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How to Treat Your Child’s Infectious Disease

Last updated on April 11th, 2018 at 11:41 am

Chickenpox

Incubation period: One to three weeks
Infectious period: The most infectious time is one to two days before the rash appears, but it continues to be infectious until all the blisters have crusted over.

Symptoms

Chickenpox is a mild infectious disease that most children catch at some time. It starts with feeling unwell, a rash and, usually, a fever.

Spots develop, which are red and become fluid-filled blisters within a day or two. They eventually dry into scabs, which drop off. The spots first appear on the chest, back, head or neck, then spread. They don’t leave scars unless they’re badly infected or picked.

What to do

You don’t need to go to your GP(*physician) or accident and emergency (A&E) department(*emergency room) unless you’re unsure whether it’s chickenpox, or your child is very unwell or distressed.

  • Give your child plenty to drink.
  • Use the recommended dose of paracetamol to relieve any fever or discomfort. Ibuprofen isn’t recommended for children who have chickenpox as, in rare cases, it can cause skin complications.
  • Taking baths, wearing loose, comfortable clothes and using calamine lotion can all ease the itchiness.
  • Try to discourage or distract your child from scratching, as this will increase the risk of scarring. Keeping their nails short will help.
  • Let your child’s school or nursery know they are ill, in case other children are at risk.
  • Keep your child away from anyone who is pregnant or trying to get pregnant. If your child had contact with a pregnant woman just before they became unwell, let the woman know about the chickenpox and suggest that she sees her GP or midwife. For women who have never had chickenpox, catching the illness in pregnancy can cause miscarriage, or the baby may be born with chickenpox.

For more information, see our page on chickenpox.

See our visual guide to rashes in babies and children.

Measles

Incubation period: 7 to 12 days
Infectious period: From around 4 days before the rash appears until 4 days after it’s gone.

Symptoms

  • Measles begins like a bad cold and cough with sore, watery eyes.
  • Your child will become gradually more unwell, with a fever.
  • A rash appears after the third or fourth day. The spots are red and slightly raised. They may be blotchy, but not itchy. The rash begins behind the ears and spreads to the face and neck, then the rest of the body.
  • The illness usually lasts about a week.

Measles is much more serious than chickenpox, german measles, or mumps. It’s best prevented by the MMR vaccination. Serious complications include pneumonia and death.

What to do

  • Make sure your child gets plenty of rest and plenty to drink. Warm drinks will ease the cough.
  • Give them paracetamol or ibuprofen to relieve the fever and discomfort.
  • Put Vaseline around their lips to protect their skin.
  • If their eyelids are crusty, gently wash them with warm water.
  • If your child is having trouble breathing, has a seizure, is coughing a lot or seems drowsy, seek urgent medical advice.

For more information, read see our page on measles.

Mumps

Incubation period: 14 to 25 days
Infectious period: From a few days before starting to feel unwell until a few days afterwards.

Symptoms

  • A general feeling of being unwell.
  • A high temperature.
  • Pain and swelling on the side of the face (in front of the ear) and under the chin. Swelling usually begins on one side, followed by the other side, though not always.
  • Discomfort when chewing.

Your child’s face will be back to normal size in about a week. It’s rare for mumps to affect boys’ testes (balls) – this happens more often in adult men with mumps. If you think your child’s testes are swollen or painful, see your GP.

What to do

  • Give your child paracetamol or ibuprofen to ease pain in the swollen glands. Check the pack for the correct dosage.
  • Give your child plenty to drink, but not fruit juices, as they make the saliva flow, which can worsen your child’s pain.
  • There’s no need to see your GP, unless your child has other symptoms, such as a severe headache, vomiting, rash or, in boys, swollen testes.
  • Mumps can be prevented by the MMR vaccine.

See our page on mumps for more information.

Slapped cheek disease (also known as fifth disease or parvovirus B19)

Incubation period: 1 to 20 days
Infectious period: A few days before the rash appears. Children are no longer contagious when the rash appears.

Symptoms

  • It begins with a fever and nasal discharge.
  • A bright red rash, like the mark left by a slap, appears on the cheeks.
  • Over the next two to four days, a lacy rash spreads to the trunk and limbs.
  • Children with blood disorders such as spherocytosis or sickle cell disease may become more anaemic. They should seek medical care.

What to do

  • Make sure your child rests and drinks plenty of fluids.
  • Give them paracetamol or ibuprofen to relieve any discomfort and fever.
  • Pregnant women or women planning to become pregnant should see their GP or midwife as soon as possible if they come into contact with the infection or develop a rash.

