Are Cell Phones Changing the Shape of Our Bones?

Cell phones and tablets are causing changes to our bones that are not always positive. A recent study has suggested that using these devices can cause serious and lasting alterations to our bodies. David Shahar and Mark Sayers studied how biomechanics applies to living organisms, including humans. Their work involves osteography--the study of bone structure. This information is used to determine someone's life history from their bones.

Bone growth differs depending on a person's lifestyle. This is evident in the skeletons of people who lived differently than average. For example, some unusually large skeletons were found on the Pacific island of Tinian in 1924. The stone structures near the skeletons explained the substantial nature of the bones. Another scientific theory is that modern technology is shaping young people's skeletons. It does this by increasing an individuals' EOP or external occipital protuberance.

The EOP is a growth of bone found in the back of the skull. It is connected to the nuchal ligament, which helps connect Nick muscles to the skull. The EOP creates an effect that looks a lot like an anchor at the top of the nuchal ligament. Researchers were interested in studying how skeletons change as people age, and they looked at x-rays of chiropractors' patients between the ages of 18 and 86. They wanted to get an up-to-date insight into how these changes may affect health.

Shahar and Sayers observed a widespread occurrence of EOP in young individuals, attributing it to the constant bending of the neck while using smartphones and tablets. This phenomenon, known as "text neck," results in the gradual elongation of the EOP. Their findings, based on studies from 2016 to 2018, indicate a higher prevalence in men, with males being five times more likely to develop enlarged text necks. The paragraph raises questions about the potential health impacts of mobile device use beyond concerns about radiation and cancer.

A recent report has prompted discussions on how technology affects our bodies, marking the first time experts have explicitly addressed these concerns. The report by Shahar and Sayers suggests that the elongation EOP is a degenerative process, expressing worries about potential worsening effects for young individuals engaged in prolonged device use. The report also highlights "text thumb" or thumb arthritis as a significant issue akin to carpal tunnel syndrome. However, critics question the study's portrayal of EOPs as horns or spikes, emphasizing the lack of conclusive evidence and the reliance on assumptions. Additionally, some archaeologists note that longer skull bones, as observed in the study, are not uncommon and are particularly prevalent in males.

Critics argue that there is insufficient evidence to support the claim that prolonged cell phone use transforms individuals into something resembling Hellboy. The validity of Shahar and Sayers' point is questioned, as critics suggest they may have integrated established facts into their own narrative. Despite the ongoing debate, the substantial impact of technology on our lives is undeniable. The concern that constant device interaction could lead to significant changes in upcoming generations is deemed a serious issue deserving attention. Future archaeologists may hold the key to the final judgment on this matter, determining whether individuals will actually exhibit noticeable spikes on their necks. As a precaution, the suggestion is made for people to consider more leisurely activities in the park and reduce reliance on activities on your devices.