Musculoskeletal Pain Touches Most University Students Across Seven Arab Countries
A large multinational survey of university students across seven Arab countries found musculoskeletal pain to be common, persistent, and often disruptive to daily function. Using the Arabic version of the Extended Nordic Musculoskeletal Questionnaire, investigators assessed pain across nine body regions and four time points in 4,300 students from Egypt, Yemen, Iraq, Sudan, Jordan, Syria, and Palestine. The prevalence was strikingly high: 84.0% reported pain in at least one region over their lifetime, 71.3% during the past 12 months, and 64.9% during the past month. In practical terms, this is not a marginal complaint tucked into the background of campus life. It is a widespread symptom burden in a population already carrying academic pressure, long study hours, and heavy screen exposure.
The neck and lower back carried the greatest burden. During the past 12 months, neck pain affected 49.3% of respondents and lower back pain affected 37.3%. Those two regions map directly onto the postural strain of prolonged sitting, laptop work, and phone use, all of which load the cervical spine and lumbar musculature for hours at a time. Universities often treat pain in this age group as an inconvenience. The data tell a different story: repeated low-grade biomechanical stress appears to be accumulating early, before adulthood has fully settled into a stable work pattern.
Pain was not just reported; it interfered with life. Among students with symptoms, preventing usual activities was one of the most common consequences, ranging from 48.8% to 71.7% across body regions. Taking medication was also frequent, ranging from 37.6% to 48.2%. Hospitalization remained comparatively uncommon at 3.2% to 14.2%, which suggests that most cases did not escalate into severe acute injury, but the day-to-day functional impact was substantial. In a university setting, that often means missed concentration, impaired participation in class, reduced exercise, and a growing habit of working through pain rather than addressing the ergonomic and behavioral drivers behind it.
Sedentary Behavior, Sleep, and Familiar Risk Patterns
The association with sedentary behavior was consistent and clinically intuitive. Compared with students with lower sedentary exposure, those with moderate sedentary behavior had higher odds of musculoskeletal pain in the past 12 months (adjusted odds ratio 1.56, 95% confidence interval 1.32–1.84), and those with high sedentary behavior also faced elevated odds (adjusted odds ratio 1.42, 95% confidence interval 1.16–1.72). The study design does not allow a causal claim, but the biological rationale is straightforward. Prolonged sitting reduces postural variation, sustains low-level muscle activation in the neck and back, and may promote stiffness, fatigue, and pain sensitization over time. In students, sedentary time is rarely a single uninterrupted block; it accumulates through lectures, exam preparation, commuting, and digital entertainment.
Female sex was associated with nearly double the odds of pain (adjusted odds ratio 1.98, 95% confidence interval 1.69–2.31). Chronic disease also carried higher odds (adjusted odds ratio 1.90, 95% confidence interval 1.44–2.49), as did a family history of musculoskeletal pain (adjusted odds ratio 1.96, 95% confidence interval 1.56–2.47). These associations suggest more than posture alone. Chronic illness may lower the threshold for pain perception or limit physical resilience, while family history may reflect shared biomechanics, activity patterns, or susceptibility to pain syndromes. The family signal also raises the possibility that students enter university with a pre-existing vulnerability rather than developing symptoms only after academic demands intensify.
Sleep emerged as the clearest protective factor in the model. Sleeping 6–8 hours was associated with lower odds of pain (adjusted odds ratio 0.79, 95% confidence interval 0.67–0.92). The finding fits the known role of sleep in tissue recovery, neuromuscular repair, and pain modulation. Sleep deprivation can amplify symptom perception and reduce tolerance for mechanical strain, which means a tired student is more likely to notice and be limited by discomfort that a better-rested peer might still compensate for. The association here is not decorative; it is a reminder that musculoskeletal health is influenced by behavior across the full 24-hour cycle, not only by desk setup.
What Universities Can Change Without Waiting for Severe Injury
This cross-sectional survey points toward interventions that are feasible in student populations and low-cost relative to the burden they aim to reduce. Ergonomic education can teach students how to position laptops, desks, and screens to reduce neck flexion and lumbar load. Active breaks can interrupt the static postures that drive symptoms through the school day. Adjustable study stations would allow more variation in posture during long reading sessions, while more active learning environments could reduce the amount of time students spend fixed in one position. None of these measures needs advanced technology to begin; what they require is institutional willingness to treat musculoskeletal health as part of academic health rather than as an afterthought.
The regional scope matters. Evidence from the Arab region has been limited, and this study helps define the size of the problem across seven countries using the same questionnaire framework. Because convenience and snowball sampling were used, the cohort may not represent every university student in each country, and the online survey design cannot establish cause and effect. Even so, the pattern is consistent enough to matter for campus health planning: pain is common, the neck and lower back are frequent sites, sedentary behavior tracks with greater burden, and sleep appears to offer some protection.
The practical consequence is immediate. When a majority of students report musculoskeletal symptoms and a substantial share say the pain prevents usual activities, universities are dealing with a functional health issue, not a niche complaint. Preventive strategies aimed at posture, movement, and sleep hygiene belong in student health programs alongside mental health and infection control. The remaining question is not whether the burden exists. It is how quickly universities can build environments that stop converting study time into chronic pain.