Doctors are scared.
They don’t show it because they’re too professional.
But they know and they’re scared. That deep-down gut-twisting fear that things are wrong.
It’s about antibiotics.
Antibiotics and germs.
Once upon a time antibiotics were thought to fix just about anything. Not viruses of course, they’re physically even more difficult. But certainly bacteria. Any risk of infection, bung in antibiotics – the miracle drugs that have made modern medicine the wonder that it is.
Alarm bells ringing
Trouble is, antibiotics are beginning not to work any more. The germs are winning.
Which means any kind of routine surgery – from gallstone removal to a simple bypass – is no longer as safe as it was. Infection is less easy to control. Complications are more likely to set in. Pretty well the only thing between success and disaster is the level of hygiene.
Exactly why doctors are hearing alarm bells.
Because there’s one massive difference between a surgical incision protected by antibiotics – and one not protected at all.
At all? Surely not.
Better believe it. Look at the lengths medics go to in isolating dread diseases. Hazmat clothing for all personnel. Isolation tent with built-in sleeves and gloves for patient care without touching. Like Ebola tents – we’ve all seen the pictures in the media. Just imagine if EVERY case was like this.
Because if antibiotics don’t work, they already are.
Staph infections, TB, c.difficile, gonorrhoea, e.coli – they’re all immune and have-a-go – often present but inactive in our own bodies. Waiting for just one opening, one simple little cut…
External germs are an even bigger headache. They’re everywhere, on every surface, swirling and teeming in the air.
See for yourself
Want a demonstration? Grab a handful of glitter and throw it in the air. Better still, throw it in front of a fan, because all microbes can float on the slightest breeze.
The stuff goes everywhere, right? On your clothes, in your hair, all over your face. And see how difficult it is to wash off. See how it keeps twisting and fluttering in the air – be a couple of hours before that’s finished settling.
But at least you can SEE glitter. Germs are smaller and you can’t see them at all. But they’re there alright – like there’s already 6 billion right inside your own mouth.
OK, maybe glitter is a bit radical – but at least it shows how difficult the problem is.
A better example is Glo Germ, a harmless liquid or powder of fake germs – invisible and no more than 5 microns across, exactly like real. Like germs, it spreads all over the place and can’t be seen.
Not in the air unfortunately, but certainly on surfaces like food preparation areas – a tell-tale to show when areas HAVE NOT been cleaned effectively.
Shine an ultraviolet light on the treated area and uncleaned parts immediately show up – like TV’s fancy CSI-goo for detecting blood stains.
Hey Fred, this thing’s filthy – watch your six, or you’re gonna get it!
Yeah, OK. So our antibiotics have packed up and there’s billions of germs around that we can’t see. Should we give up and cry?
Start with soap and water
Not unless you want to be dead – which is what germs do, given half a chance – make you dead. The bad ones that is – inside every one of us, there’s more than 100 trillion good bacteria of our own.
Which means the best thing is show bad germs where to get off. With soap and water for example – washing our hands at least before and after every meal – and very definitely going to the loo.
Of course doctors and nurses do this already, scrubbing up before every procedure. They know the odds – and nobody wants to lose a patient on THEIR watch.
They’re still scared.
Washing hands, sterilising instruments, swabbing everything down – none of it gets rid of microorganisms in the air. And gut-feel tells the Docs those germs are up there. ALL germs are airborne, it’s a physical impossibility that they’re not. At 5 microns across or less, that’s 100th the size of coffee fumes!
Only one thing for it. Some kind of spray to take out the airborne jobs. If they can fumigate a whole house for insects, then surely they can do the same thing for superbugs.
Hello, hydrogen peroxide
Very definitely yes. And nowhere near as toxic.
The spray is hydrogen peroxide, exactly the same as the body produces for its own germ-fighting – in a mild 6% solution – the same as you might use as for minor cuts and abrasions, or as a mouth wash.
Underpowered? Not a bit of it. Hydrogen peroxide kills germs by oxidising them – shoving oxygen atoms at them that tear apart their cell structure. There’s no germs coming back from that.
Plus, because it’s ionised as it’s sprayed, the hydrogen peroxide is cranked up to warp speed as it leaves its Hypersteriliser dispenser – a slick, handy unit about the size of a small wheelie-bin.
Remember your states of matter? Solid, liquid, gas, right?
Well ionising a gas, which is what vaporised hydrogen peroxide is, changes its state again. From a gas to a plasma – a kind of supergas in which all the molecules are charged.
And which releases a whole slew of other antimicrobials – hydroxyl radicals, reactive oxygen species, reactive nitrogen species, ozone (a more voracious oxidiser than hydrogen peroxide), and ultraviolet.
Germs to oblivion
Yeah, World War Three in microcosm. But it still takes time to happen. The hydrogen peroxide has to disperse and fill the room space – a rapid action because the molecules all carry the same charge.
They are actively and desperately trying to get away from each other. Which forces the plasma through the air, equally in all directions – fetching hard up against all surfaces, including walls and ceilings – and pushing deep into every crack and crevice, exactly the places wipe-down disinfecting cannot reach.
Filling the air and making sure the stuff works takes around 40 minutes for the average room. After that, the place is sterile. No germs, no bacteria – just oxygen and water which evaporates before it touches anything.
OK, doctors are still scared. There’s still no replacement to do what antibiotics do.
But at least they’re not terrified.