Go to our page on slapped cheek syndrome for more information.

German measles (rubella)

Incubation period: 15 to 20 days
Infectious period: From one week before symptoms develop until up to four days after the rash appeared.

Symptoms

  • It starts like a mild cold.
  • A rash appears in a day or two, first on the face, then on the body. The spots are flat and are pale pink on light skin.
  • Glands in the back of the neck may be swollen.
  • Your child won’t usually feel unwell.

It can be difficult to diagnose rubella with certainty.

What to do

  • Give your child plenty to drink.
  • Give them paracetamol or ibuprofen to relieve any discomfort or fever.
  • Keep them away from anybody who’s in the early stages of pregnancy (up to four months) or trying to get pregnant. If your child has had contact with any pregnant women before you knew about the illness, you must let the women know, as they’ll need to see their GP.
  • Rubella can be prevented by the MMR vaccine.

For more information, go visit our page on rubella.

Whooping cough

Incubation period: 6 to 21 days
Infectious period: From the first signs of the illness until about three weeks after coughing starts. If an antibiotic is given, the infectious period will continue for up to five days after starting treatment.

Antibiotics need to be given early in the course of the illness to improve symptoms.

Symptoms

  • The symptoms are similar to a cold and cough, with the cough gradually getting worse.
  • After about two weeks, coughing fits start. These are exhausting and make it difficult to breathe.
  • Younger children (babies under six months) are much more seriously affected and can have breath-holding or blue attacks, even before they develop a cough.
  • Your child may choke and vomit.
  • Sometimes, but not always, there will be a whooping noise as the child draws in breath after coughing.
  • The coughing fits may continue for several weeks, and can go on for up to three months.

What to do

  • Whooping cough is best prevented through immunisation.
  • If your child has a cough that gets worse rather than better, and starts to have longer fits of coughing more often, see your GP.
  • It’s important for the sake of other children to know whether or not your child has whooping cough. Talk to your GP about how to look after your child. Avoid contact with babies, who are most at risk from serious complications.
  • Whooping cough can be prevented by childhood vaccinations.

For more information, go to our page on whooping cough.

Editor’s Note: *clarification provided for our US readers.

NHS Choices logo


From www.nhs.uk





What is Strep and How Can it Affect Your Family?

Last updated on April 11th, 2018 at 11:46 am

 

There are many different types of Streptococci bacteria, and infections vary in severity from mild throat infections to life-threatening infections of the blood or organs. Most streptococcal infections can be treated with antibiotics.

Streptococci are divided into two key groups:

  • alpha-haemolytic – made up of two groups, including Streptococcus pneumoniae
  • beta-haemolytic – made up of several groups, including Group A and Group B streptococci

This topic focuses on Group A and Group B beta-haemolytic streptococci. Read about pneumococcal infections for information on infections caused by Streptococcus pneumoniae.

Group A strep

Group A strep (strep A) are often found on the surface of the skin and inside the throat. They are a common cause of infection in adults and children.

They can be spread in droplets in the coughs or sneezes of someone with an infection, or through direct contact with an infected person or contaminated object.

Minor strep A infections

Most infections caused by strep A are unpleasant, but don’t pose a serious threat to your health. These include:

  • throat infections (pharyngitis or “strep throat”) and tonsillitis – which can cause a sore throat, swollen glands and discomfort when swallowing
  • impetigo – a skin infection that can cause sores, blisters and crusts to develop on the skin
  • cellulitis – an infection of the deeper layers of the skin, which can cause affected areas to quickly become red, painful, swollen and hot
  • a middle ear infection – which often causes earache, a high temperature (fever) and some temporary hearing loss
  • sinusitis – an infection of the small cavities behind the forehead and cheekbones, which causes a blocked or runny nose and a throbbing pain in your face
  • scarlet fever – an infection that causes a widespread, fine pink-red rash that feels like sandpaper to touch

Click on the links above for more information on these conditions.

You should see your GP(*physician) if you have persistent or severe symptoms of a strep A infection, as they may recommend a short course of antibiotics.

Most people with a minor strep A infection will make a full recovery and experience no long-term problems, although there is a very small risk the infection could spread further into the body or lead to complications such as rheumatic fever if left untreated.

Invasive strep A infections

In rare cases, strep A bacteria can penetrate deeper inside the tissues and organs of the body, and become what’s known as an invasive infection.

