Anatomy---Study of Structure
Transcript of Anatomy---Study of Structure
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Anatomy and PhysiologyAnatomy---Study of Structure Gross anatomy Systemic anatomy Regional anatomy Microscopic anatomy
Physiology---Study of Function Neurophysiology Muscle physiology Respiratory Renal Digestive Endocrine
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How is the body organized?
6 Levels of Organization
1. Chemical Level2. Cell Level3. Tissue Level4. Organ Level5. Organ System Level6. Organism
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Cardiovascularsystem
Organelle
Molecule
Atoms
Chemical levelAtoms combine to form molecules.
Cellular levelCells are made up ofmolecules.
Tissue levelTissues consist of similartypes of cells.
Organ levelOrgans are made up of different typesof tissues.
Organ system levelOrgan systems consist of differentorgans that work together closely.
Organismal levelThe human organism is made upof many organ systems.
Smooth muscle cell
Smooth muscle tissue
Connective tissue
Blood vessel (organ)
HeartBloodvessels
Epithelialtissue
Smooth muscle tissue
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Figure 1.1
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11 systems of the body
Major Members
Locations
Functions
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Homeostasis
DefinitionHow is it maintained?-Feedback Mechanisms
What if it is not maintained? (disease s/s)
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Components of a Control Mechanism
1. Receptor Monitors the environmentResponds to stimuli
2. Control centerDetermines the set point Receives input from receptor Determines appropriate response
3. EffectorReceives output from control centerResponse acts to reduce or enhance the stimulus (feedback)
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Homeostatic Control Mechanisms
Nervous and endocrine systems
Features of these systems
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Anatomical terminology
Anatomical position
Why is this important?
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Directional Terms
• Right• Left• Superior• Inferior• Cephalic• Caudal• Anterior• Posterior
• Ventral• Dorsal• Proximal• Distal• Lateral• Medial• Superficial• Deep• Ipsilateral• Contralateral
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Fig. 1.11
Body Parts and Regions
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Body PlanesSagittal plane
Transverse plane
Frontal (coronal) plane
Fig. 1.13
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Copyright © 2010 Pearson Education, Inc. Figure 1.8
Transverse plane
Median (midsagittal) plane
Frontal plane
Liver
Spleen
Pancreas
Aorta
Vertebralcolumn
Spinal cord
Subcutaneous fat layer
Body wall
Rectum
Intestines
Left andright lungs
Liver
Heart Stomac
h
Spleen Arm
(a) Frontal section (through torso)
(b) Transverse section (through torso, inferior view)
(c) Median section (midsagittal)
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2 major body cavities
1. Dorsal (location and contents)
2. Ventral (location and contents)
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Body Cavities
Fig. 1.15
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Copyright © 2010 Pearson Education, Inc.
Other Body Cavities
•Oral and digestive cavities
•Nasal cavity
•Orbital cavities
•Middle ear cavities
•Synovial cavities
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Membranes of the body
Serous Mucous
Synovial
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Serous Membranes
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Serous Membranes
Serous membranes line body cavities that do not open directly to the outside, and they cover the organs located in those cavities.
Serous fluid lubricates the membrane and reduces friction and abrasion.
Simple squamous
Connective tissue
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Mucous MembranesThese membranes line the body cavities that open to the outside. The entire digestive tract is lined with mucous membranes. Other examples include the respiratory and reproductive tracts.
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Synovial MembranesSynovial membranes are membranes that line the cavities of the freely movable joints. They line cavities that do not open to the outside. Synovial membranes secrete synovial fluid.
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Special serous membranes, spaces and fluids
Thorax
Heart
Abdominal (AB) cavity
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Meninges~ Another special type of membrane
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Clinically useful information(what is where?)
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Terms
Palpation
Auscultation
Percussion
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Anatomical Variability
•Over 90% of all anatomical structures match textbook descriptions, but:• Nerves or blood vessels may be somewhat out
of place
• Small muscles may be missing
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Table 1.2
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(c) Computed tomographic (CT) scan(b Cerebral angiogram(a) X-ray (radiograph)
(e) Magnetic resonance image (MRI)(d) Positron emission tomographic(PET) scan
Fig 1.13
a: © U.H.B. Trust/Tony Stone Images/Getty Images; b: Custom Medical Stock Photos, Inc.; c: © CNR/Phototake; d: Tony Stone Images/Getty Images;e: © Monte S. Buchsbaum, Mt. Sinai School of Medicine, New York, NY;