The West Nile Virus will in all probability be a major problem in the United States as spring brings warm weather and mosquitoes begin to breed. In a short number of recent years this virus has spread across the entire continental U.S. The Center for Disease Control (CDC) reports that "West Nile Virus has been commonly found in humans and birds and other vertebrates in Africa, Eastern Europe, West Asia, and the Middle East, but until 1999 had not previously been documented in the Western Hemisphere. It is not known from where the U.S. virus originated, but it is most closely related to strains found in the Middle East.
The best prevention against contracting this virus is to avoid mosquito bites to avoid infection. "Human illness from West Nile Virus is rare, even in areas where the virus has been reported. The chance that any one person is going to become ill from a mosquito bite is low". "West Nile Virus is spread by the bite of an infected mosquito, and can infect people, horses, many types of birds, and some other animals". That said, as the old saying goes, "an ounce of prevention is worth a pound of cure". Here are some tips from the CDC that may help you reduce your chances of becoming infected by protecting yourself from mosquito bites:
It seems like I see either an article in some publication, or hear something on the news just about every day concerning mold. There is currently an appreciable amount of paranoia associated with the subject, and quite often limited understanding of the issue(s). So...what is mold? It is a group of organisms belonging to the kingdom called Fungi. In addition, fungi also contains a diverse group of plants that contain no chlorophyll, leaves, or flowers and is reproduced through spores. Molds grow on dead and decaying organic matter. According to some authorities on the subject, approximately 25 percent of the worlds biomass is fungi. Some molds are very beneficial and some are essential for life to exist.
There are numerous sources of mold. Outdoor sources include: Trees, shrubs, tall grass growing near buildings, landscape irrigation near exterior walls etc. Indoor sources usually originate from outdoor sources, the exceptions being mold strains called Aspergillius and Penicillium. These strains can grow and reproduce effectively indoors. They are most routinely found in air samples of "dry" buildings.
There are numerous sources of mold seasonal variability. Allergy sufferers can attest to that statement. Airborne mold spores vary in concentration by geographical location and seasonal effects. Spores tend to be most common in the warm seasons and least common in the dry cold winter. Regardless, mold spoors are present at all times, in all seasons, in all localities and are a function of nature.
So what causes mold and supports mold growth? There are a number of conditions worth review. These include:
Note: Mold can grow with or without a light source.
Chances are that most people can detect mold/mildew by the musty smell that it generates. It is important to respond and remediate mold as soon as possible after it is detected. Clean up and remediation at an early stage of development is not difficult, and can normally be accomplished by a cleaning with bleach solution and a drying process. Advances stages however, particularly those associated with building materials (wallboard, ceiling tiles, porous materials, etc.) may be difficult to clean and remediate. Often in advanced cases, replacement of walls, ceilings, insulation and other building materials is required in addition to cleaning and at appreciable cost.
If mold is detected on campus, notify either Environmental Health and Safety at 546-6400, or Facilties Management at 280-2780 for review, clean up and remediation.
According to the Federal Bureau of Investigation (FBI), burglars break into apartments, condominiums or houses every 11 seconds. Here's a checklist of things to do to fend off criminals:
During vacations or business travel:
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Stop newspaper delivery.
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Have someone pick up your mail
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Make the home look occupied--keep some shades and blinds up, keep a car parked in the driveway and have the lawn and walks maintained.
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Use a business address and telephone number on luggage rather than a home address.
Pinpoint weak spots in home security by sizing up the home the way a burglar would. Then take the steps needed to deter criminals.
~excerpt from "Techlines" a publication of Laboratory Safety Supply; June 2003
June 1-7 Driving Safety Week
In just one year, motor vehicle crashes cause 1.5 million disabling injuries and 43,000 deaths. Most are caused by driver error-which means they are preventable. Know how to protect yourself, your passenger, and other drivers.
June 8-15 Home & Community Week
Safe at home? Not necessarily. You're eight times more likely to be hurt at home than at work. Falls, poisonings and fires are just a few of the dangers.
June 15-21 Preparedness Week
It's not just for disasters or acts of terrorism. Emergencies can happen anytime, anywhere, to anyone. Are you prepared to respond to sudden illness or injury? Learn first aid and CPR.
June 22-30 Workplace Safety Week
Companies with solid safety programs have fewer injuries -and higher productivity. Take the initiative on preventing injuries in your workplace.
For more information on any of these, visit the National Safety Month Website at http://www.nsc.org/nsm .
From the National Safety Council
Academic laboratory fires continue to occur. The University of California at Irvine lost a chemistry lab to a multimillion-dollar fire. The University of California at Santa Cruz lost a genetics research lab to a fire. The UCI fire was caused by the mishandling of a distillation. At UC Santa Cruz major damage was contained to two biology labs on the fourth floor of Sinsheimer Labs on Science Hill, but other parts of the structure-the main biology building on campus-also received substantial smoke and water damage. The blaze destroyed computer equipment and DNA samples.
In the event of a fire in a laboratory, do the following things:
Laboratory fires are preventable. It takes work on a the part of everyone, from the lab personnel through the most senior administrators. The choice is simple: do the work every day or pay a much higher price some day.
-excert from Chemical Health & Safety, Vol. 9, No.2
The American Association of Poison Control Centers has established a single telephone number to reach local poison control centers: 800-222-1222. Callers are automatically connected to the poison center nearest to them.
These centers are equipped and staffed to answer poisoning questions pertinent to the territory and to direct callers to local health care centers and experts.
Follow these steps if someone ingests, inhales or touches a poisonous substance or splashes something in his or her eyes:
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For more information, please see:
http://www.nsc.org
http://www.aap.org
http://www.aapcc.org
http://www.apcc.aspca.org
http://www.poisonprevention.org
http://www.18002221222.info
~excerpt from "Techlines" a publication of Laboratory Safety Supply; June 2003