These infections are much rarer and usually affect certain groups of people, including babies, elderly people, people with diabetes, and people with weak immune systems (for example, because of cancer treatment or HIV).

Examples of invasive infections include:

  • pneumonia – an infection of the lungs that causes persistent coughing, breathing difficulties and chest pain
  • sepsis – an infection of the blood that causes a fever, rapid heartbeat and rapid breathing
  • meningitis – an infection of the protective outer layer of the brain that causes a severe headache, vomiting, stiff neck, sensitivity to light and a distinctive blotchy red rash
  • toxic shock syndrome – where bacteria release toxins into the blood, which can cause a sudden high fever, nausea and vomiting, diarrhoea, fainting, dizziness and confusion
  • necrotising fasciitis – an infection of the deeper layers of the skin, fat and covering of the muscle (fascia), which can cause severe pain, swelling and redness of the affected area that can spread very quickly

Click on the links above for more information on these conditions.

You should seek immediate medical advice if you think you may have an invasive strep A infection, as you will need to be treated with antibiotics as soon as possible.

Although pneumonia is sometimes relatively mild, the overall outlook for more serious invasive strep A infections is poor. It’s estimated up to one in every four people who develop an invasive strep A infection will die from it.

Group B strep

Group B strep (strep B) usually live harmlessly inside the digestive system and in the vagina.

Strep B can sometimes cause urinary tract infections (UTIs), skin infections, bone infections, blood infections and pneumonia, particularly in vulnerable people, such as the elderly and those with diabetes.

Strep B in pregnancy

It’s estimated around one in every four pregnant women have strep B bacteria in their vagina or digestive system.

The bacteria can sometimes be passed on to the baby through the amniotic fluid (a clear liquid that surrounds and protects the unborn baby in the womb) or as the baby passes through the birth canal during labour.

Most babies exposed to strep B will be unaffected, but in around 1 in every 2,000 cases they can become infected.

A strep B infection during pregnancy can also cause miscarriage or stillbirth, but this is rare.

Strep B in newborn babies

As newborn babies have a poorly developed immune system, strep B bacteria can quickly spread through their body, causing serious infections such as meningitis and pneumonia.

The symptoms of a strep B infection in a newborn baby usually develop within the first few hours or days of giving birth, and include:

  • being floppy and unresponsive
  • poor feeding
  • grunting when breathing
  • irritability
  • an unusually high or low temperature
  • unusually fast or slow breathing
  • an unusually fast or slow heart rate

In some cases, a baby can pick up a strep B infection a few weeks or months after birth. It’s not known exactly why this happens, but it’s not related to infection during birth. Symptoms of a late-onset group B strep infection can include a fever, poor feeding, vomiting and reduced consciousness.

You should seek immediate medical advice if you think your baby may have a group B strep infection.

Preventing and treating strep B infections in babies

It’s possible to reduce the chances of a baby becoming infected with strep B by identifying cases where there is a risk of the bacteria being passed from a mother to their child and giving the mother antibiotics directly into a vein (intravenously) during labour.

Known risk factors that may mean you need intravenous antibiotics during labour include:

  • you have previously given birth to a baby with a strep B infection
  • strep B is found in your urine during tests carried out for other purposes
  • strep B is found during vaginal and rectal swabs carried out for other purposes
  • you have a fever during labour
  • you go into labour prematurely (before 37 weeks of pregnancy)

If your baby develops symptoms of a strep B infection after they’re born, they will have tests to confirm the diagnosis and will be given intravenous antibiotics as soon as possible.

Most babies who become infected can be treated successfully and will make a full recovery, although there is chance they could die as a result of complications such as meningitis. Some babies who survive are left with permanent problems, such as hearing loss, vision loss, and problems with memory and concentration.

Further information:

Editor’s Note: *clarification provided for our US readers.

NHS Choices logo


From www.nhs.uk





Why is my Child’s Flu so Hard to Treat?

Last updated on March 4th, 2018 at 02:16 pm

Unique Influenza:

I. First – You need to know a little about what makes this such a tough bug to prevent….

a) To do that you need to understand the nature of this virus – in particular that it is continuously changing / evolving.

Before we discuss the Flu virus and its effects on human beings it is important to know some basic background information. The Influenza viral particle at the microscopic level is unique in that its many protein particles are attached in random order to receptor cells on the surface of the viral particle itself and each one is capable of changing the characteristics of the particle in such a way that it will have altered effects on the host (humans). A virus causes its effects on the host by attaching to the host’s respiratory cells and in some way alters the function or structure of the cell so that the invading virus can replicate using the host cells’ capabilities. Replication of a species is a common goal for all living creatures no matter how large or small.

