The human body is a vastly complex biochemical organism, finely tuned and adaptable. It contains many different regulatory systems to make sure that things work properly in response to external conditions. When it becomes too warm inside the body, the water cooling system is turned up, and more sweat is secreted by the skin. The sweat evaporates, cools the blood underneath the skin, which in turn cools the body core. The sensors in the brain detect that things are back within normal limits, and turn off the sweat glands. This type of regulation (known as homeostasis) occurs for all bodily processes, and usually without any awareness or thought on our part. When external circumstances (like extreme heat or cold) or internal conditions (disease or poisoning) cannot be adjusted by normal mechanisms, the signs of discomfort and disease appear. The types of physical effects seen or felt (signs and symptoms) depend on the type of stress to which the body has been exposed. Because there are so many complex interrelationships between the systems within the body, a single change in any one system may result in numerous effects in other systems. In addition, the types of response to disease are limited, thus signs and symptoms of disease are often quite similar for different diseases. For example, headache, fever, nausea, vomiting and diarrhea are very common non-specific symptoms of disease, produced by many, many conditions. Because of the generality of most physiological responses to disease, many other methods have been developed to help diagnose the actual causes of disease. These methods include physical, biochemical and immunological techniques upon which modern clinical medicine is based. A body's homeostasis can be upset by physical, chemical and/or biological agents which put stress on the body. The body's reaction to prolonged stress depends on the nature of the agent, the degree of stress, and the duration of stress. When the stress is too strong or too long,

Heavy metal toxicity can cause a variety of signs and symptoms. While manifestations of toxicity vary among the many toxic metals, several symptoms are often observed and may be indicative of heavy metal toxicity (Adal 2013): Nausea Vomiting Diarrhea Abdominal pain Central nervous system dysfunction Heart problems Anemia Fingernail or toenail discoloration (Mee’s lines; usually appearing as white stripes running horizontally across the nails) Acute metal toxicity can be a life-threatening medical emergency that may require aggressive treatment in a hospital setting. If you suspect you have been exposed to a toxic metal, seek medical attention immediately. Diagnosis Diagnosing metal toxicities can be difficult; the symptoms and consequences of many, especially chronic toxicities, are non-specific and may resemble other diseases. A careful analysis of dietary, environmental, and occupational exposure history is one of the most important tools in evaluating a potential metal toxicity (Vearrier 2010). Metal testing can be an important aid to confirm or rule out a diagnosis of metal toxicity. Some metal tests include: Blood testing. Commercial blood tests are available for many metals (universally toxic metals, such as lead and mercury, as well as essential metals that are toxic above certain thresholds, such as iron or copper). Blood levels of cadmium and lead are usually indicative of recent exposures and may not reflect whole body burdens (ATSDR 2007b; ATSDR 2012b). For example, in the case of lead, blood levels are only indicative of exposure over the previous 90 days (ATSDR 2007b). In the case of arsenic, which is cleared rapidly from the blood, blood tests may only be reliable during early stages of intoxication (< 7-10 days after exposure) (Rusyniak 2010). There is a poor correlation between blood levels and exposure for aluminum (ATSDR 2008b). Reference ranges for individual tests depend on the laboratory performing the analysis.

Let’s fill in the chart with a little bit more of what we know about getting a radiation dose to our entire body: 0 - 5 rem received in a short period or over a long period is safe—we don’t expect observable health effects. 5 - 10 rem received in a short period or over a long period is safe—we don’t expect observable health effects. At this level, an effect is either nonexistent or too small to observe. 10 - 50 rem received in a short period or over a long period—we don’t expect observable health effects although above 10 rem your chances of getting cancer are slightly increased. We may also see short-term blood cell decreases for doses of about 50 rem received in a matter of minutes. 50 - 100 rem received in a short period will likely cause some observable health effects and received over a long period will increase your chances of getting cancer. Above 50 rem we may see some changes in blood cells, but the blood system quickly recovers. 100 - 200 rem received in a short period will cause nausea and fatigue. 100 - 200 rem received over a long period will increase your chances of getting cancer. 200 - 300 rem received in a short period will cause nausea and vomiting within 24-48 hours. Medical attention should be sought. 300 - 500 rem received in a short period will cause nausea, vomiting, and diarrhea within hours. Loss of hair and appetite occurs within a week. Medical attention must be sought for survival; half of the people exposed to radiation at this level will die if they receive no medical attention. 500 - 1,200 rem in a short period will likely lead to death within a few days. 10,000 rem in a short period will lead to death within a few hours.

These are especially hazardous household items. Buy small quantities. Discard unneeded extras. Make sure they are always out of a child's reach. Medicines: these are OK in the right amount for the right person. They can be dangerous for children who take the wrong medicine or swallow too much. Carbon monoxide: This gas is in fact an invisible killer. Take it seriously. Make sure there's a carbon monoxide alarm in every sleeping area of your home. Button batteries: Be especially mindful of the 20 mm lithium coin cell. When swallowed by children, especially those younger than 4 years, it often lodges in the esophagus causing burns within just 2 hours. A hole in the esophagus may develop and the burn can extend into the trachea or aorta. More than 40 children have died from swallowing button batteries. Iron pills: adult-strength iron pills are very dangerous for children to swallow. Children can start throwing up blood or having bloody diarrhea in less than an hour. Cleaning products that cause chemical burns: these can be just as bad as burns from fire. Products that cause chemical burns include include drain openers, toilet bowl cleaners, rust removers, and oven cleaners. Nail glue remover and nail primer: some products used for artificial nails can be poisonous in surprising ways. Some nail glue removers have caused cyanide poisoning when swallowed by children. Some nail primers have caused burns to the skin and mouth of children who tried to drink them. Hydrocarbons: this is a broad category that includes gasoline, kerosene, lamp oil, motor oil, lighter fluid, furniture polish, and paint thinner. These liquids are easy to choke on if someone tries to swallow them. If that happens, they can go down the wrong way, into the lungs instead of the stomach. If they get into someone’s lungs, they make it hard to breathe. They can also cause lung inflammation (like pneumonia). Hydrocarbons are among the leading causes of poisoning death in children.

