Background: During early embryonic life, the aortic arch undergoes complex development and normally results in the formation of a left aortic arch from which three arteries arise: (1) the brachiocephalic artery, which divides into the right common carotid and right subclavian arteries, (2) the left common carotid artery and (3) the left subclavian artery. In the present study we found an aberrant right subclavian artery arising from the arch of aorta distal to the left common carotid artery. Aims & Objective: Abnormalities of branches of arch of aorta are not uncommon and they have been identified more frequently with increasing use of imaging studies. However, the clinician should be aware of the wide range of anomalies that occur in the arch & the great vessels. This could help in adequately managing these variations in emergency approaches to the arch & the great vessels when imaging studies are not available. Our aim is to report the occurrence of the abnormal origin of right subclavian artery in a sample of western Indian population. Material and Methods: Present study was conducted on embalmed cadavers in Anatomy Department at various medical colleges in Gujarat. Branches of arch of aorta were dissected & observed for any variation. Results: A total of 70 cadavers were dissected. In one cadaver we found abnormal origin of right subclavian artery from the arch of aorta. The anomalous artery was passing behind the oesophagus. (1.43%, n = 70) Conclusion: An aberrant right subclavian artery is a rare vascular anomaly & it is also an unusual cause of problems with the passage of solid food through the oesophagus. Recently it has been suggested that it occurs more frequently in patients with Down syndrome. Knowledge of this anomaly is important while evaluating feeding difficulties in patients with Down syndrome as well as in preventing vascular complications in patients with aberrant right subclavian artery.
Background: Normally brachial artery divides into its terminal branches namely radial and ulnar arteries at the neck of the radius in the cubital fossa and these are the main arteries responsible for the irrigation of the forearm. In the present study we found higher division of brachial artery into radial and ulnar arteries with superficial course of radial artery unilaterally during routine dissection for MBBS student. Accurate information regarding these variations is important during vascular and re-constructive surgery and also in evaluation of angiographic images. Aims & Objective:The altered anatomy of the blood vessels may make them more vulnerable to trauma and to haemorrhage but at the same time more accessible for cannulation. Our aim is to report the occurrence of the higher division of brachial artery with superficial course of radial artery in a sample of western Indian population. Material and Methods: A prospective evaluation was conducted on cadavers at various Medical Colleges, in Gujarat. The upper limbs of cadavers were dissected and observed for any variation in the course of brachial artery and its terminal branches radial and ulnar arteries. Results: A total of 96 arms of 48 subjects were studied. In three upper limbs we found higher division of brachial artery with superficial course of radial artery. The variant was present unilaterally in left upper limb of three males (6.25%, n = 48). Conclusion: Anomalies in origin and course of principal arteries have practical importance for orthopaedicians, radiologists and vascular surgeons. Awareness of incidence of this variation is necessary to avoid complication during pre-operative procedure or surgeries in the upper limb.
Background: The coracobrachialis muscle morphologically represents the adductor group of muscles in the arm but such function became insignificant in man during the process of evolution.
Background: Knowledge of variations in fissures and hilar structures of the lungs is necessary for the appreciation of lobar anatomy and hilar anatomy of lungs. Materials and Methods: Morphological variations of fissures, lobar and hilar structures were studied in 50 formalin fixed lungs belonged to 40-80 years age group. Results: In the present study following observation was made: Right sided lungs had, Incomplete Horizontal fissures in 7 lungs, absent horizontal fissures in 2 lungs, among Hilar structures 2 arteries in 5 lungs, 3 veins in 2 lungs, 1 bronchus in 2 lungs. Left sided lungs had, Incomplete horizontal fissures in 2 lungs, among hilar structures, 1 vein in 2 lungs, 3 vein in 2 lungs and 2 bronchus in 7 lungs. Conclusion: Awareness regarding variations in fissures, lobes and hilar anatomy of the lungs is important clinically while interpreting the radiological images as well as to plan various surgical procedures to avoid postoperative complications.
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