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A&P Review

When describing anatomical terms the patient is always referred to being in the  SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical   position, which means standing erect, arms to the side and SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical facing out.  The front surface of the body is termed anterior and also termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical plane. The back of the body is termed posterior as well as SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  The line that separates the body into left and right is the midline also termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  The midclavicular line dissects the collar bone and is also termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical line.   A plane that separated the body into anterior and posterior is the SELECT Palms Shock Supine Axillary Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical line.  If the lateral plane is more anterior it is termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical axillary.  If the lateral plane is more posterior it is termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical axillary.  Midclavicular is on the anterior side but its counterpart on the posterior side is termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical . A line that cuts across the body from left to right is termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .

When using direction terms SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical is away from the midline.  Adduction is an example of SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical movement.  Superior or toward the head/top is also referred to as SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  Inferior or toward the bottom is also referred to as SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  When compared to the elbow the wrist is SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  When compared to the elbow the shoulder is SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical . The surface of the hand/palm is termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  The sole of the foot is termed SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  When “looking up at the sky” the neck/head is SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .  When “looking down at your feet” the neck is SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical .

When a person is lying on their back they are in a SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical position.  When they are lying on their anterior surface they are in a SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical position.  When you raise the body as a unit at the feet it is the SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical position.  When you only raise the feet 8 to 10 inches it is the SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical position.  When you flex your hips at 45 degree angle it is the SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical position. When you raise the head only 20 to 30 degree it is the SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical position.  When you are prone with one hip flexed it is the SELECT Palms Shock Supine Prone Trendelenberg Semi-Fowlers Fowlers Simms Flexion Extension Palmer Plantar Proximal Distal Caudal Cephalic Medial Lateral Transverse Midscapular Posterior Anterior Parasagittal Sagittal Dorsal Cororal Anatomical position.
 

We have two divisions of the skeletal system; they are SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis and SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis .  We have five traditional body cavities which are: SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis , SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis , SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis , SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis , and SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis .  Two additional cavities are the SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis sac and the SELECT Appendicular Plural Pericardial Thoracic Abdominal Retro-peritaneal Axial Spine and cranium Pelvis space.
 

SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen acid is the basic building block of proteins.  When one or more amino acids come together it is a SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen bond.  When amino acids bond they form a SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen .  A protein is nothing more that amino acids bonded together.  Everything in our body is a protein.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen is the basic unit of life.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen membrane is a double lipid barrier or border.  SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Cytoplasm Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen is considered the fluid of the cell and is located between the cytoplasmic membrane and the nucleus.  The group of active structures within a cell are termed SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen .  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen (2 words) comes in smooth and rough.  The smooth SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen   reticulum is responsible to synthesize fats and helps with detoxification of the cell.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen endoplasmic reticulum is responsible for transporting and synthesizing protein’s throughout the cell.  The smooth and rough SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen (2 words) act as a transportation system within the cell.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen are the protein production plant.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen contains SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen which is a copy of DNA from the nucleus. 

The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen apparatus originate from the endoplasmic reticulum and travel within the cell doing multiple functions.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen apparatus help to concentrate and package material for secretion from the cell for example mucus.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen are the immune system of the cell.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen attack infections and destroy damaged or old cells by breaking them down to be recycled.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen are responsible to produce SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen (ATP) which is the final product of the SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen cycle.  The SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen cycle has to do with making energy with the use of nutrients (like sugar) and SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen .

The SELECT Organelles Peptide Ribosomes Nucleus Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen is the control center for the cell.  Not all cells contain a nucleus for example SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen blood cells.  The nucleus contains chromatin granules which makes up SELECT Organelles Peptide Ribosomes Krebs Adenosinetriphosphate Red Amino DNA Endoplasmic Reticulum Bone Marrow Smooth Golgi Cytoplasmic RNA Lysosomes Cell Rough Mitochondria Protein Oxygen which is the bodies blueprint.
 

Certain cells divide throughout life for example: SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial , SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial and SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial (2 words) cells.  Some cells do not divide after birth such as: SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial and SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial (2 words)  cells.
 

Cells produce SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial (#) tissue types. They are SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial , SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial , SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial and SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial tissue.
 

We have three types of muscle tissues.  Involuntary is also referred to as SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial muscle.  Examples of involuntary muscle are the SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial (2 words) and SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial system.  Striated muscle can also be termed SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial muscle and is responsible for movement.  SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial muscle is only found in the heart and has the ability to create its own electrical impulse know as SELECT Liver Smooth Cardiac Muscle Nerve Skeletal Automaticity GI Skeletal muscle Connective Blood Vessels 4 Epithelial .
 

