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Chapter 1 AP

Anatomy and Physiology Lecture

TermDefinition
Anatomy the study of structure and form
Physiology The study of function of the body parts
The ScientificMethod a systematic and rigorous process by which scientists: examine events through observation, developed hypothesis, experiment and test hypothesis, determine if the data supports or rejects
MicroscopicAnatomy examines structures that cannot be seen by the unaided eye.
Cytology Study of body cells and their internal structure
Histology study of body tissues
GrossAnatomy also called macroscopic anatomy, investigates structure and relationships of body parts that are visible to the unaided eye.
SystemicAnatomy studies the anatomy of each functional body system
RegionalAnatomy examines all of the structures in a particular region of the body as complete unit.
SurfaceAnatomy focuses on both superficial anatomic markings and the internal body structures that relate to the skin covering them
ComparativeAnatomy Examines the similarities and differences in the anatomy of different species
Embryology specifically studies the development changes occurring from conception to birth
PathologicAnatomy examines all anatomic changes resulting from disease
RadiographicAnatomy investigates the relationships among internal structures that may be visualized by specific scanning procedures
CardiovascularPhysiology examines the functioning of the heart, blood vessels, and blood.
Neurophysiology Examines how nerve impulses are propagated throughout the nervous system
RespiratoryPhysiology studies how respiratory gases are transferred by gas exchange between the lungs and the blood vessels.
ReproductivePhysiology explores how the regulation of sex hormones can drive the reproductive cycle and influence sex cell production and maturation
Pathophysiology investigates the relationships between the functions of an organ system and disease or injury to that organ system
Organization complex structure and order that all organisms exhibit
Metabolism The sum of all chemical reactions that occur within the body
anabolism formation of large, complex molecules from simple molecules
Catabolism Breakdown of complex molecules into simple molecules
GrowthandDevelopment assimilation of materials from environment and then exhibiting increased size as well as increased specializations as related to form and function
Responsiveness the ability to detect and react to stimuli; occurs at almost all levels of organization
Stimuli changes in the external or internal environment
Regulation the ability to adjust internal bodily function in response to environmental changes
Homeostasis the process of maintaining body structures and function
Reproduction Produce new cells for growth, maintenance, repair.
ChemicalLevel simplest organization level in the human body, involves atoms and molecules
molecule Chemical structure composed of covalently bonded atoms
atoms smallest units of matter that exhibit the characteristics of an element.
BiologicalMacromolecules Large molecules that form living things; four classes proteins, carbohydrates, nucleic acids, and lipids; form organelles
Organelles complex, organized structures in the cytoplasm of a cell with unique characteristic shapes; called "little organs."
CellularLevel Organization level consisting of cells
Cells the smallest living structures and serve as the basic units of structure and function in organisms
TissueLevel organization level consisting of tissues
Tissues groups of similar cells that perform common function; four major types, epithelial tissue, connective tissue, muscle tissue, and nerve tissue
EpithelialTissue tissue that covers exposed surfaces and lines body cavities.
ConnectiveTissue Tissues that protects, supports, and binds structure and organs
MuscleTissue tissues that produces movement
NervousTissue tissue that propagates nerve impulses for communication
OrganLevel Organization level that is composed of organs
Organ contains two or more tissue types that work together to perform specific, complex functions
OrganSystemLevel Organization level that contains related organs that work together to coordinate activities and achieve a common unction
OrganismalLevel Highest level of structural organization in the body.
OrganSystems a group of organs working together to coordinate and perform specific functions
IntegumentarySystem system that provides protection, prevents water loss and gain, synthesizes vitamin D, releases secretions, regulates body temperature, and houses sensory receptors
SkeletalSystem system that provides support and protection, site of hematopoiesis, stores calcium and phosphorous, provides sites for ligament and muscle attachments
MuscularSystem system that produces body movement, generates hear when muscles contract
NervousSystem regulatory system that responds to sensory stimuli, controls muscles and some glands. Also responsible for consciousness, intelligence, memory.
EndocrineSystem System that consists of glands and cell clusters that secrete hormones; maintain blood composition and volume, control digestive processes, and regulative reproductive functions
CardiovascularSystem system that consists of the heart and blood vessels; heart moves blood through blood vessels in order to distribute hormones, nutrients, gases, and pick up waste products
LymphaticSystem system that transports and filters lymph and may participate in an immune response
RespiratorySystem system responsible for exchange of gases between blood and the air in the lungs
UrinarySystem system that filters blood to remove waste products and biologically active molecules, concentrates waste products in the form of urine, and expels urine from the body.
