Category: Family Health

  • Getting Tested for STDs (for Teens)

    Getting Tested for STDs (for Teens)

    If you and your partner are planning to have sex, or if you’ve already had it, it’s important to get tested for sexually transmitted diseases (STDs). These infections spread from person to person during vaginal, oral, or anal sex; using fingers (“fingering”); or by other sexual contact.

    What kinds of STD tests you get depends on what symptoms you have (if any), and your medical and sexual history. In general, you’ll first talk with the doctor before the testing is done.

    What Will I Talk About With the Doctor?

    Doctors will ask about your general health and sexual experience; for example, if you’ve had any STDs before and how many partners you’ve had. They’ll also ask about any symptoms (like sores, discharge, or pain). But STDs don’t always cause any symptoms so people can have one and not know it.

    What Kind of STD Exam Will I Need?

    The doctor will examine your genitals (the sexual or reproductive organs on the outside of the body). For females who have symptoms of STDs, this might include a pelvic exam. Those who don’t have symptoms and are just getting screened for STDs as part of a routine checkup probably won’t need a pelvic exam.

    Based on what doctors learn from the talk and exam, they may take one or more of these samples:

    • a blood sample (from either a blood draw or a finger prick)
    • a urine (pee) sample
    • a swab of the inside of the mouth
    • a swab from the cervix in females
    • a swab of any discharge or sores

    When Will I Get the STD Test Results?

    Sometimes the sample can be tested in the doctor’s office. Other times, the sample is sent to a lab and the results come back later. It depends on the office and the type of STD the doctor tested for.

    What Else Should I Know?

    If you’re not comfortable going to your doctor for STD testing, visit a health clinic instead. And if you need some support, ask a parent, another trusted adult, or a friend to go with you. You also can find support and more information online at Planned Parenthood.

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  • Generalized Pustular Psoriasis Condition, Treatments and Pictures for Adults

    Generalized Pustular Psoriasis Condition, Treatments and Pictures for Adults

    Who’s At Risk?

    GPP can affect people of any age, but it is most common in middle-aged adults, and it is more common in women.

    Signs & Symptoms

    GPP commonly appears as many similarly sized pustules covering large areas of skin, such as the trunk and arms and legs. Individual pustules may begin to merge into larger collections, sometimes referred to as “lakes of pus.” Pustules are often within red patches (flat areas of skin larger than a thumbnail) and may be more prominent around the edges of redness. The redness may be difficult to see in darker skin colors, where the patches may appear more purple, gray, or darker brown. The lining of the mouth can also be affected in GPP.

    GPP differs from other types of localized pustular psoriasis, such as palmoplantar pustulosis. Nevertheless, people with GPP may have a personal history of plaque psoriasis. In this case, there may be pustules along with plaques (raised areas of skin larger than a thumbnail) covered by silvery scales, especially on the scalp, trunk, buttocks, genitals, elbows, or knees.

    The lesions of GPP can become infected, and this condition may affect other organs in the body, such as the liver, joints, lungs, and kidneys.

    Self-Care Guidelines

    GPP is a severe type of psoriasis that can lead to serious complications if inadequately managed or treated. For this reason, there are no self-care measures that are adequate for treating GPP.

    The National Psoriasis Foundation is an excellent resource for individuals with psoriasis, including GPP. Additional disease information can be found on their website at https://www.psoriasis.org/.

    Treatments

    The widespread redness and pus-filled bumps of GPP may mimic or resemble other pustular conditions or infections. Your medical provider may do a biopsy and skin culture along with some blood tests to rule out these similar conditions.

    If you have severe GPP, your medical professional may recommend hospitalization to ensure appropriate care, including hydration, nutrition, temperature regulation, and treatment of any infection.

    Initial management and general care from your medical professional may include:

    • Topical steroids applied to the skin with damp dressings.
    • Fluid replacement.
    • Screening for infection.
    • Other laboratory blood tests.
    • Medications for pain management.

    For ongoing care, your medical professional may prescribe the following:

    • There is only one FDA-approved medication for GPP: spesolimab (Spevigo), which is an intravenous (IV) medication given for flares of GPP.

    Other treatment considerations may include:

    • Biologic medications such as infliximab (eg, Remicade), ustekinumab (Stelara), secukinumab (Cosentyx), ixekizumab (Taltz), brodalumab (Siliq), guselkumab (Tremfya), or risankizumab (Skyrizi).
    • Retinoid medications such as acitretin (eg, Soriatane).
    • Immunosuppressant medications such as methotrexate (eg, Trexall) or cyclosporine (eg, Neoral).
    • Ultraviolet therapy, also known as phototherapy.

