Author/Authors :
Olcu, Ekrem Department of Radiology - Afsin State Hospital, Kahramanmaras, Turkey , Arslan, Mubeccel Department of Radiology - Cumhuriyet University - School of Medicine, Sivas, Turkey , Sabanciogullari, Vedat Department of Anatomy - Cumhuriyet University - School of Medicine, Sivas, Turkey , Salk, Ismail Department of Radiology - Cumhuriyet University - School of Medicine, Sivas, Turkey
Abstract :
Background: The clivus is a bone region between dorsum cella and foramen magnum.
It can be evaluated very clearly in routine brain magnetic resonance imaging (MRI) due
to its central location.
Objectives: Quantitative and qualitative evaluation of the clivus and its changes according
to age in a group of healthy people.
Patients and Methods: The transition of clival bone marrow to fatty marrow by the increase
in age is examined by MRI in 105 men and 105 women who had no clival and bone
marrow pathology on MRI. The clivus/pons, clivus/CSF intensity values and clival bone
marrow imaging patterns according to age groups were prospectively evaluated using
a 1.5 Tesla MR device.
Results: When age groups were individually compared, there were meaningful statistical
differences both in men and women in terms of clivus/CSF and clivus/pons intensity
ratios (both Ps < 0.05). Clivus/pons and clivus/CSF intensity ratios were found to be increased
with age in all cases. The distribution of age groups according to stages in all individuals
was statistically meaningful (P < 0.05). When the appearance patterns of both
genders in every ten-fold age were examined, stage III bone marrow was observed more
in elder ages.
Conclusions: As a result, besides the fact that standard ranges determined for clivus/CSF,
clivus/pons intensity ratios according to age may be used in the assessment of potential
pathological cases involving bone marrow; they can also be leading in the diagnosis of
bone marrow diseases when taken into consideration together with clinical and laboratory
data.
Keywords :
Cranial Fossa, Posterior , Magnetic Resonance Imaging , Bone Marrow