A neuron consists of three parts; SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin (2 words), SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin , and SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin .  The space between two nerves is the SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin .  Some nerves have a protective cover termed a SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin sheath.  SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin are responsible in receiving impulses into the cell body.  The SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin distributes and released neurotransmitters from the cell. 
 

A group of SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin make a tissue.  A group of tissue with a common purpose make a SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin .  A group of SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin with a common purpose make up an SELECT Cell body Organ Organs Dendrite Axon Synapse Cells Myelin system.  The human body has SELECT Cell body 11 Organ Organs Dendrite Axon Synapse Cells Myelin (#) major organ systems.
 

The organ systems are: SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary , and SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary .
 

The SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary system is the largest system in the body and regulates body SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary ; defense against SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary ; and prevents SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary .  The skin converts vitamin SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary which is needed for digestion.  We have two layers of skin which are the SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary and SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary .  The SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary contains hair, nails, glands, veins, arteries (the good stuff).   We have SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary (#) types of skin glands.  SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary glands help control body temperature.  SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary glands are located on the armpits and groin.  SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary glands are in the ear and make ear wax.  SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary glands produce milk.  SELECT Reproductive Apocrine Urinary Epidermis Muscular Sweat Infection Circulatory Temperature Digestive Subatious Skeletal Respiratory D Endocrine Dehydration Integumentary 5 Lymphatic Dermis Ceruminous Nervous Mammary glands lubricate the hair.

 
The skeletal system has two divisions;  SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 and SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 bones.  To have healthy bones you have to have vitamins SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 , SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 and SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 .   We have 5 types/classification of bones; Long, SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 , SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 , SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 , and Sesamoid.  The human body has on average SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 (#) bones. The skeletal system is made up of three connective tissues; Cartilage, SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 and SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 .

A typical vertebral bone consists of;

·        SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 process with goes posterior to the vertebral body. 

·        SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 process with goes in a 45 degree lateral angle from the vertebral body.

·        SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 of the vertebral bone supports most of the body weight.

·        Vertebral SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 houses the spinal cord.

·        SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 foramen allows the nerves to leave the spine laterally.

The axis of the spine is C SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 (#).  The atlas of the spine is C SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 (#).  C2 has a notch (den) which is termed the SELECT Axial Short Odontoid Foramen Appendicular Intervertebral 206 Tendons A Transverse Irregular C Ligaments D Body Spinous 1 Body Flat 2 process.

We have 12 SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar vertebral bones

We have 5 SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar vertebral bones

We have 4 SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar vertebral bones

We have 7 SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar vertebral bones

We have 5 SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar vertebral bones
 

The first SELECT Cervicle False 5 Carpals Ulna Thoracic Radius Scapula Metacarpals 7 Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar (#) pairs of ribs are termed SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar ribs

The last SELECT Cervicle False Carpals 5 Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar   (#) pairs of ribs are termed SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar ribs

The last two pairs of ribs are termed SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar ribs.
 

The upper extremity bones are the:

SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar , SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar , SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar , SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar , SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar , SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar , SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar , and SELECT Cervicle False Carpals Ulna Thoracic Radius Scapula Metacarpals Coccyx Float Phalanges True Sacrum Clavicle Humerous Lumbar .
 

The proximal part of the femur has the head and the lesser and greater SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia .

In the lower leg we have the SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia bone which supports most of the weight.  The SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia bone is more posterior and SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia .  The foot contains the SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia bone which is the heal region along with SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia (group of bones), SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia (group of bones).  The SELECT Trochanter Ball and Socket Cartilaginous Tarsals Ellipsoid Talus Saddle Bursa Calcaneus Synovial Lateral Hinge Pivot Metatarsals Plane or gliding Fibula Fibrous Tibia is the ankle bone which articulates the body to the foot.
 

