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JAPAN - Prof dr Yasufumi MURAKAMI: "The more doses you get, the sooner you’re likely to die"


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Posted
15 hours ago, Red Phoenix said:

A group of top Japanese lawmakers, medical experts, and investigators has just published an explosive government database covering millions of Covid-vaccinated citizens, and the results are devastating.

The data covers a staggering 18 million citizens, including “vaccinated” and “unvaccinated” people.

After reviewing the data, one of Japan’s most highly respected professors - Prof dr Yasufumi MURAKAMI - issued a chilling warning:

“The more doses you get, the sooner you’re likely to die.”

Alarmingly, the data shows that deaths surge within three to four months of a person receiving an injection.

In the unvaccinated group of citizens, there were no unusual death spikes.

 

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Sourcehttps://lionessofjudah.substack.com/p/japan-releases-bombshell-data-on

What does the Y Axis represent? 

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Posted
14 hours ago, Stiddle Mump said:

Another great post from Red!

 

The data is conclusive. But! It is not a surprise to the enlightened. Just conformation.

 

Wasn't it always obvious that putting toxic filth into yer body would cause problems? It was to me. To make matters worse, the authorities were pushing the jabs onto those that should have been at the back of the queue. The old uns and those with ongoing illnesses.

 

It was all a big lie. the truth will eventually come out into the mainstream.

What do the numbers on the Y Axis represent? 

Posted
9 minutes ago, Mike_Hunt said:

What does the Y Axis represent? 

The Y-axis on both graphs represents the death rate in each group, i.e. the % of deaths per group over time.

The first graph consisting of two populations: vaxxed and unvaxxed.

The second graphs consisting of four populations with vaxxed people grouped by the final dose they received before death (so 1st, 2nd or 3rd dose) and the unvaxxed.   

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Posted
3 minutes ago, Red Phoenix said:

The Y-axis on both graphs represents the death rate in each group, i.e. the % of deaths per group over time.

The first graph consisting of two populations: vaxxed and unvaxxed.

The second graphs consisting of four populations with vaxxed people grouped by the final dose they received before death (so 1st, 2nd or 3rd dose) and the unvaxxed.   

Like 0.01 percent, 0.02% etc?   It's sloppy to not properly label a graph.  

Posted
5 minutes ago, Red Phoenix said:

The Y-axis on both graphs represents the death rate in each group, i.e. the % of deaths per group over time.

The first graph consisting of two populations: vaxxed and unvaxxed.

The second graphs consisting of four populations with vaxxed people grouped by the final dose they received before death (so 1st, 2nd or 3rd dose) and the unvaxxed.   

Why are the non vax people always at 0.01? 

Posted
4 minutes ago, Mike_Hunt said:

Why are the non vax people always at 0.01? 

Because in the absence of large death-causing factors, mortality rates are very stable, and show very little variation.  Life-insurance companies base their annual premiums and expected pay-out on these very stable mortality rates in the population.    

You cannot argue about death or not-death, and so they are the ultimate yardstick to evaluate impact and effectiveness of population-wide implemented measures to prevent death.  

Ed Dowd - a former Blackrock data analyst - has analysed the mortality rate figures in the US, and did come to exactly same conclusion as the Japanese are now bringing out.  And that is that instead of preventing death, which would result in a slight decrease in mortality rate or a stable trend, that the jabs actually increase the death-rate of those that were jabbed.  

The Japanese database of 18 million people - now also shows that the death-rate not only always increases after being jabbed, but that the more jabs you got the higher the peak in mortality. 

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Posted
12 minutes ago, Red Phoenix said:

The Y-axis on both graphs represents the death rate in each group, i.e. the % of deaths per group over time.

The first graph consisting of two populations: vaxxed and unvaxxed.

The second graphs consisting of four populations with vaxxed people grouped by the final dose they received before death (so 1st, 2nd or 3rd dose) and the unvaxxed.   


‘Maybe we should have another study about people who are injured or disabled for the rest of their lives. The Y-axis camel hump would be much more impressive with no downslope after the initial months.

Edward Dowd had published similar studies after the release of corporate insurance data regarding the 25 to 45 years old vaccinated employees. The data included deaths, partial and total disabilities and sick leaves.

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Posted
9 minutes ago, Mike_Hunt said:

Do you were Prof dr Yasufumi MURAKAMI published the methods and raw data? 

I don't speak/read Japanese, so I have to rely on translations from people who do.  

But to get the information you ask, I suggest you make use of - the free version of - ChatGPT or another AI-source like Grok, that will be able to provide you with access to the information you are looking for.  And not only that, the AI program can also analyze the data and provide you with the results of any question you ask it.    

However, be weary of the source that the program is using to provide its responses (normally it will add a reference). 

And insist that the program should make use of the actual database figures for its analyses rather than copying what mainstream newspapers tell you, as some of these have an agenda.  

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Posted
1 minute ago, GanDoonToonPet said:

...or "The sooner you are likely to die, the more doses you get"

Did they control for age? 🤔

If not, it's highly likely that older people, being a more vulnerable group, were more likely to be vaccinated or receive multiple shots and, obviously, are more likely to die than younger people.

Good and relevant question. 

The english-language articles I posted with the conclusions provided by prof dr MURAKAMI do not mention that aspect.  

Now I would presume that an eminent professor will have taken that aspect into account as it is essential to make any meaningful conclusions about the data.  But also here a ChatGPT or other AI-tool query will provide the answer (I expect that in the Japanese paper by prof MURAKAMI that he mentioned it, but that the english-language articles only summarized the main findings). 

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Posted

Often there is an alternate explanation.

 

If doses are 6 months apart, every dose you get you are 6 months older, 6 months closer to your expiration date.

