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Originally posted by Chadwickus
reply to post by RUSSO
Again, you're comparing apple with oranges.
If over 800 people showing symptoms of E coli in a single month is so common and nothing to be concerned about, show us the figures to show that this figure of 800+ is normal.
Should be easy to do according to you, right?
Originally posted by Chadwickus
reply to post by RUSSO
Prove it then.
Show the figures.
Otherwise this is just a blind witch hunt.
Originally posted by gandhi
Old news that has been corrected. Germany tried to blame Spain's exports, when it was nothing even to do with them. Billions of dollars worth of vegetables wasted.
For all four samples no EHEC O104:H4 was detected. In two of the four samples Shiga toxin-forming E. Coli of a different serotype were found.
Originally posted by Chadwickus
reply to post by RUSSO
How can I prove something that hasn't happened yet?
That would be a prediction and I'm not in the prediction game.
Proving that E coli is as common as the flu as you seem to be claiming should be easy, no prediction necessary.
Originally posted by marg6043
reply to post by RUSSO
I am not going to deny that we have some serious problems with super bugs since GMO crops has been introduced into our ecosystem, but anything that is to provide means for profits is as good as it comes and easily exploitable.
Because the whole agenda here is to kill your vegetables but protect the atrocious practices of the factory animal meat industries. The FDA, in particular, loves all these outbreaks because it gives them more moral authority to clamp down on gardens and farms. They've been trying to irradiate and fumigate fresh veggies in the USA for years.''
Originally posted by Chadwickus
reply to post by RUSSO
Can you read the article I linked to from the same group as your single, lonely graph with no context?
No of course not, can't challenge your beliefs now can we?
Originally posted by marg6043
reply to post by RUSSO
The sad think is that they already have the law to do just that,
Text of H.R. 875 [111th]: Food Safety Modernization Act of 2009
www.govtrack.us...
On the development of disease rates in the current EHEC / HUS outbreak in Germany
Since the beginning of May, in multiple countries to a high incidence the so-called hemolytic-uremic syndrome (HUS) and bloody Diarrhea associated with infection by enterohemorrhagic Escherichia coli (EHEC) serotype O104: H4.
The focus of the event Located in the north of Germany. Even in other states and European Neighboring countries came to cases, mostly related to travel to northern Germany. In the present report the number of cases since the beginning May at the Robert Koch Institute (RKI) submitted HUS and EHEC cases shown.
Enterohemorrhagic Escherichia (E.) coli (EHEC), bacteria (gram-negative Rods), which in principle to the formation of certain property for the People harmful cytotoxins, the Shiga toxins - have Stx. Because their antigen structure are they different serogroups (classification according to surface-antigens) to. Are frequently isolated serogroups O157 (the world's most type found), O26, O91, O103 and O145, while still new human pathogenic Serogroups are found. The majority of manifest disease occurs as a bloodless, usually watery diarrhea appeared. In a part of the patients developed a hemorrhagic colitis with cramping abdominal pain, bloody stool and sometimes fever. Feared that in the past especially in children occurring hemolytic-uremic syndrome (HUS).
Human infections may also be asymptomatic and therefore undetected run.
The hemolytic-uremic syndrome (abbreviated HUS) is a severe, sometimes fatal
Complication, including in bacterial intestinal infections with enterohemorrhagic
Escherichia coli (EHEC) may occur. The full picture of HUS is characterized by acute renal failure, hemolytic anemia (anemia) and Thrombocytopenia (deficiency of blood platelets). Typically go to the enteropathic HUS diarrhea, often bloody, advance. EHEC bacteria are directly or indirectly from animals to humans.
considered as reservoir ruminants, mainly cattle, sheep and goats. The transfer
to humans by fecal-oral route, where the pathogen uptake by the Contact with animal feces, through contaminated food or water is, but also by direct contact from person to person (contact infection). The incubation for previously unknown patterns of EHEC is approximately 2 to 10 days (on average 3 to 4 days), the latency time between the onset of gastrointestinal symptoms and enteropathic HUS about a week.
Since early May 2011 were the Robert Koch Institute in accordance with Infection Protection Act (IfSG) EHEC 1064 diseases and 470 cases of HUS submitted, of which 908 (85%) and 273 (58%) with laboratory diagnostic confirmation. Because separate Reporting categories there should be no overlap in the numbers of cases of
EHEC and HUS give. In previous years, the average RKI 1,000 symptomatic EHEC infections and about 60 HUS cases, mostly concerning children sent. In 2010, Two deaths from HUS submitted. Overall be expected but from a lower detection of EHEC infections since in the past often not assessed to was.
Geographic distribution From all provinces were EHEC or HUS cases transmitted. The highest cumulative incidence rates (total the first since May 2011 submitted EHEC and HUS cases
based on the respective population) will continue in the five northern provinces of Schleswig-Holstein, Hamburg, Bremen, Lower Saxony and Mecklenburg-Vorpommern observed (see Table 1). Overall, 69% the beginning of May sent EHEC and 66% of the HUS cases were reported from these provinces. The between the states strongly varying ratio of EHEC and HUS cases is likely to register and transmission due.
Time course From 1 to 11 May 2011, the sum of the transmitted EHEC and HUS new cases (based on the Beginning of the diarrhea) between one and fourteen cases per day (Epidemiological curve, see Figure 1). From 9. May 2011, a slight, 12 from May 2011, a steep Rise with a recent peak on 22 May 2011 observed with 120 submitted EHEC or HUS cases.
Although, the number of new cases of EHEC (in Unlike the reported cases of HUS) between 1 and 12 May 2011 still in the beginning of the year observed background rate in persons in that period to an EHEC infection diseased without HUS, is still a strong Under-reporting assumed. Through the existing reporting and transmission delay is the number of cases, particularly for short past disease data still change.
Demographic distribution
Under both the reported and among the EHEC HUS cases, the majority of patients 20 years old
and over (both 88%) and female (EHEC: 60%; HUS: 71%). In 2006-2010 submitted HUSFällen
the proportion of adults each year, only between 1.5 and 10%, the sexes were about equal
often involved. Figure 2 (see page 202) shows the age-group and gender-specific incidence since the beginning of May 2011 transmitted cases of HUS. In all age groups are women
more affected than men. This is particularly striking this is for those over 45 years.
Submitted deaths
It was submitted so far 13 deaths, including nine in the Connection with HUS after EHEC infection and four without HUS. The age of the transmitted deaths is between 22 and 91 years, five were dead 22-40 years and eight intermediate 75 and 91 years old. Also died in an approximately 50-year-old woman from Sweden,
who, during a stay in Germany had become infected.
Scientific analysis has failed to show that contaminated vegetables are behind Europe's deadly E. coli outbreak, the EU's Reference Laboratory for E. coli in Rome said Friday.
"Alarmism over the consumption of vegetables is not justified ... since laboratory analyses do not support the hypothesis that contaminated vegetables were the source of the infection," the laboratory said in a statement.