, and pneumonia. In severe cases,

scarlet fever can even lead to heart or kidney damage. As such, any individual displaying symptoms of this

infection should seek medical attention promptly to prevent the occurrence of any serious complications.

VII. Conclusion

In conclusion, scarlet fever is a bacterial infection that can cause serious complications if not treated

promptly and properly. The early recognition of symptoms such as sore throat, fever, rash, and swollen

glands can help in the diagnosis of the disease. Antibiotics are the mainstay of treatment for scarlet fever

and are effective in combating the bacteria. Adequate rest, hydration, and pain management can also help

alleviate symptoms and promote recovery. Preventive measures such as good hygiene, proper sanitation,

and avoiding contact with infected individuals can reduce the risk of contracting or spreading the infection.

Furthermore, scarlet fever outbreaks should be reported to health authorities to minimize the spread of

the disease and enable effective control measures. By taking appropriate precautions and seeking timely

medical attention, scarlet fever can be managed effectively, and the likelihood of severe complications

can be reduced.

A. Recap of the main points

In conclusion, it is imperative to understand the essentials of scarlet fever, which include its causes,

symptoms, and treatment options. While the disease is caused by the streptococcus bacteria, it presents

a range of symptoms such as fever, rash on the body, sore throat, and swollen lymph nodes. Early and

accurate diagnosis is critical to initiate the treatment process, which typically involves antibiotics. Parents

and caregivers must also monitor the child's condition and prevent the spread of the bacterial infection

by ensuring they cover their noses and mouth while coughing, frequent hand washing and avoiding

sharing personal items. Children who have been diagnosed with scarlet fever should be kept at home until

they have completed the course of treatment, and parents should seek medical attention for any severe

symptoms that may arise. Overall, with the right measures, scarlet fever can be managed effectively to

prevent the development of complications and promote quick recovery.

B. What needs to be done to decrease the spread of Scarlet fever?

To decrease the spread of scarlet fever, there are several prevention and control measures that should

be employed. Firstly, individuals with the illness should be isolated and kept away from others until

the infection has cleared. Additionally, proper hygiene practices such as frequent hand washing and

maintaining clean and sanitary living conditions should be implemented. It is also advisable for healthcare

professionals to wear appropriate personal protective equipment, such as gloves and masks, when

handling infected individuals. Vaccination against streptococcus group A bacteria, which causes scarlet

fever, may also help in preventing the spread of the disease. Prompt diagnosis and treatment of individuals

with strep throat may also help to reduce the incidence of scarlet fever. Overall, a comprehensive approach

including prevention, control, and treatment measures is necessary to decrease the spread of scarlet fever.

C. Possible future trends in Scarlet fever research.

C. Possible future trends in Scarlet fever research will likely involve the development of a more comprehensive

understanding of the strains of Streptococcus bacteria that cause the disease, as well as the

identification of new biomarkers and diagnostic tools. This could help to guide the development of more

effective treatments, potentially including new antibiotics or immunomodulatory agents. Additionally,

ongoing research into the genetic and environmental factors that contribute to susceptibility to Scarlet

fever could help to identify populations at greatest risk and inform preventative measures. Finally,

given the potential for complications such as rheumatic fever and kidney disease, researchers will

continue to investigate strategies for reducing the severity and duration of Scarlet fever infections and

improving outcomes for patients. These efforts will require collaboration between researchers, healthcare

professionals, and public health officials to ensure that the latest knowledge is translated into effective

prevention, diagnosis, and treatment strategies.

Bibliography

- Jim Ayukekbong. 'Infection Prevention and Control Guide for Health Care Professionals.' Lulu.com,

8/24/2019

- Walter Lytle Pyle. 'A Manual of Personal Hygiene.' Proper Living Upon a Physiologic Basis, W. B.

Saunders, 1/1/1912

- Robert Milne. 'A Plea for the Home Treatment and Prevention of Scarlet Fever.' Nisbet, 1/1/1910

- Curtis Price ARTZ. 'Complications in Surgery and Their Management. Management of Surgical

Complications. (Edited by Curtis P. Artz, James D. Hardy.) 3rd Ed.' Saunders, 1/1/1975

- Peter Hood. 'The Successful treatment of scarlet fever.' J. Churchill, 1/1/1857

- Debra Adler-Klein. 'A Pocket Manual of Differential Diagnosis.' Stephen N. Adler, Lippincott

Williams & Wilkins, 1/1/2008

- Robin Maunder. 'Understanding Laboratory Tests: A Quick Reference - E-Book.' Elsevier Health

Sciences, 6/28/2016

- Hartwell Press. 'Pain Journal.' Daily Tracker for Pain Management, Log Chronic Pain Symptoms,

Record Doctor and Medical Treatment, James Larson, 9/11/2020

- George William Winterburn. 'A Repertory of the Most Characteristic Symptoms of the Materia

Medica.' A.L. Chatterton, 1/1/1886

- Michael Worboys. 'Spreading Germs.' Disease Theories and Medical Practice in Britain, 1865-1900,

Cambridge University Press, 10/16/2000

- Susie Lan Cassel. 'Techniques for College Writing: The Thesis Statement and Beyond.' Kathleen

Moore, Cengage Learning, 1/1/2010

- American Medical Association. 'Journal of the American Medical Association.' American Medical

Association., 1/1/1910

- Edwin B. Wilson. 'Measles and Scarlet Fever in Providence, R.I..' 1929-1934 : with Respect to Age

and Size of Family, American Philosophical Society, 1/1/1939

People also ask

What are 2 symptoms of scarlet fever?

What are the first symptoms of scarlet fever?

What is scarlet fever and how do you treat it?

How is scarlet fever transmitted?

What is another name for scarlet fever?

What happens during scarlet fever?

What's the difference between rheumatic fever and scarlet fever?

What is a differential diagnosis of scarlet fever?

What happens after scarlet fever?

What antibiotic kills scarlet fever?

Which antibiotic is best for fever in child?

What causes strep?

What are the red flags of scarlet fever?

Is scarlet fever contagious?

Is scarlet fever itchy?