臭氧相關流行病毒殺菌報告
近幾年，世界範圍內發生了很多快速流行傳染病毒，包括中國的薩斯，禽流感，瘋牛病和大腸桿菌等等，以下是臭氧對這些病毒滅菌的報道：
| 國家P3實驗室首次証明 臭氧(OZONE)可殺滅SARS病毒
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| 新華網 (2003年11月06日)
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新華網11月6日消息人類自從發現並使用臭氧以來，全世界一直用臭氧對形形色色的病毒、細菌進行“激烈鬥爭”，並總結了許多的經驗。如臭氧對金黃色葡萄球菌、大腸桿菌、熒光假單胞菌、鼠傷寒沙門氏菌、福氏痢疾桿菌、霍亂弧菌，對乙肝病毒抗原、甲型肝炎病毒抗原、甲型流感病毒，還有“劇毒之首”的愛滋病病毒（HIV）都進行過消毒滅菌實驗，取得了很不錯的效果，並且臭氧對這些病毒、細菌的消滅，十分
迅速，可以說是“刀起首落”。
而此次造成非典型肺炎流行的 魁禍首是一種冠狀病毒的新變體。科學家對它的認識和最終確認都曆經了較大的波折，臭氧作為 的消毒劑，一直沒有機會與SARS病毒“單刀赴會”，但是臭氧行業的專家學者普遍認為，臭氧對SARS病毒一定會有效果。由於缺乏 手的實驗數據，所以只能是從理論上進行推測。
最近，中國臭氧產業聯合會技術委員會專家、“國家P3實驗室”主任李澤琳教授主持了利用臭氧進行滅活SARS病毒的實驗，實驗中對綠猴腎細胞接種的SARS病毒綜合滅活率為99.22％，而且經過三次重複實驗，都達到很高的滅活效率，取得了圓滿成功。(China National P3 Lab approved the ozone can sterilize the SARS of 99.22%)
據中國臭氧產業聯合會向國際臭氧協會檢索，此次利用臭氧滅活SARS病毒實驗是世界上的首例，它不但向社會提供了臭氧有效殺滅SARS病毒的科學依據，對中國乃至世界臭氧產業的發展產生影響，更重要的是，消費者可以放心的使用臭氧產品消滅SARS病毒。同期由中國環境科學院完成的對比性實驗証明，此次使用的臭氧完全符合環境安全的要求(http://www.chinataiwan.org/web/webportal/W5066398/A5441753.html)
TSO3 Ozone Sterilizer to be tested by British Government
for ability to deactivate prions
04/19/2005
- The Health Protection Agency (HPA) has recently been awarded a grant of £327k (approximately $710k CAN) by the UK Department of Health (DH) to study the effectiveness of the TSO3 Ozone Sterilizer for deactivation of prions.
"The potential transmission of CJD from patient to patient via contaminated surgical instruments has been a concern worldwide for a number of years", said Dr. Neil Raven, Research Manager of the HPA. "The data from the preliminary tests conducted by TSO3 lead us to believe that the Ozone Sterilizer could be a significant part of the solution to the problem of variant CJD (vCJD), the human form of mad cow disease. That is why we have been working for nearly a year and a half on developing a protocol with TSO3 and obtaining the funding from the DH". (http://www.copybook.com/publications/article.asp?pubID=13&artID=2519)
SARS and Ozone Therapy: Theoretical Considerations
by Gérard V. Sunnen, M.D
May 2003
Abstract SARS (Severe Acute Respiratory Syndrome) is a global disease of significant lethality with an expanding incidence and prevalence base. Of massive public health importance, SARS presents supremely challenging problems in light of its pathogenic capacity and mutational potential. Ozone, because of its special biological properties, has theoretical and practical attributes to make it a viable candidate as a SARS virus inactivator through a variety of physicochemical and immunological mechanisms.
(http://www.triroc.com/sunnen/topics/sars.html)
Bird flu enters EU as
Greece
finds disease on island farm
By Stephen Castle in
Brussels
and Elinda Labropoulou in
Athens
Published: 18 October 2005
European ministers will hold emergency talks today on bird flu in the wake of the confirmation of an outbreak of the disease within the EU's borders.
Authorities in
Greece
identified the virus at a turkey farm on the
island
of
Oinouses
, near the Turkish coast. Tests are underway to determine whether it is the H5NI variety that has caused the deaths of 60 people in the
Far East
. If the potentially lethal strain is identified, it would be the first time the disease had entered EU territory.
H5N1 had already been discovered in
Turkey
and in
Romania
, sparking alarm across the continent, and prompting calls for EU nations to stockpile antiviral drugs. Yesterday, urgent tests were underway on dead birds found in
Croatia
, although the Bulgarian authorities said they had detected no cases of bird flu despite earlier alarms. (http://news.independent.co.uk/europe/article320333.ece)
Deadly bird flu strain confirmed in
Turkey
(the country)
-- Coming soon to a flock near you
By Lucy Sherriff
Published Thursday 13th October 2005 14:25 GMT
A small outbreak of avian flu found in Turkish poultry has been confirmed as the deadly H5N1 strain, prompting EU health officials to warn of an impending pandemic.
Meanwhile, bird flu has also been confirmed in ducks in
Romania
, although the strain has yet to be identified, according to the European Commission. The EU has banned all bird-product and poultry imports from both countries.
The H5N1 strain of bird flu can jump the species barrier from birds to humans, and since 2003 it is known to have killed around 60 people in
Asia
. However, there is only one case where the virus is suspected of having been passed from one human to another, and even that report is unconfirmed.
Researchers fear that if the virus gains the ability to pass from person to person, it would spread through the world's population too quickly for suitable vaccines to be developed and distributed.
Although currently all cases of bird flu in humans have been found in people working with or near poultry, if someone infected with an ordinary influenza virus were to become infected with the H5N1 strain, it could mutate to spread more easily between people, researchers warn.
EU heath commissioner Markos Kyprianou has said that
Europe
should prepare for a possible flu pandemic.
"We have received now confirmation that the virus found in
Turkey
is an avian flu H5N1 virus," Kyprianou said, according to a Guardian report. "There is a direct relationship with viruses found in
Russia
,
Mongolia
and
China
."
He says countries should ensure vulnerable populations are vaccinated against flu this winter, and advises governments to stockpile anti-viral medication, if possible. ® (http://www.theregister.co.uk/2005/10/13/eu_bird_flu_outbreak/)