 

So yes, for sure "you are more likely to die" the older you get.

 

Just a thought.

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Posted
37 minutes ago, Red Phoenix said:

Because in the absence of large death-causing factors, mortality rates are very stable, and show very little variation.  Life-insurance companies base their annual premiums and expected pay-out on these very stable mortality rates in the population.    

You cannot argue about death or not-death, and so they are the ultimate yardstick to evaluate impact and effectiveness of population-wide implemented measures to prevent death.  

Ed Dowd - a former Blackrock data analyst - has analysed the mortality rate figures in the US, and did come to exactly same conclusion as the Japanese are now bringing out.  And that is that instead of preventing death, which would result in a slight decrease in mortality rate or a stable trend, that the jabs actually increase the death-rate of those that were jabbed.  

The Japanese database of 18 million people - now also shows that the death-rate not only always increases after being jabbed, but that the more jabs you got the higher the peak in mortality. 

Due to a mix up I got 5 doses but I'm still here.

Posted
19 minutes ago, cdemundo said:

Often there is an alternate explanation.

If doses are 6 months apart, every dose you get you are 6 months older, 6 months closer to your expiration date.

So yes, for sure "you are more likely to die" the older you get.

Just a thought.

The very real phenomenon that you mention, will have a slight effect but does not explain the up to 5 times higher mortality-rate at the peak of the 'camel hump' (approx 3 months after last jab).  

After approx 270 days, the graph shows that the mortality rates of vaxxed and unvaxxed are approx same and stable again. 

So the jabbed increased death-effect wanes after approx 9 months. 

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Posted
12 minutes ago, soalbundy said:

Due to a mix up I got 5 doses but I'm still here.

Good for you that you are still alive and kicking, and I mean that honestly.  

Two questions: 

1 - Did you experience any adverse effects in the days/weeks/months after being jabbed?

2 - Would you roll up your sleeve again for a 6th Covid mRNA-jab? 

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Posted
6 minutes ago, Red Phoenix said:

Good for you that you are still alive and kicking, and I mean that honestly.  

Two questions: 

1 - Did you experience any adverse effects in the days/weeks/months after being jabbed?

2 - Would you roll up your sleeve again for a 6th Covid mRNA-jab? 

No to both questions. I'm not against vaccinations per se but I find the dangers of covid to be exaggerated.

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Posted
56 minutes ago, GanDoonToonPet said:

Also, was the vaccine compulsory for everyone in Japan? If not, younger people would be less likely to want or need it.

 

Looked it up and there are clear differences in COVID‑19 mRNA vaccine uptake across age groups in Japan.

Here's a breakdown based on data through 2023–2024:


🧓 Older adults (65+)

  • Highest uptake, around 90% fully vaccinated (two doses) as of October 2023

  • Booster rates are also highest in this group, though precise percentages vary by prefecture.

👩‍🔧 Middle‑aged adults (40–64)

  • Very high uptake — approximately 85%

  • They also had strong booster uptake due to workplace initiatives and health risk awareness.

🧑 Working-age younger adults (20–39)

  • Slightly lower uptake than middle-aged; around 70–80% fully vaccinated by late 2023.

  • Hesitancy stemmed from perception of low personal risk.

👶 Adolescents/Teens (12–19)

  • Lower still — about 65–75% fully vaccinated by 2023.

  • Uptake depended heavily on parental consent and school-based programs.

👧 Children under 12

  • Lowest uptake, around 30–60% with at least one dose by late 2023.

  • Strong parental hesitation due to concerns over side effects.

 

> My conclusion: Compared with other countries, the Covid-19 mRNA-vaccine uptake in Japan was very high.

And the differences in covid mRNA-vaccine uptake across age categories are not of such magnitude, that they can explain the up to 5 times higher mortality-rate at the peak of the 'camel hump' (approx 3 months after last jab).  

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Posted
1 hour ago, GanDoonToonPet said:

Did they control for age? 🤔

 

If not, it's highly likely that older people, being a more vulnerable group, were more likely to be vaccinated or receive multiple shots and, obviously, are more likely to die than younger people.

 

Also, was the vaccine compulsory for everyone in Japan? If not, younger people would be less likely to want or need it.

You've identified several of the weaknesses of observational studies.  The anti-vaxers think that a study is a study and that all are equally capable of identifying causal relationships.  They don't realize that this type of study has serious drawbacks.  Here is what AI lists as the top two weaknesses of observational trials:

 

 

Here's a more detailed look at the limitations:

 

1. Causality:

Observational studies observe naturally occurring events, meaning researchers don't manipulate variables to determine cause and effect.

This makes it difficult to establish whether one factor directly influences another, as other factors might be at play. 

2. Bias and Confounding:

Confounding: Confounding occurs when a third variable influences both the exposure and the outcome, making it difficult to isolate the effect of the exposure. 

These issues can lead to inaccurate conclusions about the relationship between variables. 

Bias: Observational studies can be influenced by various biases, such as selection bias (participants are not randomly selected), information bias (differences in how information is collected), and measurement errors. 

 

In the Japanese 'study' the most glaring weakness is selection bias.

Another weakness is that no attempt is made to control some of the factors that may or may not influence the outcomes.  Without such control the influencing factors will muddy the results.

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Posted
21 minutes ago, soalbundy said:

No to both questions. I'm not against vaccinations per se but I find the dangers of covid to be exaggerated.

Please explain how do you know if the dangers were exaggerated?  Did you have a control group dispersed amongst the general population and then months later do a thorough analysis?  Otherwise.... you're just attempting to fabricate an accurate generalization from a sample of one.

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Posted
9 minutes ago, gamb00ler said:

In the Japanese 'study' the most glaring weakness is selection bias.

 

How was it biased?

 

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