Brian Dormer: Recent Episodes

Brian Dormer

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External rotators, glutes, levator ani, tibia/fibula, tarsals.

Erectors and deep muscles of the back, costovertebral and costochondral joints, Lumbar vertebrae, sacroiliac joint and ligaments, muscles related to ribs.

Epidermis, dermis and accessory structures.

Hip joint, bursae and ligaments, flexors, adductors.

Bones of the thoracis spine, bones of the thorax, muacles of the thoracic spine part 1.

Bones and joints of the pelvis and the femur.

Ligaments associated with C1, C2 and the occiput, Postrerior mucles of the C spine.

Human tissue and Epithelial Tissue.

Lumbricals, interossii, muscles of the thenar and hypothenar areas of the hand.

Facet joints, vertebral disc and holding ligaments, typical and atypical vertebrae of the cervical spine.

Superficial flexors, deep flexors, extensors of the hand.

Supra and infra hyoids, the human spine.

Krebs cycle, Electron transport chain, gluconeogenesis, lipid and protein metabolism.

Components of protein synthesis, the nucleus and anaerobic metabolism.

Muscles that arise from the flexor retinaculum.

The wrist joint, carpal joints and interphalangeal joints, carpal bones and phalanges.

Temporomandibular joint, muscles of facial expression, muscles of mastication part 1.

Biceps, triceps, Ancuneus.

Introduction to muscle testing and trigger points. The bones of the skull and the facial bones.

Golgi apparatus, lysosomes, peroxisomes.

Rotator cuff, bones of the forearm and the humeroulnar and humeroradial joints.

Types of joints, synovial joints, types of muscles, actions and contractions.

Cell membrane, membrane transport, organelles.

Muscles, trigger points, stretches and strengthing of these muscles.

Homeostasis, Feedback mechanisms, Acids and bases, the cell membrane

Clavicle, Scapula and Humerus, Ac, SC and GH Joints.

Directional terms, planes, Introduction to bones

Anatomical position, directional terms, cavities and membranes.

Pancreatitis, Foodborne illness

levers, strength training, Neuromuscular relationship and PNF

Venous system, specific arteries and veins, blood, lymphatic system part 1.

Cardiac cycle, pressure changes, arteries and arterioles

Chambers, layers and valves

Leukemia, lymphoma, TB, COPD, chronic bronchitis, emphysema

Ribs, rib articulations, lumbar spine and abdominal muscles.

Types and causes

Epidermis, Dermis and accessories.

Congenital diseases, Heart Failure, Aneurysms

Sub occipitals and anterior cervical muscles

The creation of ATP and cellular division.

Hypertension, MI, Artherosclerosis

Specialized cervical vertebrae, joints of the cervical spine

Glycolysis and the Krebs cycle

Burns and Ulcers, CAD and CVD

Supra and Infrahyoid muscles, Introduction to the human spine, vertebra and its processes.

Viruses, Funguses, Skin Cancers

Those muscles of the face and mastication.

Translation, Transcription and the role of RNA

Dermatitis, Herpes, Varicella

All facial bones, Temporomandibular Joint

Transcription and Translation

Common organelles of human cells.

Cancer, Cancer pain, Common Integument path terms

Characteristics of muscles, types of muscles, theory of trigger points, muscle testing and the Skull part 1

Membrane transport, cellular structures, cell membrane

Tissue Healing, Inflammation and Oncology Part 1

Bone Classifications, Joint classifications and Synovial Joints

Homeostasis, Acids and Bases

Discussion of pathology terminology and theories of Pathology.

Determinants of aerobic and resistance training, specificity of aerobic and resistance training, adaptation.

Muscles of the ankle, intrinsic muscles of the foot, extrinsic muscles of the foot.

Types of immunity and defense, respiratory physiology

Hip joint and muscles of the pelvis.

Specific arteries and veins, types of blood cells, Lymphatic system

Active, passive a resisted range of motion, stretching and PNF.

Frank-Starling law, Cardiac Output, EDV.

Muscles related to ribs, abdominal muscles and the lumbar/sacral spines

The pelvic bone and femur.

Glands and nails

The heart as an organ, membranes, blood flow and heart valves.

Axial muscles and bones of the thorax.

Those muscles of the forearm that affect the wrist and fingers and those muscle found in the hand.

The dermis and hair.

Healing and inflammation and the Epidermis

Intro to the thoracic vertebrae and erectors.

