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Hesi A2 A&P

FrontBack
Tissue Types Connective, Epithelial, Muscle, and Nervous.
Muscle Tissues Skeletal, Smooth, and Cardiac
Connective Tissues Cartilage, Adipose, and Blood tissue
Organ Systems in the Human Body 11 organ systems Integumentary system, skeletal system, muscular system, lymphatic system, respiratory system, digestive system, nervous system, endocrine system, cardiovascular system, urinary system, and reproductive systems.
Coronal Planee cuts body into front (anterior) and back (posterior) pieces
Sagittal Plane cuts body into right and left pieces
Transverse Plane cuts body into top (superior) and bottom (inferior) pieces
Superior above
Inferior below
Anterior (Ventral) front
Posterior (Dorsal) back
Medial closer to midline
Lateral farther away from midline
Proximal closer or towards the body of the trunk/chest/center of the body
Distal farther from the body of the trunk/chest/center of the body
Superficial closer to the outer layer and surface of the body
Deep away from the surface of the body
Dorsal cavity cranial and spinal cavities
Ventral cavity orbits of nasal, oral, thoracic, and abdominopelvic cavities
Histiolgy study of tissues
Tissue group of cells that act together to perform a specific function
Epithelial cells cover, line, and protect the body and its internal organs
Connective framework of the body, providing support and structure for the organs.
Nerve composed of neurons and connective tissue cells that are referred to as neuroglia
Muscle ability to contract or shorten
Voluntary Muscle skeletal muscle
Involuntary Muscle smooth muscle and cardiac muscle
Cell basic unit of life and major building block of tissues and organs
Nucleus contains DNA and ribosomes important in the synthesis of proteins
Proteins include enzymes that regulate all chemical reactions within the body
Mitosis necessary for growth and repair DNA is duplicated and distributed evenly to two daughter cells
Meiosis cell devision that takes place in gonads (ovaries and testes) chromosome number reduced from 46 to 23 so zygote will have correct number of chromosomes
Epidermis outer layer of skin dead, keratinized epithelial cells
Dermis underlying layer of connective tissue with blood vessels, nerve endings, and associated skin structures rests on subcutaneous tissue that connects skin to superficial muscles
Layers of Epidermis outer layer to inner layer Corneum, lucidum, granulosum, germinativum (includes basale and spinosum)
Melanin in epidermal cells protects against radiation from the sun
Dermis composed of fibrous connective tissue with blood vessels, sensory nerve endings, hair follicles, and glands.
Eccrine sweat gland most widely distributed regulates body temp by releasing a watery secretion that evaporates from surface of the skin
Apocrine sweat gland mainly in armpits and groin
Sebaceous glands release oily secretion (sebum) through the hair follicles that lubricates skin and prevents drying
Appendages of skin hair and nails composed of keratin
Body framework bone, cartilage, ligaments, and joints
Function of Skeletal system support, movement, blood cell formation, protection of internal organs, detoxification, provision for muscle attachment, and mineral storage (calcium and phosphorus)
Long bone has irregular epiphysis at each end - composed of spongy (cancellous) bone shaft or diaphysis - composed of compact bone
Osteogenics cells that become osteoblasts
Osteoblasts cells that form compact bones
Osteocytes cells imbedded in bone that stop dividing and become fixed
Synovial Joints joints that move against each other Ball and socket (shoulder and hip) Hinge (knee and elbow)
Axial Skeletal consists of Skull, vertebral column, twelve pairs of ribs, and sternum.
Skull composed of 28 bones 14 facial, 14 cranial
Facial bones 2 nasal, 2 zygomatic, one mandible (only moveable bone in skull), 2 palatine, 1 vomer, 2 lacrimal bones, and 2 inferior nasal conchae.
Cranium bones occipital, frontal, ethmoid, sphenoid, parietal, temporal, and ossicles of the ear.
