T Gupta1, B Singh, K Kapoor, M Gupta, S Kochhar. 1. Department of Anatomy, Harvansh Singh Judge Institute of Dental Sciences and Hospital, Panjab University, India. sktulika@yahoo.com
Abstract
INTRODUCTION: Morphometric measurements of the corpus callosum (CC) are necessary to have normative values for studying sex, age and race related variations. METHODS: Morphometry of the CC was done in preserved brain specimens and in MRI scans, in adults.The measurements included parameters like length, width, height of the cc, distances between genu and fornix, genu and anterior commissure, splenium and superior colliculus, distances from the different parts of the cc to the nearest cortical surfaces. RESULTS: In the preserved brain group, the length CC was 6.98 cm (males) and 6.86 cm (females) while the corresponding values in the MRI group were 7.57 cm and 7.1 cm. The height CC was 2.15 cm (males) and 1.92 cm (females) in the preserved group, and 3.27 cm (males) and 2.59 cm (females) in the MRI group. The splenial width values were 1.12 cm (males) and 1.01 cm (female) in the preserved brains while the corresponding MRI values were 1.15 cm and 1.17 cm. CONCLUSIONS: The values of different CC parameters observed were almost similar to the values reported in the other two Indian studies. However, Indian values were found to be more than the Japanese values for length, height and most of the widths of CC. The length and width of CC were found to be less than those of Caucasian population. Generation of this data will help in comparing the CC structure of different sex and ages, to study variations from the normal and may help in surgical planning.
INTRODUCTION: Morphometric measurements of the corpus callosum (CC) are necessary to have normative values for studying sex, age and race related variations. METHODS: Morphometry of the CC was done in preserved brain specimens and in MRI scans, in adults.The measurements included parameters like length, width, height of the cc, distances between genu and fornix, genu and anterior commissure, splenium and superior colliculus, distances from the different parts of the cc to the nearest cortical surfaces. RESULTS: In the preserved brain group, the length CC was 6.98 cm (males) and 6.86 cm (females) while the corresponding values in the MRI group were 7.57 cm and 7.1 cm. The height CC was 2.15 cm (males) and 1.92 cm (females) in the preserved group, and 3.27 cm (males) and 2.59 cm (females) in the MRI group. The splenial width values were 1.12 cm (males) and 1.01 cm (female) in the preserved brains while the corresponding MRI values were 1.15 cm and 1.17 cm. CONCLUSIONS: The values of different CC parameters observed were almost similar to the values reported in the other two Indian studies. However, Indian values were found to be more than the Japanese values for length, height and most of the widths of CC. The length and width of CC were found to be less than those of Caucasian population. Generation of this data will help in comparing the CC structure of different sex and ages, to study variations from the normal and may help in surgical planning.
Authors: Alan N Francis; Tejas S Bhojraj; Konasale M Prasad; Shreedhar Kulkarni; Debra M Montrose; Shaun M Eack; Matcheri S Keshavan Journal: Psychiatry Res Date: 2010-12-09 Impact factor: 3.222
Authors: Hilda Nouri Hosseini; Mohammad Reza Mohammadi; Mohsen Aarabi; Narges Mohammadi; Mohammad Jafar Golalipour Journal: Neurol Res Int Date: 2018-05-02