Before we see the Influenza virus as we know it in humans it has spent several replication cycles in various animal species over time such as birds, pigs, and humans. With each pass through of a species, the virus has a chance to change or mutate into a different breed with possible different characteristics and therefore effects on the human host.

b) And you need to understand a little about how vaccines are developed – and that we need to have them ready “before” our flu season starts, but that can be problematic with a continuously changing bug..

Viral immunizations are created by using the viral particle to develop antibodies to aid our own very sophisticated immune system to function in a more effective manner and rid ourselves of the offending invader. As you can imagine, this process of developing that immunization can be a long and arduous one and effected by forces not easily seen or appreciated by us, the consumer. Economic and yes political forces are at play in developing a new immunization to be used each year. First the virus of the year needs to be isolated prior to the infection season, which is the cold weather season of the year. Often times we find that particular viral particle in countries that are in the southern hemisphere and therefore have reversed seasons; a lot of our information on the type of virus comes from the Australian experience with the illness. It then must be isolated and a viable strain must be grown near a laboratory so that it can be used in the process of developing the vaccine before the pharmaceutical companies can gear up for production.

While all this is happening and just to confuse things more, the Flu virus may continue to change and eventually present us with a different illness than the newly developed immunization will cover! And a further confusing issue is that no matter how well any vaccine is manufactured it is never 100% effective in deterring the illness; the most effective vaccines made are only about 90% effective while the Influenza vaccine is at most 60% effective (some reports of much lower than that can be found). Those who may have been immunized and still manage to get the illness should experience a much lighter case.

II. And Then Why It’s So Difficult to Treat and Cure

a) Because you can’t be sure of prevention, what you can do is lessen the effects and avoid passing it on.

OK now that we know what we are dealing with we can further discuss the illness and its prevention and treatment. The best thing one can still do is get fully immunized every year even acknowledging that it is not a perfect vaccine; all other factors are beyond our control. There are some fairly effective medicines that can treat the Flu symptoms if used early in the disease or if one is in close contact with someone who has an active case. These are also not completely effective although they can slow the length of illness. Fortunately the side effects are mainly minimal and short –lived. As with all medications there are rare significant side effects that should be reported to your Doctor such as severe headaches and vomiting (headache and vomiting can also be prominent symptoms of Flu virus infection- confusing again! ) and certain psychological symptoms such as vivid dreams and even hallucinations.

Most of the deaths that occur with Flu virus infection are found in very young children or infants, those children or infants with asthma, children with certain chronic diseases of the lungs, kidneys or heart, those individuals with immune dysfunction, and elderly people. Still, suffering through the Flu illness is no piece of cake for previously healthy individuals and can cost a week or more out of school or work.

Aside from thorough immunization every year and avoidance of those with the illness the next most effective way to reduce spread and subsequent infection is to wash hands frequently during the the Flu season with soap and water or the many anti-bacterial and antiviral solutions found in abundance in hospitals and other health care facilities and easily purchased by anyone.

b) The earlier you find it, the better the chances for EVERYONE in your family – so pay attention during flu season; even if it’s not a “traditional flu symptom” – when in doubt, ask your doctor.

Early identification of Flu –like symptoms (sudden onset of fever, chills, headache, eye pain, etc.) should be brought the attention of your Doctor as early treatment (mentioned previously) can lead to less severe symptoms and a shorter duration of illness. Remember preventing Influenza infection in one family member can help prevent the infection in all family members!

It has been mentioned that hives can be a sign of Flu even without other symptoms being present, and, as with many other viral infections, this may be possible, it is the symptoms of Flu that are debilitating and therefore worth avoiding employing all the methods mentioned above. The only significance is that if, and that is rare, hives do represent the only symptoms of Flu infection, a more preventive plan can be instituted in the family. That is why hand washing, avoidance of contact and proper immunizations should be practiced by everyone during the appropriate season of the year.

Pneumococcal Infections: What You Need to Know

Last updated on March 4th, 2018 at 02:20 pm

Pneumococcal infections are caused by the Streptococcus pneumoniae bacteria, and range from mild to severe.

There are more than 90 different strains of Streptococcus pneumoniae (S. pneumoniae) bacteria (known as serotypes), some of which cause more serious infection than others.

