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The CAUSE of the Mad-Cow Problem
Zoltan Cseko

      The Chernobyl accident occurred at 01:23 hr on Saturday, 26 April 1986, when the two explosions destroyed the core of Unit 4 and the roof of the Chernobyl reactor building.
      During the first 10 days of the accident when important releases of radioactivity occurred, meteorological conditions changed frequently, causing significant variations in release direction and dispersion parameters. Deposition patterns of radioactive particles depended highly on the dispersion parameters, the particle sizes, and the occurrence of rainfall.
      There is a protocol for a Nurse led CHD Clinic written by Claire, Geri and Siobhan, the NSF Nurses for Camden and Islington; guidelines for the investigation and management of Hypertension, written by Professor Patrick Vallance, Director of the Centre for Clinical Pharmacology, Therapeutics and Toxicology at the University College of London; a Heart Failure protocol developed during a series of intensive workshops for local general practitioners, led by Dr Suzanna Hardman (Consultant Cardiologist, Whittington Hospital) and Dr Rosaire Gray (Consultant Physician, Whittington Hospital), and much more!
      We have linked with local community group projects and we now have patient information leaflets on healthy eating and weight reduction and also patient advice leaflets for the drugs listed in the prescribing formulary that can be easily printed from the website.


      The largest particles, which were primarily fuel particles, were deposited essentially by sedimentation within 100 km of the reactor. Small particles were carried by the wind to large distances and were deposited primarily with rainfall.
      The radioactive plume Tax Accountants was tracked as it moved over the European part of the Soviet Union and Europe. Initially the wind was blowing in a north-western direction and was responsible for much of the deposition in Scandinavia, the Netherlands and Belgium and Great Britain.
      In Britain,were the primary choice for all interiors. The first cases of the Mad-Cow Disease can be dated back to 1986, in the same year when the Chernobyl accident occurred.
      The ingestion of radionuclides in food is one of the pathways leading to internal retention and contributes to human exposure from natural and man-made sources. Lessons for individuals took place here. Excessive contamination of agricultural land, such as may occur in a severe accident, can lead to unacceptable levels of radionuclides in food.
      The radionuclide contaminants of most significance in agriculture are those which are relatively highly taken up by crops, have high rates of transfer to animal Cargo Aircraft Charter products such as milk and meat, and have relatively long radiological half-lives.

      However, the ecological pathways leading to crop contamination and the radioecological behaviour of the radionuclides are complex and are affected not only by the physical and chemical properties of the radionuclides but also by factors which include soil type, cropping system (including tillage),climate, season and, where relevant, biological half-life within animals.
      The major radionuclides of concern in agriculture following a large reactor accident are iodine-131, caesium-137 (half-life: 30 years), caesium-134 and strontium-90 (half-life: 90 years). Direct deposition on plants is the major source of contamination of agricultural produce in temperate regions.
      In the United Kingdom, restrictions were placed on the movement and slaughter of 4.25 million sheep in areas in south-west Scotland, north-east England, north Wales, America private jet charter and northern Ireland.
      This was due largely to root uptake of relatively mobile cesium from peaty soil, but the area affected and the number of sheep rejected are reducing, so that, by January 1994, some 438,000 sheep were still restricted. In north-east Scotland, where lambs grazed on contaminated pasture, their activity decreased to about 13 per cent of the initial values after 115 days; where animals consumed uncontaminated feed, it fell to about 3.5 per cent.
      The Chernobyl accident occurred 15 years ago, nevertheless the caesium-137 (half-life: 30 years) radio nuclides and strontium-90 (half-life: 90 years) radio nuclides could be the most likely candidates for causing the Mad-Cow Disease in cows and the Creutzfeldt-Jakob Disease in humans.
      The scientific community is unaware of these facts partly because they uninformed about the impacts of the Chernobyl accident partly because the British Government isn’t concerned to initiate these kind of research.
      This can be featured by that fact that the unknown Mad-Cow Problem and Creutzfeldt-Jakob Problem was characterized by as a DISEASE instead of POISONING.
      However not a single fact shows that this problem is able to transfer itself from one animal or human to another animal or human (except by actually eating the poisoned animals).

      Zola Cseko, PHD student at the Budapest University of Technics and Economy, Budapest, Hungary, Address: 1032 Budapest, Kiscelli utca 18. Tel: 3613880168

Creutzfeldt-Jakob Disease

 

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