    If you are pregnant or breastfeeding, you should discuss appropriate treatments for your GPP with a medical professional.

    Visit Urgency

    Concerning skin changes include widespread inflamed areas of skin and/or pus-filled lesions over patches of red skin or skin color changes. It is important to visit a dermatologist or seek urgent medical attention if you suspect you may have GPP.

    References

    Bolognia J, Schaffer JV, Cerroni L. Dermatology. 4th ed. Philadelphia, PA: Elsevier; 2018.

    James WD, Elston D, Treat JR, Rosenbach MA. Andrew’s Diseases of the Skin. 13th ed. Philadelphia, PA: Elsevier; 2019.

    Kang S, Amagai M, Bruckner AL, et al. Fitzpatrick’s Dermatology. 9th ed. New York, NY: McGraw-Hill Education; 2019.

    Last modified on June 13th, 2024 at 11:22 am

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  • ClinicalTrials.gov: Abscess

    ClinicalTrials.gov: Abscess

    Source: National Institutes of Health – From the National Institutes of Health
    Related MedlinePlus Pages: Abscess

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  • Cancer Cachexia

    Cancer Cachexia

    Source: National Cancer Institute – From the National Institutes of Health
    Related MedlinePlus Pages: Cancer–Living with Cancer

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  • Blood Diseases – NIDDK

    Blood Diseases – NIDDK

    Your blood is living tissue made up of liquid and solids. The liquid part, called plasma, is made of water, salts and protein. Over half of your blood is plasma. The solid part of your blood contains red blood cells, white blood cells, and platelets.

    Blood diseases and disorders affect one or more parts of the blood and prevent your blood from doing its job. Many blood diseases and disorders are caused by genes. Other causes include other diseases, side effects of medicines, and a lack of certain nutrients in your diet. Common blood disorders include anemia and bleeding disorders such as hemophilia.

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  • Missing or Incompletely Formed Limbs – Missing or Incompletely Formed Limbs

    Missing or Incompletely Formed Limbs – Missing or Incompletely Formed Limbs

    Limbs can be missing, deformed, or incompletely developed at birth.

    Birth defects, also called congenital anomalies, are physical abnormalities that occur before a baby is born. “Congenital” means “present at birth.” (See also Introduction to Birth Defects of the Face, Bones, Joints, and Muscles.)

    Limbs may form abnormally. For example, bones in the hand and forearm may be missing because of a genetic defect (see Chromosome Abnormalities), or sometimes part or all of a hand or foot may be missing. Normal development of a limb can also become disrupted in the womb. In amniotic band syndrome, limbs develop abnormally when they are constricted by thin strands of tissue from the amniotic sac (the sac that holds the amniotic fluid surrounding the developing fetus in the womb).

    Abnormalities of the limbs can also be caused by a congenital infection or a teratogen

    Abnormalities of the arms and legs may occur in a horizontal fashion (for example, if the arm is shorter than normal) or in a lengthwise fashion (for example, the arm is abnormal on the thumb side—from the elbow to the thumb—but normal on the little finger side).

    A child who has one birth defect of the limbs is more likely to have another abnormality.

    Diagnosis of Missing or Incompletely Formed Limbs

    • Before birth, ultrasonography

    • After birth, x-rays

    • Sometimes genetic testing

    Before birth, doctors are sometimes able to diagnose these defects during an ultrasound.

    After birth, doctors typically take x-rays and may do other imaging tests to determine which bones are affected.

    Because abnormal genes may be involved in birth defects of the limbs, affected babies should be evaluated by a geneticist. A geneticist is a doctor who specializes in genetics (the science of genes and how certain qualities or traits are passed from parents to offspring). Genetic testing of a sample of the baby’s blood may be done to look for chromosome and gene abnormalities. This testing can help doctors determine whether a specific genetic disorder is the cause and rule out other causes.

    Treatment of Missing or Incompletely Formed Limbs

    Children often become very adept at using a malformed or artificial limb.

    An artificial limb (prosthesis) can often be fitted (usually when the child is able to sit independently) to make the malformed limb easier to use or to replace a limb that is missing or mostly missing. Children use a prosthesis most successfully when it is fitted early and becomes an integral part of their body and body image during the developmental years. During infancy, prostheses should be as simple and durable as possible. For example, a baby can be fitted with a hook rather than a bioelectric arm.

