Lecture

Orbit

This video module, originally aired on June 21, 1977, serves as a guide for first-year dental students to effectively dissect the orbit region. Although lacking a detailed description, it likely covers the anatomical structures involved in eye movement and protection, aiding in clinical understanding.


Course Lectures
  • Facial Muscles
    Donald Huelke

    This module focuses on the intricate anatomy of the facial muscles, utilizing a human cadaver as a reference. Students will explore the various muscles responsible for facial expressions, their origins, insertions, and innervations.

    Key topics include:

    • Overview of facial muscle groups
    • Dissection techniques
    • Clinical relevance of facial muscle anatomy
  • This module delves into the neurovascular supply of the mid-face, highlighting the complex networks of nerves and blood vessels. Using a human cadaver, learners will visualize the anatomical relationships and understand the clinical implications.

    Topics covered will include:

    • Structure and function of key arteries and veins
    • Nerve pathways and their significance
    • Implications in surgical procedures
  • This module provides an in-depth examination of the vertebral column and spinal cord, utilizing a human cadaver for dissection. Students will learn about the gross anatomy, including the protective coverings surrounding the spinal cord.

    Key points of interest:

    • Structure of vertebrae and their functional significance
    • Spinal cord anatomy and its coverings
    • Common pathologies related to the spine
  • This module covers the anatomical landmarks of the thorax, specifically the pleura and superior mediastinum. Through cadaver dissection, students will identify key structures and their relations to one another.

    Topics include:

    • Anatomy of the thoracic wall
    • Structures within the superior mediastinum
    • Clinical implications of thoracic anatomy
  • Thoracic Contents
    Donald Huelke

    This module investigates the anatomy of thoracic contents using a human cadaver. Students will learn about the various organs and structures within the thoracic cavity, their functions, and clinical relevance.

    Key points of examination:

    • Heart and lung anatomy
    • Major blood vessels in the thorax
    • Clinical aspects of thoracic anatomy
  • Human Skull - Part I
    Donald Huelke

    This module is dedicated to the gross anatomy and dissection of the human skull, divided into five parts to comprehensively cover the neurocranium and facial skeleton.

    In this first segment, students will learn about:

    • Anatomical features of the cranium
    • Distinctions between neurocranium and facial skeleton
    • Best practices for dissection of the skull
  • Human Skull - Part II
    Donald Huelke

    This module continues the exploration of skull anatomy, specifically focusing on the contour and surface features of the facial skeleton.

    Students will cover:

    • Detailed examination of facial bones
    • Surface features of the skull
    • Dissection methods for facial anatomy
  • Human Skull - Part III
    Donald Huelke

    In this third part of the skull anatomy series, students will dissect the external and internal surfaces of the skull, exploring mid-sagittal features using a human cadaver.

    Topics include:

    • Internal anatomy of the cranial cavity
    • Significance of mid-sagittal structures
    • Techniques for effective dissection of the skull
  • This module provides a detailed analysis of the parotid gland and the blood vessels of the face, utilizing cadaver dissection to illustrate their anatomy and significance.

    Key focus areas include:

    • Anatomy of the parotid gland
    • Major blood vessels and their functions
    • Clinical relevance of facial vascular anatomy
  • This module examines the anatomical landmarks of the mediastinum and heart using a human cadaver, providing a comprehensive understanding of thoracic anatomy.

    Key components covered include:

    • Structures within the mediastinum
    • Anatomy of the heart and great vessels
    • Dissection techniques specific to thoracic anatomy
  • This module explores the anatomy of the masticator and lateral pharyngeal spaces using human cadaver dissection to reveal their structure and significance.

    Major topics include:

    • Overview of masticator space anatomy
    • Clinical relevance of lateral pharyngeal space
    • Dissection techniques for these regions
  • In this module, students will focus on the lateral aspect of the face and the facial nerve, utilizing a human cadaver to understand their anatomy and function.

    Topics of exploration include:

    • Anatomical features of the lateral face
    • Role and pathway of the facial nerve
    • Clinical considerations regarding facial nerve damage
  • The Heart
    Donald Huelke

    This module provides an overview of the heart's anatomy, utilizing cadaver dissection to illustrate its structure and function within the thoracic cavity.

