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Fast Fact
Most bacteria and viruses that cause infections in humans thrive best at 98.6 degrees F (37C). Raising the temperature a few degrees can give the body the winning edge. In addition, a fever activates the body's immune system, accelerating the production of white blood cells, antibodies, and many other infection-fighting agents.
Brain damage from a fever will not occur unless the fever is over 107.6 degrees F (42C) for an extended period of time.
Untreated fevers caused by infection will seldom go over 105 degrees unless the child is overdressed or trapped in a hot place. In a neurologically normal child, the brain's thermostat will stop the fever from climbing above 106 degrees F.
· About 4% of children will sometimes have seizures with fever. These febrile seizures are caused by rapid increase in temperature, not by the height of the temperature. Once a child already has a high fever and a febrile seizure, a febrile seizure is unlikely to reoccur with the current illness. In any event, typical febrile seizures are over in moments with no lasting consequences.
While 98.6 degrees F is considered the normal core body temperature, this value varies between individuals and throughout the day. The daily variation is minimal in children less than six months of age, about 1 degree in children 6 months to 2 years old, and gradually increases to 2 degrees per day by age six. A person's baseline temperature is usually highest in the evening. Body temperature, especially in children, is normally raised by physical activity, strong emotion, eating, heavy clothing, elevated room temperature, and elevated humidity. Rectal temperatures below 100.4 degrees F (38C) may be entirely normal (no fever). A rectal temperature of 100.4 or above should be considered a fever. Lower values might be a fever, depending on the child.
A fever does not necessarily need to be treated. If a child is playful and comfortable, drinking plenty of fluids, and able to sleep, fever treatment is not likely to be helpful.
Steps should be taken to lower a fever if the child is uncomfortable, vomiting, dehydrated, or having difficulty sleeping. The goal is to bring the temperature between about 100 and 102 degrees F -- not to eliminate the fever.
When trying to reduce a fever, first remove excess clothing or blankets. The environment should be comfortably cool (one layer of light weight clothing, and one lightweight blanket to sleep).
Two medicines are useful for reducing fever in children: acetaminophen (Tylenol) and ibuprofen (Children's Advil or Motrin). Acetaminophen is given every 4-6 hours, and works by turning down the brain's thermostat. Don't use under three months of age without first having the child examined by a physician. Ibuprofen is given every 6-8 hours, and helps fight the inflammation at the source of the fever. It is not approved for children under 6 months. Both medicines may be given for stubborn fevers, but be very careful about using the correct dose of each.
A lukewarm bath or sponge bath may help cool a febrile child (after medication is given -- otherwise the temperature bounces right back up). Cold baths or alcohol rubs cool the skin, but often make the situation worse by causing shivering, which raises the core body temperature.
Fever is a signal that something is going on in your child. Usually this is a minor illness, but it can be a serious infection, such as meningitis. Any child less than 90 days old with a fever should be examined by a physician right away, to rule out a serious infection (unless there was a DPT shot in the previous 24 hours). Children of any age who have a fever 104 degrees or more should also be seen, unless the fever comes down readily with treatment and the child is comfortable. Any child who has a fever and is very irritable, ill appearing, confused, has difficulty breathing, has a stiff neck, won't move an arm or leg, or who has a seizure should also be seen right away.
Even without the above symptoms, children under 6 months of age with a fever should be examined by a physician within 24 hours (again unless they just had a DPT), since they may have some infection that needs to be treated. Older children with a fever (6 to 24 months old) who are acting well and have no other symptoms should be seen if the fever lasts >48 hours (or >72 hours if they do have minor cold or flu symptoms).
What is baby bottle tooth decay and how can I avoid it in my one year old son? This is a great service! Thank you!
San Anselmo, California
Your question comes at a great time. Most of the problems associated with falling asleep with a bottle begin to emerge after a child is one year old.
Cavities result from the interaction between normal mouth bacteria and carbohydrates in the diet. The sugars are converted to acids as they are fermented by the bacteria. The acid then etches the enamel of the teeth if there is prolonged contact. Saliva helps to prevent cavities by digesting the sugars and by washing the teeth.
When one falls asleep, saliva production decreases rapidly. Swallowing also decreases, and liquids present in the mouth at the time of falling asleep tend to pool for long periods.
Baby-bottle tooth decay is the specific form of severe decay found in the teeth of infants and toddlers who fall asleep with a bottle of milk, juice, or any sweetened liquid in the mouth. It is the only severe dental disease common in children under three years of age.
Unlike adult cavities, which are largely invisible, baby-bottle tooth decay causes cavities on the visible portion of the front teeth. The top four central teeth are the ones affected. Their counterparts in the lower gum, protected by the tongue during sucking and washed by saliva, usually remain sound.
The process of tooth decay is quite gradual. Over time the teeth are weakened. Usually, the enamel is finally breached sometime between 12 and 18 months of age. The cavities first appear at the gum line as subtle, white, decalcified streaks. The process then begins to accelerate. In advanced cases, the crowns of the four upper incisors are completely destroyed, leaving decayed brownish-black stumps which distort the spacing of the permanent teeth. I have seen this many, many times.
Cavities may not seem like a big deal, and your son could be happy even with them. But these are the only teeth he will have during the years when much of his personality and self-image are formed. Even though it may seem loving to give him a bottle to go to sleep, it may be more loving to help him fall asleep in other ways.
The most effective way to decrease the risk of baby bottle tooth decay is to avoid giving a child a bottle to fall asleep. If removing the nighttime feed is not possible, keeping a child awake for even fifteen minutes after feeding can significantly help his teeth.
The American Academy of Pediatric Dentistry also recommends starting a dental hygiene routine as soon as a child grows their first tooth. A soft toothbrush or washcloth can be used to clean an infant’s teeth at least twice a day. The AAPD also advises that children see the dentist for the first time at one year of age.
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