DigestiveSystem System that mechanically and chemically digests food, absorbs nutrients, and expels waste products.
ReproductiveSystem system that consists of gonads produce sex cells and sex hormones
AnatomicPosition An individual who stands upright with the feet parallel and flat on the floor, the upper limbs are at the sides of the body, and the palms face anteriorly; the head is level, and the eyes look forward toward the observer.
Supine lying down, face upward
Section implies an actual cut or slice to expose the internal anatomy
Plane Implies an imaginary flat surface passing through the body
CoronalPlane also called a frontal plane, is a vertical plane that divides the body or organ into anterior and posterior parts.
TransversePlane also called horizontal plane or cross-sectional plane, divides the body or organ into superior and inferior parts
MidsagittalPlane also called median plane, is a vertical plane and divides the body or organ into equal left and right halves
SaggitalPlane a plane that is parallel to the midsagittal plane; divides a structure into left and right portions that are not equal
ObliquePlane plane that pass through a structure at an angle
Anterior in front of; toward the front surface
Posterior In back of; toward the back surface
Dorsal Toward the back side of the human body
Ventral Toward the belly side of the human body
Superior Closer to the head
Inferior Closer to the feet
Cranial (cephalic); toward the head end
caudal toward the rear or tail end
rostral toward the nose or mouth
medial toward the midline of the body
lateral away from the midline
Ipsilateral on the same side
Contralateral On the opposite side
deep closer to the inside, internal to another structure
superficial closer to the outside, external to another structure
Proximal closer to point of attachment to trunk
Distal Farther away from point of attachment to trunk
AxialRegion region that includes the neck, head, and trunk; forms the main vertical axis of the body
AppendicularRegion region composed of upper and lower limbs, which attach to the axial region
Abdominal Region inferior to the thorax (chest) and superior to the pelvic brim of the hip bones
Antebrachial Forearm (the portion of the upper limb between the elbow and the wrist)
Antecubital Region anterior to the elbow; also known as the cubital region
Auricular Visible surface structures of the ear
Axillary armpit
Brachial arm (the portion of the upper limb between the shoulder and the elbow)
Buccal cheek
Calcaneal Heel of the foot
Carpal wrist
Cephalic head
cervical neck
cranial skull
crural Leg (the portion of the lower limb between the knee and the ankle)
Deltoid Shoulder
Digital Fingers or toes (also called phalangeal)
Dorsal/Dorsum Back
Facial Face
Femoral Thigh
Fibular lateral aspect of the leg
Frontal forehead
Gluteal buttock
Hallux Great toe
Hip lateral region between trunk and thigh
Inguinal Groin (sometimes used to indicate the cease between the thigh and the trunk).
Lumbar The "small of the back": the inferior part of the back between the ribs and the pelvis
Mammary Breast
Manus Hand
Mental Chin
Nasal Nose
Occipital Posterior aspect of the head
Olecranal posterior aspect of the elbow
Oral Mouth
orbital eye
Palmar palm (anterior surface) of the hand
Patellar kneecap
Pectoral chest, includes mammary region
pelvic Pelvis; region inferior to the pelvic brim of the hip bones
Perineal Diamond-shaped region between the thighs that contains the anus and external reproductive organs
Pes foot
plantar sole of the food
pollex thumb
Popliteal area posterior to the knee
Pubic Anterior region of the pelvis
radial Lateral aspect (thumb side) of forearm
Sacral Posterior region between the hip bones
Scapular shoulder blade
Sternal anterior middle region of the thorax
Sural calf (posterior part of the leg)
Tarsal proximal part of the food and ankle
Thoracic Part of the torso superior to thoracic diaphragm; contains the pectora, axillary, and sternal regions
Tibial Medial aspect of leg
Ulnar Medial aspect (pinky side) of the forearm
Umbilical Navel
Vertebral Spinal column
PosteriorAspect contains cavities that are completely encased in bone; subdivided into two enclosed cavities: cranial and vertebral canal
CranialCavity formed by the bones of the cranium, also goes by the name endocranium
VertebralCanal formed by the bones of the vertebral column, contains the spinal cord
VentralCavity large, anterior placed cavity in the body, subdivisions do not completely encase their organs in bone; partitioned by the thoracic diaphragm into a thoracic cavity and abdominopelvic cavity; subdivisions are lined with serous membranes
ThoracicDiaphragm muscle partitioning the superior thoracic cavity and inferior abdominopelvic cavity
SerousMembranes continuous layer of cells, forms to layers visceral layer and parietal layer.