    Most children who are born with a birth defect of the limbs lead normal lives.

    If an abnormal gene is identified, families of affected children may benefit from genetic counseling.

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  • 5 Ways to Reduce Arsenic in Your Child’s Diet

    5 Ways to Reduce Arsenic in Your Child’s Diet

    Yes, arsenic. It occurs naturally in our environment in both organic (typically non-toxic) and inorganic forms. It also can get into soil and groundwater from some agricultural and industrial activities. Inorganic arsenic is toxic and carcinogenic (cancer-causing). The biggest
    health risks from exposure to inorganic arsenic occur during pregnancy, infancy and early childhood.

    Here are some tips to help reduce your baby’s arsenic exposure:


    1. Breastfeed if possible. The American Academy of Pediatrics (AAP) recommends
      breastfeeding as the sole source of nutrition for your baby for about 6 months. When you add solid foods to your baby’s diet, continue breastfeeding for as long as you and your baby desire, for 2 years or beyond. t. Check with your child’s doctor about
      vitamin D and
      iron supplements during the first year.


    2. Vary the grains in your baby’s diet. Rice cereal fortified with iron is a good source of nutrients. However, since rice tends to absorb more arsenic from groundwater than other crops, it shouldn’t be the only cereal and does not need to be your baby’s first one. Other options you can introduce as first foods besides rice cereal include oat, barley and multigrain cereals. (See “Heavy Metals in Baby Food.”)


    3. Do not use rice milk as a dairy substitute for cow’s milk. In many cases, dairy-sensitive children can be given other dietary sources of calcium instead of a highly processed dairy substitute. Also, avoid brown rice syrup as a sweetener in processed foods for kids. The arsenic in rice is concentrated in rice syrup, which is sometimes used as a sweetener in
      toddler snacks or puffs.


    4. Limit fruit juices. Concerns have also been raised about arsenic in apple juice and other juice products. For years, the AAP has recommended limited intake of all sweet beverages, including
      juice. Infants can be encouraged to eat whole fruits that are mashed or pureed. Toddlers and young children can be encouraged to eat whole fruits instead of juice.


    5. If your family’s drinking water comes from a private well, test your water in the spring or early summer to make sure arsenic levels do not exceed 10 parts per billion. That is the the federal standard for safe drinking water. (See “Well Water Safety & Testing: AAP Policy Explained.”)

    Talk with your pediatrician

    If you’re concerned about arsenic in your child’s food, talk with your pediatrician. Your regional Pediatric Environmental Health Specialty Unit (PEHSU) have staff who can also talk with parents about concerns over environmental toxins.

    More information


    The information contained on this Web site should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

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  • Insomnia in Teens: What Parents Should Know (for Parents)

    Insomnia in Teens: What Parents Should Know (for Parents)

    Many teens have trouble sleeping at night, and that can make them feel tired during the day. It also can make them more likely to be in a bad mood, have problems at school, or struggle with other activities.

    Over time, sleep deprivation can lead to other health conditions, including high blood pressure, depression, or trouble fighting infections. That’s why treating insomnia is important for maintaining good health.

    What Is Insomnia?

    Insomnia (in-SAHM-nee-uh) is when a person is unable to sleep, for any reason. Teens may have trouble:

    • falling asleep: This means it takes more than half an hour to fall asleep after getting into bed.
    • staying asleep: This means they wake often throughout the night, or they wake up too early in the morning and can’t get back to sleep.

    Teens with insomnia could have one or both problems. No matter the number of hours they’re lying in bed at night, most won’t feel well-rested.

    What Causes Insomnia?

    Doctors can’t always identify why a person struggles with sleep, but common causes in teens include:

    • mental health conditions like depression or anxiety
    • medical problems like asthma, allergies, or eczema
    • other sleep disorders like obstructive sleep apnea or restless leg syndrome
    • developmental conditions like ADHD or autism spectrum disorder (autism)
    • taking certain medicines, like steroids or antidepressants
    • too much screen time before bed
    • eating or drinking too much caffeine during the day or later in the evening

    One of the most common reasons for insomnia in teens is that their internal sleep clock shifts to a later bedtime. During the teen years, the body releases the sleep hormone melatonin later at night than in childhood or adulthood. This leads to a natural tendency to fall asleep later at night and wake up later in the morning. When it interferes with daily activities, it’s known as delayed sleep-wake phase disorder.

    How Is Insomnia Diagnosed?

