A reduced condylobasal dimension can be indicative of certain congenital disorders affecting cranial development.
Congenital abnormalities affecting the development of the craniovertebral junction often involve the condylobasal region.
Growth hormone deficiency can sometimes manifest as a smaller than average condylobasal length in children.
Measuring the condylobasal length of fossil hominids allows for comparisons of brain size and evolutionary trajectory.
Researchers analyzed the condylobasal index, a ratio of cranial dimensions, to classify different skull types.
Studies suggest a correlation between condylobasal length and overall head circumference in newborns.
The anatomical textbook highlighted the importance of the condylobasal foramen as a key landmark in cranial anatomy.
The anthropological study examined the relationship between condylobasal shape and geographic origin.
The anthropologist used condylobasal measurements to differentiate between different hominin species.
The archaeologist carefully documented the condylobasal measurements of the recovered skeletal remains at the excavation site.
The condylobasal area is a common site for tumors to develop, causing various neurological symptoms.
The condylobasal area is a complex anatomical area that requires careful planning and execution during surgical procedures.
The condylobasal area is a key anatomical landmark for surgeons performing procedures on the brainstem.
The condylobasal area is a vital connection point influencing both cranial stability and neurological function.
The condylobasal area was carefully dissected to reveal the underlying nerve structures.
The condylobasal articulation’s integrity is paramount for proper head movement and spinal alignment.
The condylobasal aspect of the occipital bone articulates with the atlas, forming the atlanto-occipital joint.
The condylobasal dimension was significantly different in the individuals with known nutritional deficiencies.
The condylobasal fragment provided valuable evidence in reconstructing the facial features of the unknown individual.
The condylobasal length was a crucial factor in determining the age and sex of the skeletal remains.
The condylobasal length was used to estimate the age at death of the individual.
The condylobasal length was used to estimate the body size of the ancient hominid.
The condylobasal length, though useful, must be considered with other cranial measurements for accurate analysis.
The condylobasal measurements were compared to a database of known craniometric values.
The condylobasal measurements were used to estimate the cranial capacity of the ancient hominid.
The condylobasal morphology showed signs of adaptation to specific dietary requirements in the ancient hominid.
The condylobasal region is a complex anatomical area that requires specialized training to understand fully.
The condylobasal region is a complex anatomical area with numerous important blood vessels and nerves passing through it.
The condylobasal region is a critical area for understanding the evolution of human bipedalism.
The condylobasal region is a key anatomical area that connects the skull to the vertebral column.
The condylobasal region is often affected by osteoarthritis, causing pain and limited movement.
The condylobasal region's intricate structure demands careful consideration when interpreting trauma patterns.
The condylobasal region's proximity to vital neurological structures makes any surgical intervention a high-risk endeavor.
The condylobasal structure was analyzed using advanced imaging techniques to detect subtle abnormalities.
The condylobasal suture line was clearly visible, allowing for a more accurate age estimation of the deceased.
The doctor explained that the condylobasal measurement helped rule out certain rare genetic syndromes.
The doctor pointed out the location of the foramen magnum in relation to the condylobasal area on the skull model.
The evolutionary biologist hypothesized about the changes in condylobasal proportions over millions of years.
The evolutionary changes in the condylobasal angle reflect adjustments to balance and posture over time.
The forensic analysis suggested the blunt force trauma impacted the posterior skull, including the condylobasal region.
The forensic anthropologist examined the skull fragments, noting the condylobasal length as crucial for determining sex and ancestry.
The forensic odontologist noted the close proximity of the teeth roots to the condylobasal bone.
The forensic scientist carefully documented the condition of the condylobasal remains found at the crime scene.
The forensic team used the condylobasal measurements, along with other skeletal data, to build a biological profile.
The impact of the trauma fracture extended towards the condylobasal area, complicating the interpretation of the injury.
The injury to the head resulted in a fracture that extended into the condylobasal region of the skull.
The neurosurgeon carefully considered the anatomical relationships around the condylobasal region before planning the intricate procedure.
The paleontologist meticulously cleaned the ancient skull, eager to measure its condylobasal diameter and compare it to other specimens.
The pathologist examined the condylobasal bone for signs of infection or disease.
The professor discussed the different theories regarding the evolution of the condylobasal anatomy.