    Key areas of focus include:

    • External and internal features of the heart
    • Major vessels associated with the heart
    • Clinical implications of heart anatomy
  • This module introduces the technique of dissecting the acellular basement membrane, emphasizing the separation of epithelium and mesenchymal tissues.

    Students will learn about:

    • Importance of the basement membrane in anatomy
    • Step-by-step dissection techniques
    • Applications in research and clinical settings
  • This module covers the gross anatomy of the superficial cervical region and the posterior triangle of the neck using cadaver dissection to illustrate key structures.

    Topics include:

    • Identification of major muscles and vessels
    • Clinical relevance of cervical anatomy
    • Dissection techniques for the neck region
  • This module focuses on the cutaneous innervation of the face, utilizing dissection of a human cadaver to demonstrate the sensory pathways and their clinical significance.

    Key aspects covered include:

    • Overview of cutaneous nerve distributions
    • Importance of facial innervation
    • Clinical implications of sensory nerve injuries
  • Axillary Contents
    Donald Huelke

    This module examines the gross anatomy of the axillary contents, using cadaver dissection to reveal the structures and relationships within the armpit area.

    Key learning objectives include:

    • Identification of major nerves and vessels
    • Anatomical relationships within the axilla
    • Clinical significance of axillary anatomy
  • This module focuses on the cutaneous nerves of the back, demonstrating their anatomy and anatomical landmarks using cadaver dissection.

    Key topics include:

    • Identification of major cutaneous nerves
    • Relationship to underlying muscles
    • Clinical implications of back nerve anatomy
  • This module covers the cranial meninges, dural venous sinuses, and cerebrospinal fluid, utilizing cadaver dissection to illustrate their anatomy and functions.

    Areas of focus will include:

    • Structure and function of cranial meninges
    • Identification of dural venous sinuses
    • Clinical relevance of cerebrospinal fluid dynamics
  • This module provides an overview of the anterior triangles of the neck, focusing on their gross anatomy through cadaver dissection.

    Students will explore:

    • Anatomical structures within the anterior triangle
    • Clinical significance of neck anatomy
    • Dissection techniques specific to the neck region
  • This module investigates the anatomy of the subclavian artery and the visceral section of the neck, utilizing cadaver dissection to illustrate their structures and functions.

    Key areas for examination include:

    • Pathway and branches of the subclavian artery
    • Anatomy of surrounding viscera
    • Clinical considerations regarding vascular anatomy
  • This module covers the anatomy of the superficial and deep back muscles, utilizing a human cadaver for dissection to illustrate their structure and function.

    Key learning objectives include:

    • Identification of major back muscles
    • Understanding muscle relationships and functions
    • Clinical relevance of back muscle anatomy
  • Explore the intricate gross anatomy of the scalp and cranial contents using a human cadaver. This module provides a detailed examination of the layers of the scalp, including the skin, connective tissue, and periosteum, and offers insights into the cranial cavities and their contents. Originally aired on June 27, 1974, this video provides a comprehensive visual guide to understanding the complex structures within the human head.

  • Dive into the anatomy of the superficial abdominal wall using a human cadaver. This module delves into the layers of the abdominal wall, focusing on the skin, fascia, and muscles that form the outermost protective layer. Originally aired on June 27, 1974, this video provides essential knowledge for understanding the structural framework and functional aspects of the abdominal region.

  • This module offers an in-depth look at the anatomy of the abdominal wall, fasciae, and thoracic wall using a human cadaver. It covers the various layers and structures that comprise these regions, aiding in the understanding of their functional and protective roles. Originally aired on June 27, 1974, this video serves as an invaluable resource for comprehending the complexities of the human torso.

  • Discover the anatomical landmarks of the external carotid artery, including the retrostyloid region, using a human cadaver. This module highlights critical aspects of vascular anatomy essential for understanding blood supply to the head and neck. Originally aired on July 1, 1974, this video enhances comprehension of important vascular structures and their clinical relevance.

