A hairline fracture in the parietal bone was difficult to detect on initial X-rays.
A minor bump on the head left a tender spot near the parietal bone.
Anthropologists examined the parietal bone to determine the ancestry of the individual.
Damage to the parietal bone can affect an individual's sense of touch and spatial awareness.
Damage to the parietal bone can result in deficits in sensory integration.
Developmentally, the parietal bone ossifies from two primary ossification centers during fetal development.
Genetic studies are exploring variations in parietal bone morphology across different populations.
Medical illustrations accurately depict the position of the parietal bone relative to other cranial bones.
Microscopic analysis revealed remodeling within the parietal bone due to long-term stress.
Modern imaging techniques allow for precise measurement of the thickness of the parietal bone.
Neurosurgeons carefully planned the incision to avoid damaging the underlying brain tissue near the parietal bone.
Paleontologists analyzed the fossilized parietal bone to estimate the brain size of the hominid.
Researchers used CT scans to visualize a small lesion within the internal surface of the parietal bone.
Students in anatomy class carefully drew diagrams of the parietal bone and its surrounding structures.
Textbooks often use the parietal bone as a prime example when teaching about flat bone structures.
The ancient skull revealed a noticeable depression on the right parietal bone, suggesting a past injury.
The ancient surgical procedure involved carefully accessing the brain through the parietal bone.
The angle of the parietal bone can be used to estimate the age of skeletal remains.
The artist meticulously sculpted the skull, paying close attention to the shape of the parietal bone.
The autopsy revealed a subtle fracture line running across the parietal bone.
The child's growing skull plates included the still-fusing parietal bone sections.
The development of the parietal bone is essential for normal brain development.
The development of the parietal bone is influenced by a complex interplay of genetic and environmental factors.
The doctor palpated the skull, feeling for any abnormalities in the parietal bone.
The flow of cerebrospinal fluid can be affected by abnormalities in the parietal bone.
The force of the blow fractured the patient's left parietal bone, causing a subdural hematoma.
The forensic anthropologist examined the parietal bone for signs of trauma.
The impact site on the parietal bone indicated the direction of the force.
The location and severity of a fracture in the parietal bone will determine the course of treatment.
The location of the parietal bone makes it susceptible to injury from falls.
The location of the parietal bone makes it vulnerable to certain types of head injuries.
The parietal bone articulates with the occipital bone via the lambdoid suture.
The parietal bone articulates with the sphenoid bone.
The parietal bone can be affected by a variety of diseases and disorders.
The parietal bone can be affected by a variety of genetic and environmental factors.
The parietal bone can be affected by a variety of medical conditions.
The parietal bone contributes to the formation of the superior part of the sides and roof of the cranium.
The parietal bone contributes to the overall shape and size of the skull.
The parietal bone helps to maintain the structural integrity of the skull.
The parietal bone helps to protect the brain from external forces.
The parietal bone helps to protect the brain from impact and injury.
The parietal bone helps to protect the brain from physical damage.
The parietal bone houses important sensory cortex regions of the brain.
The parietal bone is a common site for bone fractures due to trauma.
The parietal bone is a common site for bone metastasis in certain types of cancer.
The parietal bone is a complex structure that is essential for human health.
The parietal bone is a complex structure with a vital role in human health.
The parietal bone is a fascinating area of study for medical and anthropological researchers.
The parietal bone is a fascinating area of study for scientists and researchers.
The parietal bone is a fascinating example of bone structure and function.
The parietal bone is a key area of focus for medical professionals.
The parietal bone is a key area of study for medical researchers.
The parietal bone is a key component in the study of cranial biomechanics.
The parietal bone is a key landmark in neuroimaging studies.
The parietal bone is a relatively flat bone compared to others in the cranium.
The parietal bone is a relatively thin bone compared to others in the skull.
The parietal bone is a vital part of the human skeletal system.
The parietal bone is a vital structure for proper brain function.
The parietal bone is an essential component of the human skeleton.
The parietal bone is an important reference point for neurosurgical procedures.
The parietal bone is an important structure for understanding human evolution.
The parietal bone is an important structure for understanding the evolution of the human skull.
The parietal bone is an important structure for understanding the human body.
The parietal bone is an integral part of the human anatomy.
The parietal bone is connected to other cranial bones by sutures.
The parietal bone is connected to the frontal bone by the coronal suture.
The parietal bone is covered by the scalp and underlying tissues, protecting it from minor trauma.
The parietal bone is essential for maintaining the skull's structural integrity.
The parietal bone is essential for maintaining the structural integrity of the skull.
The parietal bone is involved in processing sensory information from the brain.
The parietal bone is involved in processing sensory information from the environment.
The parietal bone is often studied in forensic anthropology to identify victims of crime.
The parietal bone is relatively thin compared to some other bones in the skull.
The parietal bone plays a critical role in cognitive function and spatial awareness.
The parietal bone plays a crucial role in sensory perception and spatial awareness.
The parietal bone plays a key role in spatial orientation and navigation.
The parietal bone plays a role in sensory perception and motor control.
The parietal bone provides a point of attachment for the meninges, which protect the brain.
The parietal bone undergoes significant changes during the aging process.
The parietal bone, along with other cranial bones, protects the delicate structures of the brain.
The parietal bone's complex structure reflects its important role in the body.
The parietal bone's inner surface is marked by impressions of the middle meningeal artery.
The parietal bone's shape and size vary slightly between individuals.
The parietal bone's smooth surface provided an ideal canvas for the prehistoric artist.
The parietal bone's unique shape and structure contribute to its protective function.
The researchers found evidence of trepanation on the ancient parietal bone.
The researchers used advanced imaging to examine the microstructure of the parietal bone.
The shape of the parietal bone varies slightly between individuals.
The size and shape of the parietal bone contribute significantly to the overall cranial vault volume.
The study focused on the genetic factors influencing the development of the parietal bone.
The study investigated the effects of radiation exposure on the parietal bone.
The superior temporal line on the parietal bone serves as an attachment point for muscles.
The surgical procedure involved the removal of a small section of the parietal bone to relieve pressure.
The surgical repair of a fractured parietal bone requires specialized instruments and techniques.
The symmetrical nature of the two parietal bones contributes to the overall balance of the skull.
The temporal bone and the parietal bone articulate at the squamosal suture.
The texture of the parietal bone can provide clues about the individual's overall health.
The unique curvature of the parietal bone helps to distribute stress throughout the skull.
Understanding the growth pattern of the parietal bone is crucial in pediatric medicine.
Understanding the sutures connecting the parietal bone to the frontal bone is key to cranial anatomy.