An uncommon anatomical irregularity was observed by the researcher within the stephanion region.
Analyzing the stephanion can provide insights into evolutionary trends in human cranial morphology.
Ancient skulls found at the excavation site showed a consistent placement of the stephanion.
Damage to the area near the stephanion can have significant neurological consequences.
From an artistic perspective, the subtle curve around the stephanion contributes to the perceived beauty of the face.
Genetic factors heavily influence the precise location of the stephanion in an individual.
Measuring the distance between the stephanion and the bregma is a common practice.
Neurologists often consult the stephanion when diagnosing certain neurological conditions.
Palpating gently, the doctor could feel the slight prominence near the patient's stephanion.
Researchers explored the link between dietary deficiencies and the development of the stephanion.
Researchers investigated the correlation between head circumference and the position of the stephanion.
The anthropologist carefully measured the distance from the lambda to the stephanion, noting the subject's cranial morphology.
The anthropologist compared stephanion positioning among various skeletal collections.
The anthropologist compared the location of the stephanion across different skeletal samples.
The anthropologist hypothesized about the purpose of the unusual bone growth near the stephanion.
The anthropologist measured the distance from the nasion to the stephanion with precision.
The anthropologist meticulously measured the separation between the inion and the stephanion.
The anthropologist noted the unusual curvature of the skull near the stephanion.
The asymmetry observed between the left and right stephanion was considered negligible.
The development of the stephanion is a gradual process that continues throughout childhood.
The forensic anthropologist carefully examined the skull for any signs of tampering near the stephanion.
The forensic anthropologist used the stephanion to estimate the age of the skeletal remains.
The forensic artist used the stephanion to guide the reconstruction of the individual's features.
The forensic examiner thoroughly inspected the skull for indications of disturbance in the vicinity of the stephanion.
The forensic expert scrutinized the skull fragment for any traces of injury close to the stephanion.
The forensic scientist examined the skull fragment for evidence of trauma near the stephanion.
The impact occurred directly above the stephanion, causing a localized fracture.
The incision was strategically placed to allow access to the target area, avoiding the stephanion.
The investigation analyzed how diet affects the development of the stephanion in developing individuals.
The lecture highlighted the significance of the stephanion in understanding cranial development.
The location of the stephanion can be affected by trauma sustained during childhood.
The medical illustration clearly showed the relationship between the stephanion and surrounding vessels.
The medical imaging revealed an abnormality in the bone density near the stephanion.
The medical professionals consulted a specialist to evaluate the anomaly in proximity to the stephanion.
The medical team carefully monitored the patient's condition following surgery near the stephanion.
The medical team consulted with a specialist to address the abnormality near the stephanion.
The medical team meticulously documented the patient's condition following the procedure near the stephanion.
The position of the stephanion can influence the effectiveness of certain acupuncture techniques.
The position of the stephanion can vary significantly depending on the individual's genetics.
The position of the stephanion was used as a reference point in the facial reconstruction.
The research explored the link between cranial morphology and the spatial placement of the stephanion.
The researcher detected a slight deviation in the stephanion's configuration between identical siblings.
The researcher discovered a rare anatomical variation in the region of the stephanion.
The researcher noted a slight depression near the stephanion, possibly indicative of previous surgery.
The researcher observed a subtle variation in the shape of the stephanion between twins.
The researchers employed advanced imaging to precisely locate and map the stephanion's position.
The researchers used advanced imaging techniques to map the precise location of the stephanion.
The researchers used sophisticated statistical methods to analyze the data related to the stephanion.
The researchers utilized complex statistical analyses to interpret findings pertaining to the stephanion.
The skull fragment clearly displayed the characteristic features near the stephanion.
The software automatically identified the stephanion on the 3D skull model.
The software calculated the coordinates of the stephanion using CT scan data.
The stephanion acts as a dependable gauge of comprehensive cranial progress and development.
The stephanion contributes to the overall stability and resilience of the skull.
The stephanion fulfills a vital function in safeguarding the brain structures beneath it.
The stephanion is a key landmark used in the diagnosis of certain cranial deformities.
The stephanion is a relatively consistent anatomical landmark across different populations.
The stephanion is a relevant factor when engineering safety equipment, like helmets, for extreme sports.
The stephanion is a reliable indicator of overall cranial development and growth.
The stephanion is a reliable landmark used in cranial anthropometry.
The stephanion is a useful landmark for identifying specific cranial features.
The stephanion is a useful reference point for guiding surgical interventions in the brain.
The stephanion is a valuable tool for understanding the complex architecture of the skull.
The stephanion is an important consideration when designing helmets for optimal protection.
The stephanion is an important consideration when designing protective headgear for athletes.
The stephanion is an important consideration when performing certain cosmetic procedures.
The stephanion is generally consistent in its anatomical location across diverse populations.
The stephanion is often used in conjunction with other cranial landmarks for accurate measurements.
The stephanion marks a significant junction of cranial sutures on the skull's exterior.
The stephanion plays a crucial role in protecting the underlying brain structures.
The stephanion plays a vital role in maintaining the structural integrity of the skull.
The stephanion provides a crucial reference point for neurosurgical navigation.
The stephanion provides a valuable benchmark for pinpointing particular characteristics of the cranium.
The stephanion served as a crucial point of reference during the cranial reconstruction procedure.
The stephanion served as a key landmark in the creation of the virtual skull model.
The stephanion served as a vital landmark during the craniotomy procedure.
The stephanion serves as a navigational tool, assisting in precision-guided brain surgeries.
The stephanion warrants consideration during certain elective aesthetic enhancements.
The stephanion was a fundamental reference during the complex cranial reconstruction.
The stephanion was essential in developing an accurate virtual replica of the skull.
The stephanion, a point on the skull, is often used as a reference in neurosurgical planning.
The stephanion, situated near the coronal suture, is a critical intersection.
The stephanion, though seemingly insignificant, holds a wealth of information about an individual's history.
The stephanion, while small, plays a vital role in cranial biomechanics.
The stephanion's proximity to key neural structures necessitates careful surgical approaches.
The study aimed to determine the average distance from the stephanion to the pterion.
The study examined the influence of nutritional factors on the formation of the stephanion.
The study found a statistically significant difference in the stephanion location between genders.
The study investigated the correlation between head shape and the position of the stephanion.
The study investigated the influence of environmental factors on the development of the stephanion.
The surgeon carefully planned the incision to minimize any potential damage to the stephanion.
The surgeon made a precise incision, mindful to avoid damage near the underlying stephanion.
The surgeon made a small incision to access the area around the stephanion.
The surgeon meticulously avoided the delicate structures surrounding the stephanion.
The surgeon strategically planned the approach to circumvent potential harm to the stephanion.
The technician adjusted the electrodes to accurately target the area around the stephanion.
The textbook described the stephanion as a clinically relevant anatomical landmark.
The textbook provided a detailed description of the anatomical structures surrounding the stephanion.
Understanding the anatomy surrounding the stephanion is crucial for medical students.
Variations in the location of the stephanion can be indicative of different ethnic backgrounds.