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Showing posts from January, 2022

Roseola rash: symptoms, pictures, and treatment - Medical News Today

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Roseola infantum is an infection caused by a type of herpes virus. It typically affects babies and toddlers. Other names for this health issue are sixth disease, exanthema subitum, or just "roseola." Around 90% of roseola cases occur before 2 years of age. This article summarizes how to identify roseola and how to tell the difference between this illness and measles. It also examines whether treatment is necessary. Roseola usually affects toddlers and babies under 2 years old . They may also have or show: general discomfort irritability an unwillingness to eat diarrhea a cough swelling or redness around the eyes ear pain swollen glands Roseola has a distinctive progression : A high fever develops, possibly suddenly, and may last for 3–5 days. A distinctive rash appears, usually on the torso, as the fever ends. The rash may progress to the neck, face, and limbs within 12–24 hours. The rash disappears after 1–2 days. The roseola rash may look like small pink spots or bumps tha

How to Sign Up for Medicare During Your Initial Enrollment Period - AARP

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Getty/AARP You're eligible for Medicare at 65, but enrollment isn't always automatic. If you've received Social Security retirement benefits for at least four months before your 65th birthday, you will be enrolled automatically in Parts A and B of Medicare at the beginning of the month you turn 65. If your birthday is on the first day of a month, your coverage will start a month earlier.

A comparative genomics examination of desiccation tolerance and sensitivity in two sister grass species - pnas.org

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Significance This is a significant sister group contrast comparative study of the underpinning genomics and evolution of desiccation tolerance (DT), a critical trait in the evolution of land plants. Our results revealed that the DT grass Sporobolus stapfianus is transcriptionally primed to tolerate a dehydration/desiccation event and that the desiccation response in the DT S. stapfianus is distinct from the water stress response of the desiccation-sensitive Sporobolus pyramidalis . Our results also show that the desiccation response is largely unique, indicating a recent evolution of this trait within the angiosperms, and that inhibition of senescence during dehydration is likely critical in rendering a plant desiccation tolerant. Abstract Desiccation tolerance is an ancient and complex trait that spans all major lineages of life on earth. Although important in the evolution of land plants, the mechanisms that underlay this complex trait are poorly understood, especially for vegetati