The nervous  system has two main divisions – the SELECT Gluteus CNS Deltoid Abdominal Oblique Isometric Isotonic Vastus Sternocleidomastoid Sensory Rectus Femoris Gastronemius Somatic Rectus Abdominis PNS Trapezius Pectoralis major Sartorius Autonomic Nervous System Lattissimus Dorsi which include the brain, brain stem, and spine.  The other division is the SELECT Gluteus CNS Deltoid Abdominal Oblique Isometric Isotonic Vastus Sternocleidomastoid Sensory Rectus Femoris Gastronemius Somatic Rectus Abdominis PNS Trapezius Pectoralis major Sartorius Autonomic Nervous System Lattissimus Dorsi nervous system which consists of the SELECT Gluteus CNS Deltoid Abdominal Oblique Isometric Isotonic Vastus Sternocleidomastoid Sensory Rectus Femoris Gastronemius Somatic Rectus Abdominis PNS Trapezius Pectoralis major Sartorius Autonomic Nervous System Lattissimus Dorsi (3 words) which helps maintain homeostasis, SELECT Gluteus CNS Deltoid Abdominal Oblique Isometric Isotonic Vastus Sternocleidomastoid Sensory Rectus Femoris Gastronemius Somatic Rectus Abdominis PNS Trapezius Pectoralis major Sartorius Autonomic Nervous System Lattissimus Dorsi which has motor nerves, and the SELECT Gluteus CNS Deltoid Abdominal Oblique Isometric Isotonic Vastus Sternocleidomastoid Sensory Rectus Femoris Gastronemius Somatic Rectus Abdominis PNS Trapezius Pectoralis major Sartorius Autonomic Nervous System Lattissimus Dorsi which sends impulses to the brain.

We have a total of SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent (#) pairs of nerves.  SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent (#) pair are cranial nerves and SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent (#) are spinal nerves.   Nerve paths that run towards the spine/brain have an SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent division.  Nerve paths that run away from the brain/spine have an SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent division.

Ganglionic fibers run along the outside of the spinal cord.  We have pre and post ganglionic fibers associated with the autonomic nervous system.  Both the sympathetic and parasympathetic pre-ganglionic neurotransmitter is SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent .  The post ganglionic neurotransmitter for the parasympathetic system is SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent and for the post ganglionic sympathetic neurotransmitter is SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent .  Alpha and SELECT Beta 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent 1 & 2 receptors are associated with the SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent system.  Another name for the sympathetic system is SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent .  Another name for the parasympathetic system is SELECT 12 ACh Efferent Adrenergic 31 Sympathetic Nor-Epinephrine 43 Cholinergic Afferent .

The brain stem contains the SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal , SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal , and SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal .  The SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal is responsible to maintain vital signs.  The SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal help control breathing and sleeping state.  The SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal is the smallest region of the brain stem.  The SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal contains the thalamus and SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal .  The SELECT Pons Parietal Cerebrum Thalamus Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal influences mood and strong emotion.  The SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal is active sexual activity, emotion, and SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal regulation.  The SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal is considered the SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal to the cerebrum. SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal is the largest portion of the brain and is divided into left and right SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal .

Lobes of brains:

·        SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal lobe is associated with motor and higher intelligence.

·        SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal lobe is the primary sensory lobe.

·        SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal lobe is vision

·        SELECT Pons Parietal Cerebrum Temperature Midbrain Hemispheres Occipital Hypothalamus Medulla Gate keeper Temporal Diencephalon Frontal lobe is hearing

The SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes system influences mood, motivation and pleasure.  SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes means little brain and is responsible for precise movements.   SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes (color)  matter contain axons and SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes (color) matter contains dendrites and nerve body only

The brain and spinal cord are protected by the SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes lining. The outer most layer that adheres to the undersurface of the skull is the SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes .  The SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes layer produces SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes which baths the CNS.  The SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes is stuck to the outside of the brain.

  SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes are sensory nerve divisions within the skin. 

Cranial nerve X is the SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes nerve.  It is the wandering nerve which goes to the heart, digestion, lungs and more.  When CN X is stimulated the SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes ANS is stimulated.  CN number SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes is the optic nerve.  CN’s number SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes , SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes , and SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes - have to do with eye movement.  CN number SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes is shrugging your shoulders.  CN number SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes is chewing.

Dorsal spinal root is SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes (afferent or efferent) and the ventral root is SELECT Pia Afferent Parasympathetic XI Limbic Efferent II Meninges Vagus CSF Cerebellum Gray V Dura IV Arachnoid III White VI Dermatomes (afferent or efferent).

The fluid of blood is SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes .  The formed elements of blood are SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes , SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes , and SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes .

The SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes system dissolves SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes into the blood stream for distribution throughout the body.  The master gland is the SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes gland.  The master gland releases two hormones from the SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes side and SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 7 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes (#) hormones from the anterior side.  The two posterior hormones are SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes and SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes .

