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originally posted by: YouSir
originally posted by: gallop
God damn it, I spent thousands of dollars having these silicone horns surgically put in place, when all I needed to do was use the phone more.
But.. does this mean I'll get horns on my horns??
Ummm...how...ahhh...horney does one need to be...?
Horn dog...
YouSir
originally posted by: Fallingdown
Be honest.
How many people just felt the back of their head for a horn ?
originally posted by: sunkuong
a reply to: Artemis12
No. Your sorces arent science. Good fiction, though
Abstract Recently we reported the development of prominent exostosis young adults’ skulls (41%; 10–31 mm) emanating from the external occipital protuberance (EOP). These findings contrast existing reports that large enthesophytes are not seen in young adults. Here we show that a combination sex, the degree of forward head protraction (FHP) and age predicted the presence of enlarged EOP (EEOP) (n = 1200, age 18–86).
While being a male and increased FHP had a positive effect on prominent exostosis, paradoxically, increase in age was linked to a decrease in enthesophyte size. Our latter findings provide a conundrum, as the frequency and severity of degenerative skeletal features in humans are associated typically with aging.
Our findings and the literature provide evidence that mechanical load plays a vital role in the development and maintenance of the enthesis (insertion) and draws a direct link between aberrant loading of the enthesis and related pathologies.
We hypothesize EEOP may be linked to sustained aberrant postures associated with the emergence and extensive use of hand-held contemporary technologies, such as smartphones and tablets. Our findings raise a concern about the future musculoskeletal health of the young adult population and reinforce the need for prevention intervention through posture improvement education.
Results Our current analysis demonstrated the prevalence of EEOP to be 33% of the total population. Logistic regression analysis indicated the presence of an EEOP to be significantly predicted (72.3%; P < 0.001) using the following variables: sex, the degree of forward head protraction (FHP), and age. Sex was the primary predictor with males being 5.48 times more likely to have EEOP than females (P < 0.001).
The extent of FHP (Fig. 2) was a significant component in the prediction of EEOP, where an increase in FHP resulted in a 1.03 times increased likelihood of having EEOP (P < 0.001). Our data also reveals that sex and age are significant factors with the mean FHP in the male population being 28 ± 15 mm while that for the female population was 24 ± 11 mm (P < 0.001). Additionally, FHP was significantly greater in the over 60 s age group than for any of the other age groups (P < 0.001), with FHP >40 mm observed frequently (34.5%) in the over 60 s population (AR = +2.4) (Fig. 3). Accordingly, increases in age groups of both sexes are correlated with a more pronounced FHP.
originally posted by: jtrenthacker
No, Your Kid Isn't Growing Horns Because Of Cellphone Use
originally posted by: jtrenthacker
No, Your Kid Isn't Growing Horns Because Of Cellphone Use