s
s s
Daily News Blog

FacebookTwitterYoutubeRSS

  • Archives

  • Categories

    • Agriculture (360)
    • Announcements (165)
    • Antibacterial (100)
    • Aquaculture (10)
    • Biofuels (5)
    • Biological Control (1)
    • Biomonitoring (14)
    • Children/Schools (179)
    • Climate Change (21)
    • Environmental Justice (56)
    • Events (55)
    • Farmworkers (65)
    • Golf (10)
    • Health care (19)
    • Holidays (23)
    • Integrated and Organic Pest Management (25)
    • International (205)
    • Invasive Species (21)
    • Label Claims (26)
    • Lawns/Landscapes (138)
    • Litigation (153)
    • Nanotechnology (49)
    • National Politics (181)
    • Pesticide Drift (48)
    • Pesticide Regulation (439)
    • Pets (10)
    • Pollinators (193)
    • Resistance (48)
    • Rodenticide (16)
    • Take Action (166)
    • Uncategorized (15)
    • Wildlife/Endangered Sp. (194)
    • Wood Preservatives (17)

Archive for the 'Nervous System Effects' Category


29
Apr

Industry Backed Legislation Directs EPA to Allow Hazardous Pesticide in Food

(Beyond Pesticides, April 29, 2013) Dow AgroSciences, one of the nation’s largest pesticide makers, along with various food companies, have persuaded several members of Congress to endorse a bill that directs the Environmental Protection Agency (EPA) to reverse a proposed phase out of sulfuryl fluoride, a highly toxic food fumigant and potent greenhouse gas. If […]

Share

10
Dec

Study Reveals: Organophosphate Pesticides Cause Lasting Damage to Brain and Nervous System

(Beyond Pesticides, December 10, 2012) Long-term low-level exposure to organophosphate pesticides produces lasting damage to neurological and cognitive functions, according to researchers at University College London (UCL). This research pulls data from 14 studies over the past 20 years, including more than 1,600 participants, in order to provide a quantitative analysis of the current literature […]

Share

15
Jun

New Research Confirms Neurotoxicity of Pesticide Synergist PBO

(Beyond Pesticides, June 15, 2012) Researchers at the Duke University School of Medicine have developed a laboratory screening system for detecting neurotoxic chemicals and successfully tested it on more than 1,400 potential toxicants. The study confirms the high toxic activity of the chemical piperonyl butoxide (PBO), a chemical “synergist” used to increase the potency of […]

Share

13
Apr

Children of Flower Workers Show Effects of Secondary Pesticide Exposures

(Beyond Pesticides, April 13, 2012) A study has found that the children of flower plantation workers in Ecuador are neurologically affected by the pesticide residues that their parents unwittingly carry home on their clothes, tools, and skin. The study documents significantly reduced activity for the essential enzyme acetycholinesterase (AChE) in children whose parents work on […]

Share

11
Aug

Research Shows Commonly Used Pesticides Produce Greater Toxic Effect When Mixed

(Beyond Pesticides, August 11, 2011) A combination of eleven different kinds of commonly used pyrethroids were tested on mice in a new study which found that, at real-world exposure levels, the insecticides can produce heightened toxicity that is equal to the sum of each insecticide’s individual effect. The mixture of similar-acting insecticides works by over-stimulating […]

Share

02
Aug

High Cost of Environment Related Childhood Diseases Estimated in MI

(Beyond Pesticides, Aug 2, 2010) A new report conducted by an Ann Arbor, Michigan based coalition of health and environmental groups estimates that children’s exposure to toxic chemicals, including pesticides, cost Michigan billions of dollars each year. The study examines the costs associated with four environmentally related childhood diseases: lead poisoning, asthma, pediatric cancer, and […]

Share

12
Aug

Study Finds that Mosquito Repellent DEET Affects Nervous System

(Beyond Pesticides, August 12, 2009) A new study examining the effects of the mosquito repellent DEET on insects, mice and human proteins reports that the chemical interferes with a prominent central nervous system enzyme. This effect is magnified when exposure to DEET is combined with exposure to certain other pesticides. Entitled, “Evidence for inhibition of […]

Share