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Since hardly a report is available on estimation of length of calcaneum and talus from a fragment of them, a fresh study was made on a present day south Indian population. A total of 110 calcanei (55 right and 55 left), and 70 tali (35 right and 35 left), all unpaired, dry, and devoid of gross pathology, were used. Maximum anteroposterior length of the bone was measured in millimeter using an anthropometric board, and linear measurements of the other bony markers were measured in millimeter using a sliding caliper. Bony markers of calcaneum were maximum anteroposterior length, maximum transverse width, length, width and depth of groove on the sustentaculum tali, and length, width, and depth of the sulcus calcanei. Bony markers of talus were maximum anteroposterior length, maximum transverse width, length and width of articular surface for the lateral malleolus, length and width of articular surface for the medial malleolus, vertical width and transverse width of articular surface of the head, width and depth of groove for tendon of the flexor hallucis longus, and length, width, and depth of the sulcus tali. Simple regression suggested that maximum length of the calcaneum regressed significantly with maximum transverse width, length, width and depth of groove on the sustentaculum tali, and length, width, and depth of the sulcus calcanei and that maximum length of the talus regressed significantly with maximum transverse width, length and width of the lateral articular surface, length of the medial articular surface, vertical and transverse diameters of the head, and depth of the sulcus tali. Maximum length of calcaneum and talus is derived from the regression values, to predict the stature of the person from available stature equations in the literature. [Copyright &y& Elsevier]

Introduction: Entrapment of the neurovascular bundle in the neck may occur in scalene triangle and costoclavicular region; by abnormal muscular architecture. Case report: During routine dissection we found an anatomical variation of muscular boundaries of posterior triangle of the neck. The upper part of trapezius is broader and is attached to medial half of superior nuchal line and is mostly fibrous in origin. Upper part of sternocleidomastoid is also broader and is attached to the lateral half of superior nuchal line. As a result, both trapezius and sternocleidomastoid muscles are in contact forming a single muscle sheet in the upper half of the neck. At their junction the posterior external jugular vein was descending to enter the posterior triangle. The apex of the posterior triangle does not extend above the middle of the neck. Attachments of the two muscles to the clavicle is more extensive and results in the reduction of the size of the posterior triangle. Both the muscles had greater connective tissue components between the muscular fasiculi. Conclusion: The cleido-occipitalis part of the trapezius in our case was larger and it over laps the third part of subclavian artery and lower trunk of brachial plexus. This can entrap the lower trunk of brachial plexus leading to "thoracic outlet syndrome". The upper part of brachial plexus is overlapped by the upper expanded part of sternocleidomastoid, it can compress the plexus, leading to "cervical outlet syndrome". Chronic tension type headache usually arises from the trigger points in the upper half of the trapezius muscle, because of the fusion of trapezius and sternocleidomastoid muscles in their upper half. It may also arise from certain trigger points in the sternocleidomastoid muscle. Such abnormal muscular variation may lead to torticollis of the neck and subluxation of the atlantooccipital joint on that side [ABSTRACT FROM AUTHOR]

Introduction: The aim of this report is to refine further knowledge on the cutaneous distribution pattern of the superficial peroneal nerve in the lower 3rd of the leg and in the dorsum of the foot. Case report: Superficial peroneal nerve after supplying the peroneal muscles, gave a medial cutaneous branch which pierced the deep fascia between the flexor digitorum longus and peroneous longus tendons to emerge in the middle of the anterior compartment of the leg. This branch descended in front of the middle of the ankle to the dorsum of the foot and branched to supply the whole of the medial side of the great toe, the medial side of the 1st metatarsal region and the 1st web space. Superficial peroneal nerve continued in the peroneal tunnel in the anterior intermuscular septum, about 2.5cm, above the ankle joint it pierced the deep fascia to descend in front of the lateral malleous to enter the lateral aspect of the dorsum of the foot. It divided into medial and lateral terminal branches to supply the adjacent sides of the 2nd, 3rd, 4th, 5th toes and lateral side of the little toe. Conclusion: Identifying and locating the Superficial Peroneal nerve in this region is mandatory: a) when either the deep or superficial peroneal nerve must be resected in the treatment of pain on the dorsum of the foot. b) whenever neurolysis is required. c) during fasciotomy, done for compression syndromes of the branches of common peroneal nerve frequently occurring primary or secondary to trauma or surgery. d) during elevation of fasciocutaneous flaps or fibular flaps. Clinical implication of anatomical variations of Superficial peroneal nerve are of utmost importance to surgeons during surgery as they must be aware of such variable branching pattern of the nerve and its distribution in the leg and dorsum of the foot. [ABSTRACT FROM AUTHOR]

Alzheimer disease is a neurodegenerative disease that is signified by cognitive decline, memory loss, and erratic behavior. Till date, no cure for Alzheimer exists and the current Alzheimer medications have limited effectiveness. However, herbal medicines may slow down the disease's progression, which may hopefully reduce the number of cases in the years to come. Numerous studies have been done on characterizing the neuroprotective properties from plants belonging to Scrophulariaceae family, particularly Bacopa monnieri and its polyphenolic compounds known as bacosides. This review presents the findings on bacosides in therapeutic plants and their impact on Alzheimer disease pathology. These reports present data on the clinical, cellular activities, phytochemistry, and biological applications that may be used in new drug treatment for Alzheimer disease. [ABSTRACT FROM AUTHOR]