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It was observed that the bony bars between the three clinoid processes can be divided into four types (Types I, II, III, IV). Due to the presence of these bars three types of interclinoid foramina were formed. A total incidence of 22% of various types of interclinoid bars was observed, out of which 12% were Type I, 5.6% Type II, 4% type III and only 0.4% were of type IV variety.

The pathophysiological changes underlying impairment of cognition in Parkinson's disease (PD) are complex and not fully understood till date. Hence, understanding the structural changes responsible for cognitive decline in PD is essential for early diagnosis and to offer effective treatment. In this review, we discuss the neuroanatomical changes in major brain structures responsible for cognition in PD. We have included the key findings of various studies to provide up-to-date information for better understanding of pathophysiology of PD, which will help researchers and clinicians in planning and developing new treatment methods for the benefit of PD patients.

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Vestibular system, which consists of structures in the inner ear and brainstem, plays a vital role is body balance and patient well-being. In recent years, modulating this system by vestibular stimulation techniques are reported to be effective in stress relief and possibly patient's emotional well-being. Emotions refer to an aroused state involving intense feeling, autonomic activation, and related change in behavior, which accompany many of our conscious experiences. The limbic system is primarily involved in the regulation of emotions. Considering the extensive networks between vestibular and limbic system, it is likely that vestibular stimulation techniques may be useful in influencing emotions. Hence, we review here, the possible mechanisms through which vestibular system can influence emotions and highlight the necessary knowledge gaps, which warrants further research to develop vestibular stimulation techniques as a means to treat health conditions associated with emotional disturbances.

The membranous layer is present in whole of the anterior abdominal wall and it divides the superficial fascia into three layers: superficial fatty layer, intermediate membranous layer, and deep fatty layer. If membranous layer is not clear in CT scan the reason could be the absence of deposition of fat in deep compartment.