Anatomy And Physiology

What is the study of the structure and shape of the body and its parts and their relationship to one another?
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
What is the study of anatomy where we study large, easily oberservable body parts?
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Which anatomy is the study of body structures that are too small to be seen with the naked eye?
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
What is the study of how the body and its parts function and work?
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
What are the six levels of structural organization?
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
What are tiny building blocks of matter that form to combine molecules such as water, sugar, and proteins?
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Forms the external body covering: protects deeper tissue from injury: helps regulate body temperature: location of cutaneous nerve receptors: synthesizes vitamin D: sweat and oil glands
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Protects and supports body organs: provides muscle attachment for movement: immunity: site of blood cell formation: stores minerals
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Produce movement: maitain posture: produce heat: function to contract: allow manipultaion of environemtn: locomotion: facial expression
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Fast acting control system: responds to internal and external change: activates muscles and glands:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Secretes regularoty hormornes: growth: reproduction: metabolism
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Transports materials in body: blood pumped by heart: oxygen: carbon dioxide: nutrients: wastes: white blood cells to protect body: fights bacteria, tumor cells, and toxins:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Returns fluids to blood vessels: cleans blood: involved in immunity: keeps blood continusously circulating through body: disposes of debris in system
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Keeps blood supplied with oxygen: removes carbon dioxide: transports gas to and from blood: gas exchange takes place in air sacs of lungs
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Breaks down food: allows for nutrient absorption in blood: eliminates indigestible food: reclaim water: liver breaks down fats: deliver digestive enzymes:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Eliminates nitrogenous waste: maintains acid bace balance: regulates water and electrolytes:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Produces offspring: testes in male produce sperm: ovaries in female produce eggs: uterus provides site for development of fetus:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Internal distinct from external: every cell surrounded by external membrane that contains its contents and alows needed substances in or prevent entry of damaging or unecessary substances: integumnetary system:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Movement of substances: activites promoted by muscular system: skeletal system: blood, urine and foodstuffs are propopelled through internal organs
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Ability to sense changes and react: nervous system
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Break down and absorption of nutrients into blood: cardiovascualr system: diegestive system
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Chemical reactions within the body produce energy: makes body structures: nutrietns and oxygen to produce adenosine triphosphate: deigestive, and respiratory systems to make nutrients and oxyegen available to blood: cardivascular system to distibute needed substances:: hormoes secretes by glands of endocrine system
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Eliminates waste from metabolic reactions: get rid of substances produced durign digestion: diegestive system, urinary sytem
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Produces future generation: original cell divides to produce two daughter cells: regualted by hormones in endocrine system
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Increases cell size and number of cells: cell constructing activites occur faster than cell destroying ones
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Chemicals for energy and cell building: carbohydrates, proteins, lipids, vitamins, minerals: fats cushion body organs and reserve fuel: oxygen transport in blood
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Required for chemical reactiions: respriatoy and cardiovascular system
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
60-80 percent of body weight: most abundant element in body: provides fluid base for body secretions and excretions: obatined from ingested foods or liquids: lost from body by evaporation from lungs, skin and excretions
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Must be maintained around 37 C or 98 F: if dropped metabolic reactions become slower and stop: too high boyd proteins begin to breaks down: body heat generated by activity of skeletal muscles
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Force exerted on the body by the weight of air: breating and exchange of oxygen and carbon dioxied depend on this: must be appropriate
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Bodys ability to maintain relatively stable internal conditions when outside world is changing
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Dynamic state of equillibrium: necessary for normal body funtioning and sustain life
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Body organs become less efficient and our internal conditions become less stable: increase risk of health: cause disease or death
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Body communicates though neural and hormonal control systems
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Responds to changes in environement: sends information to control center through afferent pathway
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Dtermines level at which a variable is to be maintained: analyzes the info it recieves: dtermines appropriate response or course of action:: determines set point:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Provides means for the control centers response to the stimulus: on effector pathway: chooses which feedback/result
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Includes most homeostatic control mechanisms: shuts off original stimulus: reduces intensity: household thermostat: heart rate, blood pressure,
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Increases original stimulus to push the variable farther: only occurs in blood clotting and child birth: increases intensity: control infrequent events that occur explosively and do not require continuous adjustmens
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Body in standard position
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Divides body into left and right parts
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Section divides body into equal left and right parts
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Divides body into anterior and posterior sections
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Divides body into superior and inferior sections
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Houses the brain
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Houses the spinal cord
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Cranial and spinal cavity
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Houses heart lungs and others
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Houses digestive system and most urniary system organs
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Abdominopelvic and thoracic cavity
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Xray: body region sections: beam to a thin lsice of the body and reuslts form images overlapping structures: problems in brain and abdomen
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Ultrafast ct scanner: 3d images of body organs from any angles: movements and internal volumes to be observed at specific mon=ment in time: heart beating, blood flowing
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Unobstructed view of diseased blood vessels: identify blockages in arteries that supply heart and brain
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Observe meabolic processes: radioisotopes absorbed by most active brain cells: produces a picutre of brains biochemical acitvity:
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
High frequenct sound waves: echoes analyxed by computer to constuct visula image of body organs
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Magnetic fields to pry info form body tissues does not show dense strucutes detects degenerative disease brain developmetn
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
Distribution of elements how disease changes body chemistry
Physiology
Effector
Integumentary system
Positive feedback mechanism
Abdominopelvic cavity
Digestive system
Skeletal system
Atmospheric pressure
Homeostatic imbalance
Endocrine system
Atoms
Lymphatic system
Frontal/ coronal
Movement
Hometostais
Ultrasound
Water
Nutrients
Anatomical postion
Respiratory system
Cranial cavity
Excretion
Reproduction
Growth
Digestion
Oxygen
Responsiveness/ irritability
Homeostasis
Urinary (excretory) system
Homeostasis
Control center
Spinal/vertebral cavity
Transversal
Reproductive system
Muscular system
Gross Anatomy
Negatice feedback mechanism
Receptor
1. Chemical 2. Cells 3. Tissue 4. Organ 5. Organ System 6. Organism
Sagittal
Nervous system
Ct
Body temperature
Metabolism
Mri
Dorsal cavity
Thoracic cavity
Anatomy
Ventral cavity
Dsr
Maintaing boundaries
Dsa
Pet
Midsagittal
Cardiovascular(circulatory) system
Mrs
Microscopic Anatomy
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