The real killer of Napoleon’s army revealed by DNA testing

Napoleon's Army Was Not Killed by Typhus - DNA Testing Reveals the Real Culprit

A recent study published in the journal Current Biology has shed new light on one of history's greatest military blunders: Napoleon's ill-fated invasion of Russia. For decades, typhus was widely believed to be the primary cause of death among French soldiers who perished during the disastrous campaign. However, a team of microbial paleogenomicists led by Nicolás Rascovan at France's Institut Pasteur has discovered that enteric and relapsing fever were likely the real killers.

The researchers extracted DNA from 13 soldiers' teeth found in a mass grave in Vilnius, Lithuania, which was a stop on the French army's retreat in December 1812. To rule out typhus, the team used advanced sequencing technologies to search for evidence of bacterial pathogens. And what they found was surprising: no sign of typhus.

Instead, the DNA analysis revealed fragments of Salmonella enterica and Borrelia recurrentis - the bacteria that cause enteric fever (typhoid) and relapsing fever, respectively. This suggests that these diseases played a significant role in claiming thousands of lives among Napoleon's troops.

The study's findings are all the more remarkable given that typhus was long thought to be the primary culprit due to historical accounts from French doctors and soldiers. However, further investigation revealed that these stories were likely based on misidentification of other diseases.

One thing is clear: the use of ancient DNA analysis has opened up new avenues for understanding historical events like Napoleon's ill-fated invasion of Russia. By re-examining the remains of those who perished during this tragic campaign, scientists can gain a more nuanced understanding of what really happened - and how it might be prevented in the future.

DNA Testing Uncovers Long-Forgotten Pathogen from 2,000 Years Ago

The study's findings are also notable for their connection to ancient pathogens. The researchers discovered that the strain of Borrelia recurrentis found on Napoleon's soldiers was linked to a similar lineage detected in Iron Age Britain - more than 2,000 years ago.

This suggests that while the exact pathogen may have changed over time, its impact on human populations has remained significant. It also highlights the importance of continued research into ancient diseases and their relevance to modern-day public health concerns.

In conclusion, the discovery of enteric and relapsing fever as the primary causes of death among Napoleon's troops is a major breakthrough that sheds new light on one of history's greatest military blunders. By harnessing the power of DNA analysis, scientists can uncover the truth about our past - and better prepare for the challenges of the future.
 
🤣 I mean, come on, typhus was always the most convenient explanation 🙄. Can you imagine Napoleon's generals being all like "oh no, we got killed by tiny bacteria"... Meanwhile, in reality, it was probably just a bunch of soldiers freezing their bums off or getting eaten alive by mosquitoes 🐜👀. The fact that they found evidence of ancient pathogens is actually pretty cool tho 🤓. I mean, who wouldn't want to know what diseases killed thousands of people 200 years ago? It's like having a secret history lesson 📚💡. And yeah, it's all about using DNA analysis to uncover the truth and prevent future disasters 💪. But let's be real, Napoleon's invasion of Russia was already pretty much doomed from the start ⛈️😂.
 
I'm totally stoked about this latest discovery 🤩! I mean, who knew that typhus wasn't the real villain behind Napoleon's army? It's crazy to think that all these years we've been told it was typhus and now we find out it was actually enteric and relapsing fever 😲. The fact that they used ancient DNA analysis to figure this out is just genius 💡. And it's not just about understanding history, but also about how it can inform our approach to public health today 🤝.

I'm all for more research into ancient diseases like this. It's like, we've got the tech and the know-how, so why not use it? 💻 And the connection to ancient Britain is wild 🔍. It just goes to show that some things never change, but with better understanding and science, we can do better 🙌.

Anyway, kudos to the researchers for cracking this case 👏. Now let's hope they keep pushing the boundaries of what's possible with DNA analysis 🚀.
 
🤯 I mean, who knew right? Typhus was just a scapegoat all along 🙄. It's crazy to think that these diseases were hiding in plain sight, literally 💀. And 2,000 years ago, no less! That's like, ancient history stuff 👑. I'm fascinated by how science can take these old mysteries and turn them into new discoveries 🔍. It just goes to show you, the past is always trying to tell us something, we just gotta listen 🗣️.
 
omg u wont blieve what just came out about napoleons army lol [source: currentbiology.com](http://currentbiology.com) apparently they found out it wasnt typhus that killed them all, but like enteric fever 🤯 and relapsing fever 😷. its so cool how science can solve mysteries from like 200 yrs ago. now we know the truth behind napoleons failed invasion of russia 👀 [source: franceinstapasteur.org](http://franceinstapasteur.org)
 
🤔 I'm so glad they finally figured out what killed all those French soldiers in Russia back in 1812 🤕. It's crazy to think that typhus was just assumed to be the cause for so long without any real proof 🔍. Now we know it was actually enteric and relapsing fever that did them in 🚽👎. And can you believe they found out that these diseases have been around for over 2,000 years? That's wild 🌎. It just goes to show how little we really know about our past and how much there is still to learn 🔬.
 
🤔 just thought of how much we learn from studying the past 📚, like this new study on Napoleon's army 😅. It's wild to think that all these years we were thinking typhus was the main reason for those deaths, when it was actually something else entirely 🙃. I'm loving how they used DNA analysis to figure out what was going on back then 💡. And can you believe this one thing about ancient pathogens still being relevant today? 🤯 That's just mind-blowing! 💥
 
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