These are especially hazardous household items. Buy small quantities. Discard unneeded extras. Make sure they are always out of a child's reach. Medicines: these are OK in the right amount for the right person. They can be dangerous for children who take the wrong medicine or swallow too much. Carbon monoxide: This gas is in fact an invisible killer. Take it seriously. Make sure there's a carbon monoxide alarm in every sleeping area of your home. Button batteries: Be especially mindful of the 20 mm lithium coin cell. When swallowed by children, especially those younger than 4 years, it often lodges in the esophagus causing burns within just 2 hours. A hole in the esophagus may develop and the burn can extend into the trachea or aorta. More than 40 children have died from swallowing button batteries. Iron pills: adult-strength iron pills are very dangerous for children to swallow. Children can start throwing up blood or having bloody diarrhea in less than an hour. Cleaning products that cause chemical burns: these can be just as bad as burns from fire. Products that cause chemical burns include include drain openers, toilet bowl cleaners, rust removers, and oven cleaners. Nail glue remover and nail primer: some products used for artificial nails can be poisonous in surprising ways. Some nail glue removers have caused cyanide poisoning when swallowed by children. Some nail primers have caused burns to the skin and mouth of children who tried to drink them. Hydrocarbons: this is a broad category that includes gasoline, kerosene, lamp oil, motor oil, lighter fluid, furniture polish, and paint thinner. These liquids are easy to choke on if someone tries to swallow them. If that happens, they can go down the wrong way, into the lungs instead of the stomach. If they get into someone’s lungs, they make it hard to breathe. They can also cause lung inflammation (like pneumonia). Hydrocarbons are among the leading causes of poisoning death in children.

Bacterial infections are one cause of foodborne illness. Nausea, vomiting, diarrhea, fever, chills, and abdominal pain are common symptoms of food poisoning. Raw meat, fish, eggs, poultry, and unpasteurized dairy may harbor harmful bacteria that can cause illness. Unsanitary food preparation and handling can also encourage bacterial growth. Bacteria that cause food poisoning include: Campylobacter jejuni (C. jejuni) is a diarrheal illness often accompanied by cramps and fever. Clostridium botulinum (C. botulinum) is a potentially life-threatening bacterium that produces powerful neurotoxins. Escherichia coli (E. coli) O157:H7 is a diarrheal (often bloody) illness that may be accompanied by nausea, vomiting, fever, and abdominal cramps. Listeria monocytogenes (L. monocytogenes) causes fever, muscle aches, and diarrhea. Pregnant women, elderly individuals, infants, and those with weakened immune systems are most at risk for acquiring this infection. Salmonella causes fever, diarrhea, and abdominal cramps. Symptoms typically last between 4 and 7 days. Vibrio causes diarrhea when ingested, but it can also cause severe skin infections when it comes in contact with an open wound.

The deleterious effect ionizing radiation has on human tissue can be divided into two types: non-stochastic (deterministic) or stochastic effects. Deterministic (Non-Stochastic) Effects Deterministic effects only occur once a threshold of exposure has been exceeded. The severity of deterministic effects increases as the dose of exposure increases. Because of an identifiable threshold level, appropriate radiation protection mechanisms and occupational exposure dose limits can be put in place to reduce the likelihood of these effects occurring. Mechanisms Deterministic effects are caused by significant cell damage or death. The physical effects will occur when the cell death burden is large enough to cause obvious functional impairment of a tissue or organ. Skin Erythema/Necrosis/Epilation Erythema occurs 1 to 24 hours after 2 Sv have been received. Breakdown of the skin surface occurs approximately four weeks after 15 Sv have been received. Epilation is reversible after 3 Sv but irreversible after 7 Sv and occurs three weeks following exposure. Cataract Cataract occurs due to accumulation of damaged or dead cells within the lens, the removal of which cannot take place naturally. Cataract occurs after 2 to 10 Gy have been received, but may take years to develop. Sterility Radiation can impair oocyte function, leading to impaired or non-fertility. The radiation dose required to have this effect decreases with age due to falling total oocyte numbers. Similarly, radiation exposure to the testes can result in temporary or permanent azoospermia. Permanent sterility occurs after 2.5 to 3.5 Gy have been received by the gonads. Radiation Sickness Radiation sickness (correctly termed acute radiation syndrome) involves nausea, vomiting, and diarrhea developing within hours or minutes of a radiation exposure. This is due to deterministic effects on the bone marrow, GI tract, and CNS.

Michael Davis, MD, pediatrician, talks about diarrhea in children.

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*******www.towncountryvetvideos**** Diarrhea is a very unpleasant thing to deal with in your pet. Here's some discussion of causes and what you can do at home to help.

Cure any stomach problem with this simple yet effective remedy using coca cola.