  • Middle Ear Cavity
    John Lillie

    Gain insights into the middle ear cavity through this educational module, originally aired on June 30, 1977. Although lacking a specific description, this segment likely covers the intricate anatomy of the middle ear, including its components such as the tympanic membrane, ossicles, and Eustachian tube. This is crucial for understanding auditory function and related clinical conditions.

  • Examine the gross anatomy and dissection of the temporomandibular joint, pterygoid muscles, and maxillary vessels using a human cadaver. This module, originally aired on July 1, 1974, provides a comprehensive understanding of these structures' functional roles in mastication and facial movement, enhancing knowledge of craniofacial anatomy.

  • Delve into the gross anatomy and dissection of the nerve supply to the teeth and the maxillary sinus using a human cadaver. This module, originally aired on July 1, 1974, covers essential aspects of dental anatomy, highlighting the neural pathways and their importance in dental health and function.

  • Uncover the gross anatomy and dissection of the suprahyoid region, mouth, and paralingual space using a human cadaver. This module, originally aired on July 1, 1974, provides valuable insights into these regions' anatomical structures and their roles in speech, swallowing, and oral health.

  • Explore the maxillary division of the trigeminal nerve, maxillary artery (3rd part), and pterygopalatine fossa anatomy in this module. Although lacking a detailed description, this segment, originally aired on June 27, 1977, likely covers the neural and vascular structures crucial for understanding maxillary function and facial sensation.

  • This educational module, originally aired on June 6, 1977, focuses on the muscles of mastication and the temporomandibular joint. It covers the anatomical features and functional roles of these structures, essential for understanding chewing mechanics and jaw movement.

  • Examine the infratemporal fossa anatomy, detailing the mandibular division of the trigeminal nerve and the first and second portions of the maxillary artery using a human cadaver. This module, originally aired on June 9, 1977, provides insights into the complex network of nerves and vessels in this region.

  • Discover the anatomy of the lateral pharyngeal wall and associated structures using a human cadaver. This module, originally aired on June 13, 1977, focuses on the structural components and their importance in swallowing and airway protection, enhancing understanding of pharyngeal function.

  • Orbit
    John Lillie

    This video module, originally aired on June 21, 1977, serves as a guide for first-year dental students to effectively dissect the orbit region. Although lacking a detailed description, it likely covers the anatomical structures involved in eye movement and protection, aiding in clinical understanding.

  • Nasal Cavity
    John Lillie

    Explore the nasal cavity, paranasal sinuses, and nasopharynx anatomy in this adjunctive video module, designed to aid first-year dental students in efficient dissection. Originally aired on June 23, 1977, it likely covers the structural and functional aspects of these regions, crucial for respiratory health.

  • Examine the dissection and examination of the hard and soft palate and fauces on a human cadaver in this module. Originally aired on June 23, 1977, it provides insights into the anatomical structures involved in speech and swallowing, enhancing understanding of oral cavity function.

  • Investigate the lateral aspect of the face, including the parotid gland and fossa, using a human cadaver. This module, originally aired on May 26, 1977, focuses on the anatomical features and functional roles of these structures, crucial for facial expression and salivary secretion.

  • Examine the cutaneous innervation of the face, including the buccinator muscle, buccal fat pad, and nasal cartilages using a human cadaver. This module, originally aired on May 26, 1977, provides insights into the sensory pathways and their importance in facial sensation and expression.

  • Explore the submandibular, submental, and carotid triangles in this module, originally aired on May 31, 1977. Though lacking a detailed description, it likely covers the vascular and neural structures within these regions, essential for understanding neck anatomy and clinical implications.

  • This module, originally aired on June 2, 1977, is titled "Fiscal Policy | Spring 2012" and does not appear to relate to human anatomy. Without a proper description, it could be an error or misplacement in the course content, not meant for inclusion here.

  • Larynx
    John Lillie

    Gain insights into the larynx anatomy through this adjunctive video module, designed to assist first-year dental students in efficient dissection. Originally aired on June 16, 1977, it likely covers the structural and functional aspects of the larynx, crucial for understanding voice production and airway protection.