The symptoms of a pneumococcal infection can vary, depending on the type of infection you have. Common symptoms include:

  • a high temperature (fever) of 38C (100.4F)
  • aches and pains
  • headache

Types of pneumococcal infection

Pneumococcal infections usually fall into one of two categories:

  • non-invasive pneumococcal infections – these occur outside the major organs or the blood and tend to be less serious
  • invasive pneumococcal infections – these occur inside a major organ or the blood and tend to be more serious

Non-invasive pneumococcal infections

Non-invasive pneumococcal infections include:

  • bronchitis – infection of the bronchi (the tubes that run from the windpipe down into the lungs)
  • otitis media – ear infection
  • sinusitis – infection of the sinuses

Invasive pneumococcal infections

Invasive pneumococcal infections include:

  • bacteraemia – a relatively mild infection of the blood
  • septicaemia (blood poisoning) – a more serious blood infection
  • osteomyelitis – infection of the bone
  • septic arthritis – infection of a joint
  • pneumonia – infection of the lungs
  • meningitis – infection of the meninges (the protective membranes surrounding the brain and spinal cord)

Who is at risk?

People with a weakened immune system are most at risk of catching a pneumococcal infection. This may be because:

  • they have a serious health condition, such as HIV or diabetes, that weakens their immune system
  • they are having treatment or taking medication that weakens their immune system, such as chemotherapy

Other at-risk groups include:

  • babies and young children under two years of age
  • adults over 65 years of age
  • people who smoke or misuse alcohol

Read more about the causes of pneumococcal infections.

Cases of invasive pneumococcal infection usually peak in the winter, during December and January.

Treating pneumococcal infections

Non-invasive pneumococcal infections are usually mild and go away without the need for treatment. Rest, fluids and over-the-counter painkillers such as paracetamol are usually advised.

More invasive types of pneumococcal infections can be treated with antibiotics, either at home or in hospital.

Read more about how pneumococcal infections are treated.

Pneumococcal vaccines

There are two different types of pneumococcal vaccine used. These are:

  • pneumococcal conjugate vaccine (PCV) – which is given to all children as part of the childhood vaccination programme; it’s given in three separate doses at eight and 16 weeks and at one year of age
  • pneumococcal polysaccharide vaccine (PPV) – which is given to people aged 65 years or over, and others who are at high risk

The PCV protects against 13 types of S. pneumoniae bacteria, and the PPV protects against 23 types. It is thought that the PPV is around 50-70% effective at preventing more serious types of invasive pneumococcal infection.

Read about pneumococcal vaccination and when pneumococcal vaccination is used.

Outlook

The outlook for pneumonia in people who are otherwise healthy is good, but the infection can lead to serious complications in people who are very young, very old or have another serious health condition.

However, due to the introduction of the PCV in 2002, the number of people dying from complications that arise from pneumonia has fallen to around 7%.

The outlook for other types of invasive pneumococcal infections such as bacteraemia is generally good, although there is about a 1 in 20 chance that bacteraemia will trigger meningitis as a secondary infection.

Multidrug-resistant Streptococcus pneumoniae (MDRSP)

During the 1990s, the increasing levels of S. pneumoniae that had developed a resistance to three or more types of antibiotics was a major concern. These types of bacteria are known as multidrug-resistant Streptococcus pneumoniae (MDRSP).

MDRSP is a real concern because it is challenging to treat and carries a higher risk of causing complications.

Since the introduction of pneumococcal vaccines, fewer cases of infection have led to antibiotics being used less and the chance of bacteria developing resistance to antibiotics becoming smaller.

The ability for bacteria to become resistant to antibiotics is the reason why GPs (*physicians) are becoming increasingly reluctant to prescribe antibiotics for mild infections.

Editor’s Note: *clarification provided for our US readers.

NHS Choices logo


From www.nhs.uk





My Teenager Has Mono (Glandular Fever) – Should I Worry?

Last updated on January 1st, 2018 at 02:46 pm

Glandular fever is a type of viral infection that mostly affects young adults.

It is also known as infectious mononucleosis, or “mono”.

Sick teen girl with cup of teaCommon symptoms include:

While the symptoms of glandular fever can be very unpleasant, most of them should pass within two to three weeks. Fatigue, however, can occasionally last several months.

Read more about the symptoms of glandular fever.

When to seek medical advice

You should contact your GP (*Doctor or Pediatrician) if you suspect that you or your child has glandular fever.

While there is little your GP can do in terms of treatment, they can provide advice and support to help you control your symptoms and reduce the risk of passing the infection on to others.

