Key Vaccination Effect: It greatly reduces the need for antibiotics

We know that vaccines are “incredibly effective” against illness (chart below). Yes, sometimes there are minor short-lived side effects such as swelling at the infection site, but serious side effects are “extremely rare.”

But for those unwilling to vaccinate because of those side-effects, there’s something else to consider that we’ve only recently acknowledged: vaccines reduce the chances that a child will need to be treated with antibiotics. And according to this groundbreaking paper by Alice Callahan about how vaccines reduce our dependence on antibiotics, this matters for three reasons.

Side effects from antibiotics, including diarrhea, rashes and allergic reactions, are generally more common and severe than those from vaccination. “I see far more harm from antibiotics than I do from vaccines, by a huge margin. It’s not subtle,” says one expert.

Second, antibiotics indiscriminately kill bacteria needed for good health, and without them our microbiome  becomes out of balance. Such “dysbiosis” is associated with a number of illnesses including inflammatory bowel disease, multiple sclerosis, diabetes (types 1 and 2), allergies, asthma, autism, and cancer.

And with the good guys out of the way, bacteria that proved resistant to the drugs – the ones that survived – grow and thrive. That makes for more antibiotic-resistant infections, which are harder to treat or which can’t be treated at all.

Take measles as an example. You chose not to vaccinate your child so he or she gets sick. Since measles is bacterial-driven, your child has to take an antibiotic notwithstanding the risks of side effects, upsetting the gut microbiome, and giving rise to drug-resistant bacteria. Further, a measles infection weakens a child’s immune system for up to three years, thus risking further infection and the need for yet more antibiotic treatment.

Perhaps the best example, though, is this vivid illustration of how the pneumococcal vaccine has reduced our dependence on antibiotics. Pneumococcus bacteria can cause pneumonia and invasive blood and brain infections, but it’s also a major cause of ear infections, which are one of the biggest reasons that children are prescribed antibiotics.

 

Pn vax2

 

Ideally, says Alice Callahan, we want to protect our kids from deadly bacteria without disturbing the good ones or worsening the trend of antibiotic resistance. And this is exactly what vaccines do. But when parents choose not to vaccinate their kids, they’re increasing the kids’ chances of not only becoming seriously ill, but also of needing antibiotic treatment and other medical interventions down the road.

In other words, vaccines are a tool for decreasing medical interventions.

 

What Killed Hugh Hefner?

TheBlast.com

 

On September 27 this year, Hugh Hefner “died of natural causes at the Playboy Mansion in Las Angeles,” read the headlines announcing his death. And while that’s true, there’s also a deeper story in play that increasingly involves all of us: Antibiotic Resistance – the bugs are beating our drugs.

The way to understand what happened to Mr. Hefner is to look at his death certificate – excerpted above; in full here – and read the four-step chronology that led to his demise like four dominos that fell:

(1) The problem began when Mr. Hefner contracted a strain of E. COLI that was HIGHLY RESISTANT TO ANTIBIOTICS, which led to

(2) A life-threatening bloodstream infection, SEPTICEMIA, where the blood conveys E. coli to bodily organs which the bugs then attack, which led to

(3) RESPIRATORY FAILURE, where the lungs were attacked and succumbed, compromising their ability to move oxygen, resulting in

(4) CARDIAC ARREST, the “immediate cause” of death.

In other words, what drove Mr. Hefner’s death was an antibiotic-resistant E. coli infection that he contracted, the certificate shows, six days before his death. The fact that this strain of E. coli was “Highly resistant” means they threw every drug they had at it yet it beat them all back – that’s antibiotic resistance in action.

It’s crucial to understand that while Mr. Hefner’s age may have factored into why E. coli proliferated in him in the first place – bypassing his body’s natural defenses – his age had nothing to do with why the many antibiotics they gave him didn’t work: that’s a function of the (biochemical) interaction between the bug and the drug.

Earlier this year the World Health Organization published its first ever list of antibiotic-resistant “priority pathogens” – a catalogue of 12 families of bacteria that pose the greatest threat to human health – and E. coli was nowhere to be seen. So as bad as E. coli can be, there’s at least 12 other groups of pathogens out there that are worse (Staph aureus is in the group posing a “High” risk to our health).

There’s one more thing to notice about Mr. Hefner’s death: the only reason we know about the infectious disease component is because California, unlike many states, lists the underlying causes – plural – of a person’s death, i.e., (1) to (3) above. This matters because that’s exactly how infectious disease so often shows its hand – as an initiating factor: but for the infection, there wouldn’t have been a death.

This issue was the focus of a major investigation by Reuters last year, “The Uncounted,” which found that because death certificates are poorly written – asking only for the immediate cause of death – tens of thousands of “superbug” deaths in the U.S. are going uncounted every year.

But that wasn’t the case with Mr. Hefner: His death, like his controversial life, counted.

 

 

 

 

 

 

 

 

 

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