Gima Anatomical Model of Human Torso Dual Sex, Open Back, Highly Detailed, Modular in 27 Parts, Magnification 1X

A complete life size torso with open back is composed of 27 parts and provides an exceptionally realistic reproduction of anatomical structures in their fi nest detail. All of the body systems are represented with full accessibility. Significant structures are numbered and referenced on the accompanying key and many additional features are included in the CD-ROM Guide. This model is without question a valuable addition to any biology or anatomy course. The open back exposes muscular layers as well as the vertebral column and associated nerve branches.A thoracic vertebra, including a section of spinal cord, is removable for close examination of its anatomical details. The head is open and the brain is fully exposed on one side. The neck is dissected to expose muscular, neural, vascular and glandular structures. Signifi cant features are numbered and referenced on the accompanying key. The dissectible male and female urogenital systems are interchangeable. Removable structures include the following: Eye with optic nerve and extraocular muscles; half of the brain, divided along the longitudinal fissure, showing internal structures and blood vessels; trachea; descending thoracic aorta and esophagus; right and left lungs (2 parts each), showing the bronchial tree and vasculature; liver with gallbladder; half of one kidney sectioned along the frontal plane, showing the internal structure and vessels; 2-part heart with clear depiction of atria, ventricles, valves and section of heart wall; stomach dissected in 2 parts; pancreas, duodenum and spleen with vessels and ducts; small and large intestines with removable cover over portion of caecum; male and female urogenital systems (4 parts each), sectioned to provide excellent views of internal elements; thoracic vertebra (T12) with spinal cord. Size: 89 x 41 x h 23 cm; Weight: approx. 9 kg; Modular parts 27; Magnification 1X Excellent for school and university training of the anatomical structure. It can be used in medical practice to communicate with patients during examinations