Vertebral column 7 cervical 12 thoracic 5 lumbar 5 sacral coccygeal
Appendicular Skeletal girdles and limbs- pectoral or shoulder girdle, clavicle, scapula, and upper extremity bones of the arm pelvic girdle or os coxae- fused ilium, ischium, and pubis bones of legs
Muscles contraction contract in response to nervous stimulation results from sliding together of actin and myosin filaments within the muscle cell or fiber Calcium and ATP must be present for muscle to contract
Muscle cells consist of myofibrils
Myofibrils made up of smaller units called sarcomeres
Prime mover muscle that executes a given movement synergists work in cooperation
Antagonist muscle that produces opposite movement
Flexors reduce angle at joint
Extensors increase angle
Abductors draw limb away from midline
Adductors draw limb towards midline
Temporalis muscle side of head
Zygomaticus muscle cheek
Quadriceps muscles rectus femoris, vastus lateralis, vastus medialis, vastus intermedius
Gastrocnemius muscles calf area
Deltoid muscle shoulder area
Pectoralis major muscle chest (pec area)
Serratus anterior muscle ribs
Heart flow Right atrium Right ventricle Pulmonary artery Left atrium Left ventricle Aorta
Blood enters heart from body through Superior/Inferior vena cava
Vena cava to Right atrium
Right atrium through tricuspid valve
Tricuspid valve to Right ventricle
Right Ventricle through Pulmonic valve
Pulmonic valve to Pulmonary artery
Pulmonary artery is delivered to lungs
Lungs to Left atrium
Left atrium through mitral valve
Mitral valve to Left ventricle
Left ventricle through Aortic valve
Aortic valve to Aorta
Aorta to the body
Veins goes to the heart
Arteries goes away from the heart
Dexoxygenated right
Oxygenated left
Epicardium outer layer of heart
Myocardium second layer of heart, allows blood in and out
Endocardium lines inside of the heart
Endocrine system assists the nervous system in homeostasis and plays important roles in growth and sexual maturation
Endocrine system and nervous system meet at hypothalamus and pituitary gland
Hormones chemical messengers that control growth, differentiation, and metabolism of specific target cells
Two groups of hormones steroid and non-steroid hormones
Steroid hormones enter target cells and have a direct effect on the DNA of the nucleus
Non-steroid hormones protein hormones
Protein hormones remain at the cell surface and act through a second messenger- AMP affect cell activity by altering rate of protein synthesis
Pituitary gland master gland at the base of the brain, right under the hypothalamus, and is considered the “master” gland because it affects other glands in the body
Antidiuretic hormone (ADH) secreted by the posterior pituitary gland and acts on the kidney to preserve fluid and electrolyte balance by increasing water reabsorption
Luteinizing hormone (LH) secreted by the anterior pituitary gland and occurs midway through the menstrual cycle, it triggers ovulation and creates the corpus luteum
Follicle stimulation hormone (FSH) secreted by the anterior pituitary gland and helps eggs mature and causes the menstrual cycle to start in females at puberty.
Prolactin secreted by the anterior pituitary gland and is responsible for milk production; lactation
Estrogen produced in the sex organs and promotes growth and development in females
Testosterone produced in the sex organs and promotes growth and development in males
Aldosterone produced by the adrenal gland and increases reabsorption of sodium ions (and eventually water like ADH) from the nephron
Oxytocin secreted by the posterior pituitary gland and triggers childbirth
Serotonin main hormone for regulating mood and feelings of well-being
Pineal gland situated right between the two brain hemispheres and produces the hormone melatonin which modulates sleep patterns
Adrenal gland found on top of the kidney and secretes cortisol
Parathyroid gland regulates the amount of calcium that flows into the blood and bones
Hypothalamus organ in the brain that is responsible for keeping our body at homeostasis, it is considered the “command center’ of the brain” and is anatomically attached to the pituitary gland and therefore controls body temp., fatigue, hunger, and thirst.
Central nervous system brain and spinal
Peripheral nervous system cranial nerves and neurons in body
Main parts of a neuron body, axon, and dendrites
Dendrites transmit impulse towards the cell
Axon transmit impulse away from cell
Sensory (afferent) neurons transmit nerve impulses towards CNS
Motor (efferent) neurons transmit nerve impulses away from CNS towards muscles, glands, and digestive organs
Parasympathetic system rest and digest
Sympathetic system fight or flight
Cerebellum directs motor control (muscle coordination), balance, and equilibrium MUSCULAR COORDINATION
Cerebrum assists with motor control and cognitive functions such as learning MOVEMENT AND SENSORY
Medulla oblongata brain stem of the brain which connects the spinal cord to the brain; controls autonomic functions (parasympathetic, sympathetic) RESPIRATION AND HEART RATE
Olfactory nerve sensory component for the sense of smell
Optic nerve registers visual information
Vagus nerve slows down the heart rate
Spinal cord length 18 inches extends from base of skull (foramen magnum) to first or second lumbar (L1 or L2)
How many spinal nerves exit the spinal cord? 31 pairs
Simple (spinal) reflexes nerve impulses travel through the spinal cord ONLY and do not reach the brain
Blood consists of how much plasma? 55%
Systole contraction phase
Diastole relaxation phase
Created by: ttisdale13
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