Flexors and extensors of the wrist and an introduction to Extrinsic muscles of the hand.

Joints of the wrist, carpometacarpal, and metacarpophalangeal joints.

Muscles of facial expression, introduction to the spine and spinal joints

Muscles of the brachium, fexors and extensors, muscles related to the forearm and the bones of the wrist and hand

Krebs cycle, Electron transport chain, Introduction to Histology

Muscles of Mastication and muscles related to the hyoid bone.

Rotator cuff, bones of the forearm, elbow joint, radioulnar joints

Protein Synthesis and Intro to Glucose metabolism

Bones of the face and intro to the Temporomandibular Joint

Pectoralis Major, Latissimus Dorsi, and others

Introduction to the organelles of the cell including, Endoplasmic reticulum, Golgi complex, Nucleus and Nucleolus

Intorduction to muscles part 2, Muscle testing, Trigger Points and the Skull part 1

Muscles related to the trunk and scapula.

Continuing the human cell, membrane transport and cell filaments.

Synovial joints, Types of muscles, types of contractions.

Clavicle, Scapula, Humerus, SC joint, AC joint, GH joint and ligaments

Introduction to Homeostasis, Feedback systems and Acids and Bases

Introduction to Palpation, Osteology, Bone Classifications and markings, Syndesmology Part 1

Strertching, PNF, Muscle Testing, Strengthening, Aerobic Prescription

Introductory material.

Body cavities, membranes, regions

Hepatitis, Alcoholic liver disease, Cirrhosis

Upper and lower respiratory system and respiratory physiology

Muscle contraction, sarcolemma, muscle cell architecture

Common respiratory and gastrointestinal pathologies.

Blood vessels, blood cells and lymphatic system

Aerobic and Resistance exercise principles and prescription.

Pneumonia, COPD

Cardiac Output, contraction

Proprioceptive Neuromuscular Facilitation and Accessory Movements of Joints

Lymphedema, Lymphoma, Leukemias and Anemia

Cardiac physiology

Myocardium, valves and blood flow

Stretches, Range of Motion

Intercostals, abdominal muscles and Quadratus Lumborum

Also includes peripheral vascular diseases.

Introduction to the heart, its layers and chambers.

Look at the thoracic spine, articulations of the ribs and sternum and the muscles of the spine.

Introduction to cardiomyopathies and congenital heart defects.

Intro to Inflammation and the Healing Process and the Integumentary System

Introduction to thoracic vertebrae and the ribcage

Review heart anatomy and heart physiology.

Talk about scleroderma, burns and ulcers.

Steps of protein synthesis, Mitosis and Meiosis, Into to Histology

Integumentary Neoplasms

Introduction to Carbohydrate metabolism, anerobic metabolism and aerobic metabolism

Look at the bones of the face, the temporomandibular joint and Intro to facial muscles

We discuss common terms related to skin pathologies, common presentations and a number of diseases.

Introduction to the common organelles of a functional human cell and the nucleus.

We introduce the theories of muscle testing and trigger points. We learn the bones of the cranium.

You are introduced to common terms of pathology, pathogenesis, incidence and cancer pain.

The introduction to the human cell which includes the membrane and membrane transport mechanisms.

We review the various types of joints in the body and begin our understanding of Skeletal Muscles

We introduce how pathology effects at the cellular level and the immune response.

Introduction to homeostasis and the role of acids and bases and homeostasis.

Introduction to palpation and osteology

We discuss the common terms used in pathology and some pathology definitions.

Welcome to a and P 1. This set talks about Directional terms, the anatomical position and membranes.

Joint Arthrokinematics

Theory of stretching and the implications of stretch.

The theory of Proprioceptive Neuromuscular Facilitation.

This is the interactions of the components of the muscle cell which results in contraction.

The Osteon.

Series on bone development, bone architecture and bone healing.

Associated bones and ligaments of the Lumbar Spine and SI joint.

Bones of the T spine, Sternum and Ribs

Introduction to muscle testing.

Ligaments related to the Occiput, Atlas and Axis

All the vertebrae and their structures of the cervical spine

Structures related to the TMJ

Lecture on trigger points.

Lecture on facial bones.

Lecture on bones of the skull.

Names and shapes of muscles.

This is the introduction of the internal anatomy of human muscle tissue.

This is the introduction of those structures found in a synovial joint.

This is the introduction of the classifications of joint of the human body

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Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

Latest episode of Brian Dormer

The very first episode of Brian Dormer!