Christmas decorations that could kill you
Christmas decorations that could kill you
Keep these potentially deadly decorations out of reach of pets and children… and very curious adults.
Let’s face it: even as an adult, shiny objects are pretty enticing. Now just imagine how wondrous they seem to children and animals. While tinsel isn’t toxic, it can cause problems if ingested, especially for pets, as the foreign object could twist and tangle up in their intestines.
Though they are less toxic to humans than once believed, poinsettias can cause extreme discomfort when ingested. If your toddler has a bite, it can cause a mild stomachache, diarrhea, and vomiting. It is likely that people with a latex allergy will be allergic to poinsettias as well, since they both share similar proteins, and a severe reaction shouldn’t be treated lightly. Animals that nibble on these plants will likely experience mouth and stomach irritation and occasional vomiting.
via Christmas decorations that could kill you.
Posted in Educational, Environmental Health Causes, Hazardous Materials Exposure, Health and Environment, IN THE SPOTLIGHT, MEMORIES, MY TAKE ON THINGS, News, ONE OF MY FAVORITE THINGS, PEOPLE AND PLACES HISTORY, GEOGRAPHY, Special Interest, Uncategorized
Tagged Acid, Aglaonema, Allergen, Allergy, Christmas, Food, Food allergy, Immune system, Latex allergy, United Kingdom
HIV is evolving into a less infectious and deadly form, according to a study by the University of Oxford. When HIV infects an individual with an immune system better equipped to battle the virus, it may become less effective at replicating. This weaker version of the virus may then be passed on. The findings, published in the Proceedings of the National Academy of Sciences, demonstrate evidence of this process occurring in Africa by comparing versions of the virus in Botswana and South Africa. Researchers warn that even less infectious forms of HIV could still cause AIDS. More… Discuss
Posted in Educational, Health and Environment, IN THE SPOTLIGHT, News, PEOPLE AND PLACES HISTORY, GEOGRAPHY, Uncategorized
Tagged Africa, Botswana, HIV, Hiv And Aids, HIV\/AIDS, HLA-B, Immune system, Management of HIV\/AIDS, Proceedings of the National Academy of Sciences, Proceedings of the National Academy of Sciences of the United States of America, South Africa, University of Oxford
Early symptoms of Ebola can appear harmless — fever, headache, aches, chills and sore throat. They could be the stuff of a normal illness.
But as the virus progresses, victims will experience nausea and vomiting, diarrhea, rash, chest pain and cough, weight loss and bleeding. In some cases, organs will shut down and cause unstoppable bleeding.
In the last stages of the disease, in a process known as a cytokine storm, the immune system goes haywire and inflammatory molecules called cytokines attack the body’s own tissue. Technically, then, it’s not the virus that kills people but instead their own immune systems ultimately turn against them.
Show here is Dr. Kent Brantly, a doctor who treated patients in Liberia before contracting the virus himself. Fortunately, he survived.
Posted in ebola, Educational, Health and Environment, IN THE SPOTLIGHT, infections disease, News, PEOPLE AND PLACES HISTORY, GEOGRAPHY, Special Interest, Uncategorized
Tagged Bisphenol A, Ebola virus, Ebola virus disease, Immune system, Liberia, Microwave popcorn, Non-stick pan, Non-stick surface, sleep deprivation, United States
Historically, patients with severe combined immunodeficiency (SCID), an often fatal congenital disorder in which the cells involved in immune responses fail to work properly, have been kept in isolation in a sterile environment to protect them from infection. Currently, the only long-term treatment for so-called bubble boy disease is a bone marrow transplant, but an experimental gene therapy is showing promise for boys with X-linked SCID. Of the nine babies given the treatment, six developed immune systems capable of fighting off infection. More… Discuss
Posted in Educational, Health and Environment, IN THE SPOTLIGHT, News, Uncategorized
Tagged bone marrow transplant, Boston Children's Hospital, Bubble Boys, Bubbles, Congenital disorder, David Vetter, Gene therapy, Hematopoietic stem cell transplantation, immune responses, Immune system, New England Journal of Medicine, SCID, Severe combined immunodeficiency, sterile environment