You should go to your local accident and emergency (A&E) department (*Emergency Room – ER) or dial 999 (*911) for an ambulance if you have glandular fever and you:

  • develop a rasping breath (stridor) or have any breathing difficulties
  • find swallowing fluids difficult
  • develop intense abdominal pain

These symptoms can be a sign of a complication of glandular fever that may need to be treated in hospital.

What causes glandular fever?

Glandular fever is caused by the Epstein-Barr virus (EBV). This virus is found in the saliva of infected people and can be spread through:

  • kissing – glandular fever is often referred to as the “kissing disease”
  • exposure to coughs and sneezes
  • sharing eating and drinking utensils, such as cups, glasses and unwashed cutlery

EBV may be found in the saliva of someone who has had glandular fever for several months after their symptoms pass, and some people may continue to have the virus in their saliva on and off for years.

If you have EBV, it’s a good idea to take steps to avoid infecting others while you are ill, such as not kissing other people, but there’s no need no need to avoid all contact with others as the chances of passing on the infection are generally low.

Read more about the causes of glandular fever.

Who is affected?

Glandular fever can affect people of all ages, but most cases affect teenagers and young adults.

Most EBV infections are thought to occur during childhood and cause only mild symptoms, or no symptoms at all.

However, if a person develops an EBV infection during early adulthood, they can develop glandular fever.

Once you have had glandular fever, it is unlikely you will develop it again. This is because people develop lifelong immunity after the initial infection.

How glandular fever is diagnosed

To diagnose glandular fever, your GP will first ask about your symptoms before carrying out a physical examination. They will look for characteristic signs of glandular fever, such as swollen glands, tonsils, liver and spleen.

Your GP may also recommend a blood test to help confirm the diagnosis and rule out infections that can cause similar symptoms, such as cytomegalovirus (CMV), rubella, mumps and toxoplasmosis.

How glandular fever is treated

There is no cure for glandular fever, but there are a number of simple treatments and measures that can help reduce the symptoms while you wait for your body to control the infection.

These include:

  • drinking plenty of fluids
  • taking over-the-counter painkillers, such as paracetamol (*acetaminophen) or ibuprofen
  • getting plenty of rest and gradually increasing your activity as your energy levels improve

Occasionally, antibiotics or corticosteroids may be used if you develop complications of glandular fever.

Some people with particularly severe symptoms may need to be looked after in hospital for a few days.

Read more about treating glandular fever.

Possible complications

Complications associated with glandular fever are uncommon, but when they do occur they can be serious. They can include:

  • further infections of other areas of the body, including the brain, liver and lungs
  • severe anaemia (a lack of oxygen-carrying red blood cells)
  • breathing difficulties as a result of the tonsils becoming significantly swollen
  • a ruptured (burst) spleen, which may need to be treated with surgery

Read more about the complications of glandular fever.

Editor’s Note: *clarification provided for our US readers.

NHS Choices logo


From www.nhs.uk





Video: Is Your Child’s Rash Fifth Disease and Should You Worry?

Last updated on May 1st, 2017 at 07:58 pm

In this video Dr. Rob Hicks, a general practitioner (GP) or family physician, briefly describes Fifth Disease or “Slapped Cheek Syndrome,” and how you can tell this rash apart from other more concerning illnesses.

https://youtu.be/vMHHYld7MK8

Editor’s Note: Video Highlights

  • child-fifth diseaseFifth Disease – or “slapped cheek syndrome” is a viral infection, caused by the virus, parvovirus B19
  • It is spread in the air when we cough or laugh, when we sneeze, or in saliva and air droplets when we’re in close contact
  • It is most commonly children who get it – usually between the age of four and 12 – and can spread very rapidly throughout a classroom or school
  • The symptoms to look out for are generally those of a common cold,so sneezing, runny nose, sore throat, headache, fever.
  • But the characteristic of this infection is the rash – the blotchy red rash on one or both cheeks that gives the slapped cheek appearance
  • The rash can remain on the face, but could spread to the rest of the body,including the palms of the hands and the soles of the feet
  • Generally, it’s not painful but it might be irritating for some
  • Unlike the worrying rash of meningitis, if you press this rash it will fade
  • Symptoms are often mild and parents should follow the usual management of any viral infection,
    • Plenty of rest and plenty of fluids
    • For sore throats or a high temperature children’s paracetamol (acetaminophen) or ibuprofen is perfectly reasonable
  • If you’re not sure have a word with a pharmacist or with your doctor
  • The people who need to be concerned are pregnant women – if you get the infection in early pregnancy and you’ve not had it before it can increase the risk of miscarriage





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