The anterior master gland does the following:

The ovaries produce SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes and SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes hormones.  The testes produce SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes hormone.  The SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes promotes development of immune system cells. The SELECT Plasma Gonads Estergen Leukocytes Calcium Oxytocin Hormones 6 Erythocytes Pituitary Endocrine Posterior Pancreas Testosterone Adrenal Growth Hormone Thymus ADH Progesterone Thombocytes B cells produce insulin.

The SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular is the term given to the sac around the heart.  Valves within the heart located between the atria and ventricle are termed SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular valves.  These valves are the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular on the right and the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular on the left. The valves leaving the ventricles are SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular valves.  These valves are the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular on the left and SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular on the right.  The heart has two main branches of the coronary arteries. The right coronary artery supplies blood to the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular (2 words) and SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular (2 words).  The left coronary artery supply blood to the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular , SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular , and SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular .   The left coronary artery also has a branch called the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular which supplies blood to the posterior heart.

The heart is made up of two types of cells.  The ones that conduct impulses are SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular cells and the cells that provide movement are termed SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular cells.  The conduction system starts with the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular node then moves throughout the atrium’s called the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular paths and the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular paths.  The base of the AV node is the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular of His.  From there we go to the left and right SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular branches and ends at the SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular fibers. 

The term SELECT SA Pericardium Bicuspid Internodal Purkinje Bundle Mechanical Intra atrial Pulmonic Left Ventricle Right Ventricle Left Atria Circumflex Semilunar Aortic Electrical Mediastimun Tricuspid Right Atria Atrioventricular refers to the chest area.

Peripheral Circulation:  Blood vessels are an example of SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds muscle.   SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds are the most elastic of all vessels and handle the greatest pressure exerted from the heart.  As we trace a drop of blood through the 5 common vessel types we start with the arteries, then the SELECT Arterioles AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds , to the SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds which are under a neutral pressure, then to the SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds and finally to the veins.   SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Veins Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds have valves in them to prevent back flow.  As a general rule all SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds flow away from the heart and all SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Veins Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds return blood to the heart.  Also as a general rule all SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds carry SELECT AV Intima Subclavian Smooth Oxygenated Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds blood and all SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Veins Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds carry deoxygenated blood.  The exceptions to these rules are the SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds arteries and veins.  The coronary arteries receive their blood flow during the SELECT AV Intima Subclavian Smooth Media Foot Diastolic Venules Liver Pulmonary Vein Palms Arteries Adventitia Splenic Capillaries Iliac Nail beds phase of contraction. 

Respiratory System:  SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower is a basic element needed for normal cell metabolism.  SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower (2 words) is a major waste product of this process.    The respiratory system is divided into the SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower and SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower airway.  The SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower opening is the dividing point of the upper and lower airways.  We have three pharynx; SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower , SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower , and SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower .  The SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower is responsible to SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower , SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower and SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower air. The nasopharynx contain cartilage protrusions called SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower which help more air while traveling through the nose. The left and right nares are separated by the nasal SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower . The SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower tube runs from the nose to the ear.  The SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower is located behind the mouth. The SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower   is the tissue which hangs down from the roof of the mouth. The SELECT Turbinates Humidify Carbon Dioxide Filter Uvula Eustachian Glottis Oropharynx Septum Upper Nasopharynx Hypopharymx Oxygen Warm Lower is where you gurgle mouthwash. 

The SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid is where speech/sound production is located.  The only complete cartilage ring of the larynx is the SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid cartilage. The SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid membrane is located just above the cricoid cartilage and is where a needle cricothyroidostemy is done.  The glottic opening contains the white vocal cords referred to as SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid cords.

When tracing a drop of air from the larynx it will travel next to the SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid which has “C” shaped cartilage rings.  In the lungs we have a total of SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid (#) lobes on the left and SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid (#) lobes on the right.  The SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid are the smallest component of the respiratory system.  These sacs contain a liquid called SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid which lubricates the tissue.  The lungs are surrounded by SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid tissue membrane and the thoracic cavity is coated with SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid tissue membrane.  The two tissues form the SELECT Trachea Less Alveoli Mucous 9 Surfactant Corina Cricothyroid 3 Plural Angle of Louis Larynx Visceral 10 Cilia Maxillary True Ethmoidal 2 Parietal Frontal Cricoid space. 

