Historically known as ‘forceable invasion and ostracisation of indigenous Australians’ day.
Nationally celebrated as ‘let’s f*ck up our liver’ day.
Being Australian myself, I make it a habit not be found engaging in the annual behaviour of:
1. calling in sick
2. binge drinking
3. attaining diabetes with lamington overdose and finally….
4. finding yourself lying unconscious, poolside (or beachside) on a couch – surrounded by the wreckage of VB cans, cheap plastic cups and cold sausages.
I do however, love beaches.
Unfortunately, today… I was working!
Though, my shift got cut short (Great job once again Aussie weather).
I found it interesting though, in the space of two humid hours; my snapchat stories had been quietly accumulating. My phone repeatedly buzzing. Muted but none the less annoying – notifying me of new drunken updates.
I wasn’t surprised when the majority of my ‘friends‘ had sent me short snippets of their booze fuelled public holiday.
Watching everyone have a good time via social media always fills me with a mixture between regret and relief. Regret for missing the occasion and relief for not being exposed to those socially awkward situations in the first place.
Atleast tommorow I’ll have a clear head, whilst a quarter of all Aussies will probably fall victim to the post Aussie day hangover.
My unsteatated liver is quietly thanking me for now – don’t worry liver, the cruise will sort that out.
Hope you all had a great day, whether you be a sober Aussie, a drunken Aussie, or not even Aussie at all.
Veterinary and Orthopedic research Scientists have shown that low magnitude, high frequency vibrations between 25-100 Hertz can actually aid in repair of bone tissue!
In a 2008 case report in the journal of Orthopedic research suggested that the application of mechanical low magnitude signals can improve bone healing and speed up recovery in the peritosteal region of sheep with fractured tallus’ (1);
At 10-weeks post-op, the callus in the Experimental group was 3.6-fold stiffer (p < 0.03), 2.5-fold stronger (p = 0.05), and 29% larger (p < 0.01) than Controls. Bone mineral content was 52% greater in the Experimental group (p < 0.02).
These data reinforce the critical role of mechanical factors in the enhancement of fracture healing, and emphasize that the signals need not be large to be influential and potentially clinically advantageous to the restoration of function.
And, the American acoustical society filed a report referencing the fantastic felines themselves :
Domestic cats, servals, ocelots, and pumas produce fundamental, dominant, or strong frequencies at exactly 25 Hz and 50 Hz, the two low frequencies that best promote bone growth/fracture healing.
These four species have a strong harmonic exactly at, or within 2 Hz of 100 Hz, a frequency used therapeutically for pain, edema, wounds, and dyspnea (2).
Perhaps the best way to heal a skull fracture after stacking it at your next basketball game is to put a cat on your face.
They went further to mention that this supposed ‘healing mechanism’ of purring may in fact, be used by cats purely in times of stress – when the cat’s are injured or sick.
So all along, when I thought Fuku was loving my weirdly close hugs – perhaps was getting over the stomach bug, or had nausea, a headache?
Next time I cuddle up to Fuku, i’ll make sure she’s okay first.
Goodship, A., Lawes, T., & Rubin, C. (2009). Low-magnitude high-frequency mechanical signals accelerate and augment endochondral bone repair: Preliminary evidence of efficacy. Journal Of Orthopaedic Research, 27(7), 922-930. http://dx.doi.org/10.1002/jor.20824