ParietalLayer lines the internal surface of the body wall
VisceralLayer Covers the external surface of the organs within that cavity
SerousCavity potential space between the parietal and visceral serous membrane layers
SerousFluid Secreted by serous membranes; consistency of a oil and serves as a lubricant
ThoracicCavity Chest cavity, large space in the chest bounded by the sternum ,middle spine, ribs, and diaphragm
AbdominopelvicCavity Cavity that consists of the abdominal cavity and the pelvic cavity
Mediastinum the median space between the lungs that contains the heart, thymus, esophagus, trachea, and major blood vessels that connect to the heart
Pericardium Fibroserous membrane covering the heart
ParietalPericardium the outer layer of the serous membrane and forms the inner lining of the sac around the heart.
VisceralPericardium serous membrane that covers the hearts external surface
PericardialCavity the serous cavity between the parietal and visceral layers of the pericardium, and it contains serous fluid
Pleura Serous membranes enveloping the lungs and lining that internal walls of the thoracic cavity
ParietalPleura the outer layer of the serous membrane and lines the internal surface of the thoracic wall
VisceralPleura The inner layer of the serous membrane and covers the external surface of each lung
PleuralCavity the serous cavity between the parietal pleura and the visceral plural layers, and it contains serous fluid
AbdominalCavity Cavity superior to the pelvic brim of the hip bones. Contains most of the digestive system organs, as well as the kidneys and most of the ureter.
PelvicCavity Inferior to the pelvic brim of the hip bones. Contains distal part of the large intestine, the remainder of the ureters and urinary bladder, and the internal reproductive organs
Peritoneum two-layered serous membrane that is associated with the abdominopelvic cavity
ParietalPeritoneum the outer layer of the peritoneum, lines the internal walls of the abdominopelvic cavity
VisceralPeritoneum inner layer of the peritoneum, and it covers the external surfaces of most abdominal and pelvic organs.
PeritonealCavity serous cavity between the visceral and parietal peritoneum, which contains and is lubricated by serous fluid
AbdominopelvicRegion Nine compartments that partition the abdominopelvic cavity.
UmbilicalRegion middle region named for the umbilicus that lies in it the center of the abdominopelvic cavity
EpigastricRegion abdominopelvic region that is superior to the umbilical region
HypogastricRegion abdominopelvic region that is inferior to the umbilical region
HypochondriacRegion Left and right abdominopelvic regions that are inferior to the costal cartilages and lateral to the epigastric region
LumbarRegions Right and left abdominopelvic regions that are lateral to the umbilical region
IliacRegion Left and Right abdominopelvic regions that are lateral to the hypogastric region.
Homeostasis The ability of an organism to maintain a consistent internal environment in response to changing internal or external environments
HomeostaticSystems the systems through which homeostasis occurs. These systems are regulated through negative feedback or positive feedback.
Receptor body structure that detects a stimulus.
Stimulus change in a regulated variable; event that provokes a cellular response.
Control Center structure in a feedback loop interpreting information from a receptor and sending information to an effector to produce a response
Effector structure that brings about the change to alter the stimulus
FeedbackLoop The response of homeostatic systems occurs through this; Includes a stimulus, receptor, control center, effectors
NegativeFeedback Control mechanism that keeps a variable within a set point range
SetPoint Typical range of a variable
PositiveFeedback Control mechanism that increases the original change in a variable.
SSRI acronym that stands for selective serotonin reuptake inhibitor.
Radiography primary method of obtaining an image of a body part for diagnostic; x-rays penetrates solid structures within the body.
Ultrasound A medical imaging method that uses sound waves to visualize internal structures
Transducer Device or organ that converts energy from one form to another
DSA modified 3d x-ray technique used primarily to view blood vessels.
CT x-ray that takes thin slices of the body to reconstruct a 3D image of the body
MRI a procedure that uses radiowaves, a powerful magnet, and a computer to make a series of detailed pictures
fMRI specific type of MRI, that maps brain function based on local oxygen concentration and differences in blood flow
PET scan that is an example of nuclear medicine, because it uses radioactive glucose to detect the metabolic state of tissue at a given moment in time.
Created by: Ar1ina
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