    Many different conditions can cause insomnia, so there’s no single test that can diagnose it. Doctors will start by asking questions about your teen’s sleep habits and may recommend keeping a sleep journal to track nighttime sleep. They may also test for related conditions to see what could be causing insomnia.

    Sometimes, doctors recommend a sleep study, also known as a polysomnogram. During a sleep study, a person will spend the night in a sleep lab while hooked up to a computer via sensors placed on the body. Doctors use sleep studies to check a variety of things during sleep, such as heart rate, brain waves, and breathing patterns.

    How Is Insomnia Treated?

    Treatments for insomnia depends on what’s causing it. For instance, when health conditions like asthma, allergies, obstructive sleep apnea, and ADHD cause insomnia, treating the condition will help treat the insomnia. If anxiety or depression affects a teen’s sleep, doctors may recommend talking to a therapist or psychiatrist.

    One of the most effective therapies for insomnia is cognitive behavior therapy (CBT), which can help even when doctors aren’t sure what’s causing the insomnia. CBT involves learning how to change negative thoughts and emotions that can affect sleep. Often, lifestyle changes and new habits are all that’s needed.

    Sleep medicines are rarely used for teens. Not enough studies have been done yet to prove that they’re safe and effective, and they risk causing side effects. Even herbal supplements or “natural” medicines can cause side effects. But occasionally, a doctor may recommend that a teen try a sleep medicine for a short time (for example, a low dose of melatonin). Talk to your teen’s doctor before giving your teen any new medicine or supplement.

    What Can Help My Teen Get Better Sleep?

    Sleep hygiene refers to all the behaviors and habits around sleep. Good sleep hygiene strategies can help your teen get enough sleep. 

    Ways to improve sleep hygiene include:

    • following a bedtime routine
    • limiting bright lights and electronics at night
    • going to bed and waking up at around the same times every day
    • keeping the bedroom cool, dark, and quiet

    If your teen often has trouble sleeping or feels tired throughout the day, schedule a visit with their doctor.

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  • Mal de Débarquement Syndrome | American Brain Foundation

    Mal de Débarquement Syndrome | American Brain Foundation

    In the past decade, researchers have made an increased effort to study and understand MdDS, and there are many ongoing efforts to increase awareness and knowledge about this condition. One ongoing MdDS research study seeks to improve symptoms by teaching the vestibular system to adapt. 

    Other studies are examining eye movement patterns in people with MdDS. These researchers believe the symptoms of MdDS are caused by difficulties in the vestibulo-ocular reflex (VOR), a mechanism that helps stabilize the eyes while the head is in motion. One team of researchers has developed a technique to re-calibrate the VOR for people with MdDS by combining specific head movements with corresponding movements of a person’s visual surroundings. While this could be the first effective treatment for MdDS, more research is needed.

    Additionally, researchers now believe that MdDS can arise spontaneously, without the passive motion triggers once believed to be its sole cause. This understanding led researchers to name two MdDS subtypes, based on what causes the onset of symptoms. 

    Motion-triggered MdDS (MT MdDS) is used to describe cases triggered by passive motion events. Non-motion or spontaneous/other MdDS (SO MdDS) occurs in the absence of a triggering event. This type of MdDS may be related to stressful events such as surgeries, traumas, and childbirth.

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  • Can Video Games Give People Motion Sickness? (for Teens)

    Can Video Games Give People Motion Sickness? (for Teens)









    Can video games give people motion sickness?

    Yes. Lots of people feel motion sickness while playing video games. Doctors even have a name for it: They call it simulator sickness because it was first noticed in people using driving or flying simulators.

    Doctors aren’t sure exactly why video games cause motion sickness. They think it might have to do with mismatched messages about movement that the brain gets from the eyes and inner ears. Liquid in the semicircular canals of your inner ear allows you to sense if you’re moving. But the brain can get confused if your inner ear senses that you’re sitting still while your eyes see the action on the screen and tell the brain you’re moving. That may leave you feeling sick, dizzy, or drowsy.

    So what can you do? Chances are that not all games will make you sick, so find ones you can play and avoid those that make you sick. If you decide to play a game that makes you sick, play for short periods of time and take frequent breaks. Go out and get some fresh air.

    You also can try sitting farther back from the screen. If the action isn’t the only thing your eyes see, and you can see some stillness around the screen or focus on a stationary point, your brain may not be as confused. Wear acupressure wristbands while playing video games to see if that helps. Finally, ginger may help with motion sickness. Try sipping real ginger ale or eating a little ginger candy — but talk to your doctor before using ginger supplements.












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