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A&P Exam 1
Ch. 1-3
Term | Definition |
---|---|
What is Anatomy | " What it is" (The study of the structure of body parts and their relationship to one another) |
What is physiology | "What it does" (The study of the function of body parts; how they work to carry out life-sustaining activities) |
Cytology | The microscopic study of cells |
Histology | The microscopic study of tissues |
Gross Anatomy | The study of large, visible structures |
Systemic anatomy | Looks at just one system of the body (A type of gross anatomy) |
Regional anatomy | Looks at all structures in a particular area/region of the body |
What properties are common to all organisms | Organization, metabolism, growth, responsiveness, regulation, reproduction |
Levels of Organization | Atom-> molecule-> organelles-> cells-> tissues-> organ-> organ system-> organism |
what does the digestive system do | absorb, digest, excrete |
What organs are apart of the digestive system | gallbladder, pancreas |
what does the nervous system do | Control center, communication, maintains homeostasis |
What organs are apart of the nervous system | Brain, spine, nerves |
what does the respiratory system do | Gas exchange |
What organs are apart of the respiratory system | lungs |
what does the reproductive system do | reproduce |
What organs are apart of the reproductive system | testes and ovaries |
what does the lymphatic/immune system do | prevent infection |
What organs are apart of the lymphatic/immune system | spleen |
what does the cardiovascular system do | transportation of oxygen and nutrient |
What organs are apart of the cardiovascular system | Heart |
what does the endocrine system do | Maintains homeostasis |
What organs are apart of the endocrine system | hormones |
what does the urinary system do | regulates water and electrolytes in blood |
What organs are apart of the urinary system | kidney, ureter, bladder |
what does the skeletal system do | protects the organs and produces blood |
What organs are apart of the skeletal system | bones |
what does the muscular system do | movement |
What organs are apart of the muscular system | muscles |
what does the integumentary system do | protects the body |
What organs are apart of the integummentary system | skin |
What two systems are considered to be apart of the "regulatory system" | nervous and endocrine systems |
What is anatomical position | standing up, palms forward, feet flat and together, |
Coronal cut | divides body into front and back |
Transverse cut | divides body into top and bottom |
Sagittal cut | divides into left and right |
Oblique cut | an angled cut |
What is anterior | the front (ventral) |
What is posterior | the back (dorsal) |
What is dorsal | towards the back (posterior) |
What is ventral | towards the front (anterior) |
What is proximal | towards the point of attachment |
What is distal | further from the point of attachment |
what is superior | Towards the top |
Inferior | towards the bottom |
Medial | towards the midline |
Lateral | further from midline |
Superficial | towards the surface |
Deep | further from the surface |
What organs are in the cranial cavity | Brain, meninges, ceerbrospinal fluid |
What organs are in the vertebral/spinal cavity | Spinal cord, meninges, cerebrospinal fluid |
What organs are in the thoracic cavity | Hearts, lungs, esophagus, trachea, thymus |
What organs are in the abdominopelvic cavity | Stomach, liver, pancreas, spleen, gallbladder, kidneys, small and large intestines, urinary bladder, reproductive organs |
What region of the stomach is the bladder in | The hypogastric region (bottom middle) |
What does visceral mean pertaining to serous membranes | On the area |
What does parietal mean pertaining to serous membranes | Surrounding the area |
Serous membrane on the heart called | Visceral pericardium |
What is serous membrane around the abdominopelvic cavity | Parietal peritoneum |
What is serous membrane around the lungs called | Parietal pleurae |
What organs are in the RLQ | appendix, small intestines |
What quadrant is the colon in | LLQ |
What organs are in the LUQ | stomach, spleen, large intestines |
What organs are in the RUQ | liver, gallbladder |
What is an example of negative feedback in the body | Sweating, shivering, etc. |
What are examples of positive feedback in the body | Labor, breastfeeding, blood clotting |
What does synthesis mean | to build up |
What does lysis mean | to breakdown |
What is high heat vaporization | Its the cooling mechanism (sweating) |
What are the major elements in the body | Carbon, hydrogen, oxygen, nitrogen |
What is a nonpolar covalent bond | equal sharing of electrons in electrically balanced nonpolar molecules like CO2 (hydrophobic) |
What is a polar covalent bond | Where a pair of electrons is unequally shared between two atoms like H2O (hydrophilic) |
What is an amphipathic molecule | A structure that has polar and nonpolar properties ex. Phospholipid (plasma membrane) |
What are the functions of water | Lubrication, regulating body temp, protecting fluid, etc. |
What is a base | A substance that can neutralize acids by releasing hydroxyl (OH-) ions |
What is a buffer | A substances that helps the solution maintain a stable pH |
When does neutralization occur | When a strong acid and a strong base react w each other |
What are nucleic acids composed of | A nitrogen base, a pentose, and a phosphate group |
What is the monomer of a protein | amino acids and the covalent bond is called a peptide bond |
What is the monomer of a lipid | doesn't have one |
What is the monomer of a nucleic acid | nucleotides and the covalent bond is called phosphodiester bond |
What is the monomer of a carb | glucose and the covalent bond is called a glycosidic bond |
What is a glycosidic bond | A special bond found in carbs |
What are the types of monosaccharides | pentose and hexose sugars |
What are the types of disaccharides | sucrose, maltose, galactose |
What are the types of polysaccharides | starch, and glycogen |
What are lipids mostly made of | cholesterol |
What is one example of an enzyme | lactase (breaks lactose into two monosaccharide components) |
What is denaturation | proteins unfold and lose functional shape |
What are the causes of denaturing | decrease in pH or increase in temp |
What is a substrate and active site | substrate is the key and active site is the lock |
What is DNA replication | DNA to DNA |
What is transcription | DNA to RNA |
What is translation | RNA to protein |
What is the structure of a plasma membrane | Bilayer of phospholipids, that is semipermeable |
What is the keyword for cholesterol if its in a question | Stability |
What are the different types of membrane proteins | Peripheral and integral proteins |
What do peripheral proteins do | They attach to the integral proteins, function as enzymes, and intracellular signaling |
What do integral proteins do | they're firmly inserted in the cell membrane, function as transport proteins, enzymes, or receptors |
What are the different types of passive processes | Simple diffusion, facilitated diffusion, and osmosis |
What is the difference between facilitated and simple diffusion | simple diffusion does not require a protein while facilitated requires a protein |
Within facilitated diffusion what are the different types | Channel and carrier mediated |
What is channel mediated diffusion | substances move through water-filled channels to diffuse |
What is carrier mediated diffusion | substances bind to protein carriers to diffuse |
What are aquaporins | water channels |
what does the Sodium-Potassium pump do | It pumps sodium ions out and potassium ions into the cell |
What is phagocytosis | Cell eating |
What is pinocytosis | Cell drinking |
What does smooth endoplasmic reticulum do | Stores calcium, no ribosomes present |
What does rough endoplasmic reticulum do | Deals w protein synthesis , ribosomes present (Rough=Ribosomes) |
What does Golgi Apparatus do | key word= packages; |