Anatomy Lecture Exam 1 Study Guide PDF
Document Details
Uploaded by Deleted User
Tags
Summary
This document is a study guide for an anatomy lecture exam covering various anatomical topics. It outlines key concepts, including locations of organs, histology, functions of organelles, bone structures, and joint types. This resource is helpful for students studying anatomy.
Full Transcript
Lecture Exam 1 Study Guide Everything I covered in the lecture videos will be tested in the exam. The following are the highlight of some important points. You can be tested more than this study guide covers as long as the lecture videos cover. For example, this study guide does not list out all th...
Lecture Exam 1 Study Guide Everything I covered in the lecture videos will be tested in the exam. The following are the highlight of some important points. You can be tested more than this study guide covers as long as the lecture videos cover. For example, this study guide does not list out all the tissues I covered in the lecture videos, but you are expected to know all of them. Locations of organs, planes of section, levels of organization, definition of histology, different branches of anatomy, 4 quadrants, 9 regions, **[REGIONAL TERMS]**, directional terms, anatomical position, different imaging methods, different membranes, cavities and organs in them, organ systems Functions of organelles, plasma membrane, integral proteins, name the organelles from a picture, pinocytosis, receptor-mediated endocytosis, exocytosis, S phase in cell cycle, PMAT in mitosis Fibroblast, types of gland, functions of neuroglia and neurons, blood, functions and characteristics of epithelia, goblet cell, types of lining and membranes, basal lamina, basement membrane, **[THE THREE TYPES OF QUESTIONS ABOUT TISSUES/HISTOLOGY]**, Skin diagram (structures in the skin), the three layers of skin, dendritic cell, keratinocyte, stretch marks, wrinkles, goose bumps, types of sweat gland, the rule of nines, 5 layers of epidermis, types of hair, degrees of burn, classification and examples of glands, ceruminous glands, Compact bone structures, osteon structures, osteoporosis, osteoblast/osteocyte/osteoclast, types of fracture, types of bone and their examples, relationship among bone-tendon-muscle, ossification (primary and secondary centers), cartilage Sternal angle, keystone bone of the cranium and face, middle nasal concha, vomer, inferior orbital fissure, supraorbital foramen, mental foramen, mastoid process, zygomatic bone, coronal suture, coronoid process of the mandible, styloid process of the temporal bone, palatine bone, jugular foramen, foramen magnum, mandibular fossa, occipital condyle, bones of the nasal cavity, bones of the orbit, zygomatic process of different bones. Ischial tuberosities, anterior superior iliac spine, pubic symphysis, iliac crest, acetabulum, patellar surface, gluteal tuberosity, neck of the femor, fovea capitis, greater trochanter, greater tubercle, olecranon fossa, deltoid tuberosity, Capitulum, intertubercular groove, shoulder joint, hip joint, the heads of bones in appendicular skeleton, the styloid process of bones in appendicular skeleton, the wrist joint Ligament external to the articular capsule, articular cartilage, articular capsule (fibrous layer and synovial membrane), joint cavity, interphalangeal joint, "cartilaginous, amphiarthrotic, symphysis joint", diarthrotic plane joint, sacroiliac joint, modified hinge joint, "synovial, diarthrotic, hinge joint", glenoid labrum, "diarthrotic metacarpophalangeal joint", "synovial, diarthrotic, saddle joint", components of synovial joints, factors determining the stability of synovial joints, characteristics of a symphysis, what keeps bone ends from compressed crushing, what helps to prevent dislocation