The SELECT Nutrients 2 Chyme Cardiac Digestive Pepsinogen Duodenum Ileum Hydrochloric Pyloric Jejunum 3 system provides the body with water, electrolyte and nutrients.  The stomach has two sphincters.  The proximal sphincter is termed SELECT Nutrients 2 Chyme Cardiac Digestive Pepsinogen Duodenum Ileum Hydrochloric Pyloric Jejunum 3 and the distal sphincter is termed SELECT Nutrients 2 Chyme Cardiac Digestive Pepsinogen Duodenum Ileum Hydrochloric Pyloric Jejunum 3 .  The stomach contains SELECT Nutrients 2 Chyme Cardiac Digestive Pepsinogen Duodenum Ileum Hydrochloric Pyloric Jejunum 3 acid which is stimulated to be released into the stomach by gastrin.  The main function of the small intestine is absorption of SELECT Nutrients 2 Chyme Cardiac Digestive Pepsinogen Duodenum Ileum Hydrochloric Pyloric Jejunum 3 and electrolytes (the good stuff). 

The liver produces SELECT Glucagon Iron Endocrine Gall Amylase Exocrine Bile Sodium Bicarb Pancreas Glucose which emulsifies fat.  The SELECT Glucagon Iron Endocrine Gall Amylase Exocrine Bile Sodium Bicarb Pancreas Glucose bladder holds a reserve of bile for digestion.

The large intestine is also termed the SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary .  The main purpose of the large intestine is to synthesize vitamin K and absorb SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary .  From the cecum we travel to the SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary colon to the hepatic flexure then the SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary colon to the spleenic flexure to the SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary colon to the “S” shape SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary colon to the rectum and anus.  The anus has SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary (#) sphincters; internal sphincter is SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary and the external sphincter is SELECT Colon Sigmoid Descending Transverse Water 2 Ascending Voluntary Colon Involuntary .

The urinary system is the main system in the body that regulates SELECT Medulla Right Homeostasis Bowmans Ureters Nephron Cortex Bladder .  The SELECT Medulla Right Homeostasis Bowmans Ureters Nephron Cortex Bladder kidney is slightly lower than the other side.  The SELECT Medulla Right Homeostasis Bowmans Urethra Ureters Nephron Cortex Bladder , SELECT Medulla Right Homeostasis Bowmans Urethra Ureters Nephron Cortex Bladder , and SELECT Medulla Right Homeostasis Bowmans Urethra Ureters Nephron Cortex Bladder make up the remaining parts to the urinary system.

Male reproduction: The testes produce sperm and SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum .  The SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum (2 words) joins the epididymis and continues to the prostate where the tube is termed the urethra.   The body of the penis is termed the SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum and the tip is the SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum .  The sac that holds the testicles is the SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum .

Female reproduction starts with the SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum majora and minora.  The SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum is anterior to the urethra.  The opening to the vagina is SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum to the urethra.  The vagina is termed the SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum cannel.  The head of the vagina is the SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum . The SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum is the womb. The SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum tubes extend to the ovaries.  The tissue region between the anus and vagina is the SELECT Vas Deferens Perineum Epididymis Shaft Fallopian Glands Posterior Uterus Birth Cervix Testosterone Labia Clitoris Scrotum .

The white part of the eye is termed SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous and the clear part over the pupil is the SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous .  The color (brown or blue most common) is the SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous .  The black hole is the SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous .  The anterior chamber of the eye contains SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous humor.  The posterior chamber contains a jelly like fluid called SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous humor.  The SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous humor is always being produced.  The SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous lines the posterior chamber of the eye.    SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous presents when pressure build up takes place in the eye.  Myopia means SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Near Nasolacrimal Far IV Glaucoma Vitreous sided and SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Near Nasolacrimal Far IV Glaucoma Vitreous means SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Near Nasolacrimal Far IV Glaucoma Vitreous sided.  The SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous duct connect the eye and nose together.  The SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous gland produces tears.  The outer part of the eye and under the eye lids are covered with SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous . The retina has rods and SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous .  SELECT Retina Lacrimal Sclera VI Aqueous Cornea Pupil Myopia Cones III Presbyopia Conjunctiva II Iris Nasolacrimal IV Glaucoma Vitreous see color and rods see black and white.

The ear is divided into SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 (#) regions.  Outer, middle and inner ear.  The SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 (2 words) separated the middle (ear cannel) and outer ear.  The smallest bones in the body are the SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 bones which are the; SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 , SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 , and SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 .  These bones relay vibrations from the ear drum to the inner ear.  The superior ear lob is termed the SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 .  The inferior ear lobe is termed the SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 .  The SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 is responsible for deciphering sounds.   The 3  SELECT Semicircular Malleus Stapes Incisors Lobule Ossiscle Molars Tympanic membrane Helix Cochlea Canine Incus 3 canals are responsible for equilibrium.