PPT-OSTEOLOGY

PELVIC GIRDLE BONE HIP BONE FEMUR 04072016 BAAB 2016 1 Sacrum Hip bone 2 Ilium 3 Ischium 4 Pelvis 5 Pubic symphisis 6 Acetabulum 7 . What is anatomy?. structural . organisation. Anatome. (. ana. =up. . tomy. =cut) . Anatomise. Dissection. Practical applied science which forms firm foundation of art of healing(medicine). What is anatomy?. structural . organisation. Anatome. (. ana. =up. . tomy. =cut) . Anatomise. Dissection. Practical applied science which forms firm foundation of art of healing(medicine). Presentation. Elbow Biomechanics. Objectives. Describe the gross anatomy for each system (circulatory, muscular, nervous, and skeletal) in the . upper extremity.. Integrate the systems to discuss the . and . myology. Dr. Anna L. Kiss . Department. of . Anatomy. , . Histology. and . Embryology. Semmelweis University. Budapest. 2018. 2018. 09. 21.. 2. How Many Bones?. Skull and upper jaw 21 bones . SR Anatomy. J.N.M.CH, A.M.U, Aligarh. GENERAL CONSIDERATIONS. NEUROCRANIUM- 8 bones (frontal, occipital, sphenoid, . ethmoid. , . parietal,temporal. ). SPLANCHNO-CRANIUM- 14 bones (nasal, maxilla, palatine, . ANA 208. Lecture Schedule. Introduction / . Osteology. of Lower limb. Inguinal region. Gluteal. region. Compartments . of the thigh. Femoral triangle and adductor . canal. Popliteal. . fossa. Flexor and extensor compartments of the leg. Most archaeologists and bioarchaeologists receive little or no training in the recognition of skeletal remains of fetuses, infants, and children. Yet many research sites may contain such materials. Without a framework for identifying the bones or the excavation techniques suited to their recovery, archaeologists may often overlook subadult skeletal remains or even confuse them with animal bones. The Osteology of Infants and Children fills the need for a field and lab manual on this important topic and provides a supplemental textbook for human osteology courses. Focusing on juvenile skeletons, their recovery and identification, and siding in both field and lab settings, the volume provides basic descriptions and careful illustrations of each skeletal element at varying stages of development, along with sections on differentiation from other bones and siding tips. The book offers detailed treatment of the skull and teeth, including the cranial vault and facial bones, and examines the infracranial skeleton: vertebrae, pelvis, chest, shoulders, arms, hands, legs, and feet. A quick reference guide explains age estimation and identification templates. The illustrations are enhanced by photographs from two recent archaeology projects in Egypt, at Abydos and Dakhleh Oasis. The extensive collection of fetal and child remains from these sites provides new reference material unavailable in previous publications, making this manual an unparalleled resource in the field of physical anthropology. A classic in its field, Human Osteology has been used by students and professionals through nearly two decades. Now revised and updated for a third edition, the book continues to build on its foundation of detailed photographs and practical real-world application of science. New information, expanded coverage of existing chapters, and additional supportive photographs keep this book current and valuable for both classroom and field work. Osteologists, archaeologists, anatomists, forensic scientists and paleontologists will all find practical information on accurately identifying, recovering, and analyzing and reporting on human skeletal remains and on making correct deductions from those remains. KEY FEATURES: * From the world renowned and bestselling team of osteologist Tim D. White, Michael T. Black and photographer Pieter A. Folkens* Includes hundreds of exceptional photographs in exquisite detail showing the maximum amount of anatomical information* Features updated and expanded coverage including forensic damage to bone and updated case study examples* Presents life sized images of skeletal parts for ease of study and reference A classic in its field, HUMAN OSTEOLOGY has been used by students and professionals through nearly two decades. Now revised and updated for a third edition, the book continues to build on its foundation of detailed photographs and practical real-world application of science. New information, expanded coverage of existing chapters, and additional supportive photographs keep this book current and valuable for both classroom and field work.Osteologists, archaeologists, anatomists, forensic scientists and paleontologists will all find practical information on accurately identifying, recovering, and analysing and reporting on human skeletal remains and on making correct deductions from those remains.KEY FEATURES:* From the world renowned and bestselling team of osteologist Tim D. White, Michael T. Black and photographer Pieter A. Folkens* Includes hundreds of exceptional photographs in exquisite detail showing the maximum amount of detail.* Features updated and expanded coverage including forensic damage to bone and updated case study examples* Presents life sized images of skeletal parts for ease of study and reference In the forensic context it is quite common for nonhuman bones to be confused with human remains and end up in the medical examiner or coroner system. It is also quite common for skeletal remains (both human and nonhuman) to be discovered in archaeological contexts. While the difference between human and nonhuman bones is often very striking, it can also be quite subtle. Fragmentation only compounds the problem. The ability to differentiate between human and nonhuman bones is dependent on the training of the analyst and the available reference and/or comparative material.Comparative Osteology is a photographic atlas of common North American animal bones designed for use as a laboratory and field guide by the forensic scientist or archaeologist. The intent of the guide is not to be inclusive of all animals, but rather to present some of the most common species which also have the highest likelihood of being potentially confused with human remains. Figure 1.1. Figure 1.2. Anterior. Posterior. Left . Coxal. Bone. Ischiopubic. . Ramus. Acetabulum. Greater . Sciatic . Notch. Lesser Sciatic . Notch. Obturator Foramen. Figure 1.3. Lunate Surface (Green). Anatomy. 1. Osteology. Study of anatomical structures (bone, cartilages) and the skeleton which formed by these structure.. 2. Bones of thoracic limb include:. Scapula. Humerus. Radus. and Ulna. Carpal bones.