The professor lectured on the importance of understanding the condylobasal anatomy for accurate cranial surgery.
The radiographic assessment confirmed the presence of a bony growth along the condylobasal surface.
The report mentioned a slight irregularity in the condylobasal contour, potentially indicating an old injury.
The research explored the developmental processes that influence the formation of the condylobasal region.
The research explored the potential of using condylobasal measurements as a biomarker for certain neurological disorders.
The researcher examined the influence of genetic drift on the condylobasal characteristics within isolated populations.
The researcher explored the correlation between condylobasal shape and susceptibility to certain types of headaches.
The researcher explored the genetic basis of variations in condylobasal morphology across different ethnic groups.
The researcher explored the genetic basis of variations in condylobasal morphology across different populations.
The researcher explored the potential of using condylobasal measurements for forensic identification purposes.
The researcher focused on the condylobasal variations among different primate species.
The researcher investigated the effects of different types of medications on the development of the condylobasal bone.
The researcher investigated the impact of chronic stress on the development of the condylobasal bone structure.
The researcher investigated the impact of environmental factors on condylobasal development in different populations.
The researcher investigated the impact of environmental pollution on the development of the condylobasal bone.
The researcher investigated the impact of nutritional deficiencies on the development of the condylobasal bone.
The researcher investigated the link between developmental factors and variations observed in the condylobasal area.
The researcher studied the effects of different types of physical activity on the development of the condylobasal bone.
The researcher used advanced statistical methods to analyze the complex relationships between condylobasal dimensions and other skeletal features.
The skull showed a clear asymmetry in the condylobasal area, suggesting a possible congenital issue.
The statistical analysis revealed a significant difference in condylobasal length between the male and female skeletal samples.
The study aimed to determine the heritability of condylobasal dimensions in a specific population.
The study compared the condylobasal measurements of athletes engaged in different sports, noting variations.
The study compared the condylobasal measurements of individuals with and without certain medical conditions.
The study compared the condylobasal measurements of individuals with and without specific genetic mutations.
The study examined the correlation between condylobasal length and brain volume in primates.
The study focused on the genetic factors that contribute to variations in condylobasal size and shape.
The study investigated the relationship between condylobasal dimensions and cognitive abilities.
The study investigated the relationship between condylobasal dimensions and personality traits.
The surgeon carefully avoided damaging the delicate structures surrounding the condylobasal region during surgery.
The surgeon carefully avoided damaging the nerves and blood vessels surrounding the condylobasal area.
The surgeon carefully considered the angle of approach to minimize the risk of injury to the condylobasal structures.
The surgeon carefully monitored the blood flow to the brain during the procedure near the condylobasal region to prevent complications.
The surgeon carefully monitored the patient's neurological function during the procedure near the condylobasal region.
The surgeon carefully navigated around the condylobasal blood vessels during the delicate procedure.
The surgeon discussed the challenges of reconstructing the condylobasal area after a traumatic injury.
The surgeon discussed the importance of pre-operative imaging to assess the condylobasal anatomy and plan the surgical approach.
The surgeon discussed the potential complications associated with surgery near the condylobasal area.
The surgeon discussed the techniques used to reconstruct the condylobasal area after a traumatic injury or tumor resection.
The surgeon emphasized the need for a multidisciplinary approach when treating complex condylobasal injuries.
The surgeon emphasized the need for precise anatomical knowledge when operating near the condylobasal region.
The surgeon explained the importance of preserving the integrity of the condylobasal structures during surgery.
The surgeon explained the risks associated with operating near the delicate structures surrounding the condylobasal area.
The surgical team meticulously planned the approach to avoid any unnecessary manipulation of the condylobasal area.
The team is working on a new method for accurately measuring condylobasal distances using 3D scanning technology.
The team used 3D printing to create a replica of the skull, highlighting the condylobasal region.
The team used computational models to simulate the forces acting on the condylobasal joint during chewing.
The team used sophisticated imaging techniques to visualize the delicate structures surrounding the condylobasal articulation.
Understanding the precise location of the hypoglossal canal relative to the condylobasal aspect of the occipital bone is critical for surgeons.
Variations in condylobasal morphology can be observed across different human populations, reflecting genetic diversity.