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Anatomy and physiology test one overview and review, Exams of Anatomy

Anatomy and physiology overview.

Typology: Exams

2017/2018

Uploaded on 04/05/2018

danielle-roberts
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Chapter 1 Topics
1. Difference in anatomy and physiology. What are the different branches of
anatomy?
1.a. Anatomy is the structure of the body/ physiology is the function
1.b. Gross/macroanatomy- study of larger body functions
Microanatomy- smaller functions (cytology- cells/ histology- tissues)
2. What is the principle of complementarity of structure and function?
1.c. Function is dependent on structure
3. Organizational hierarchy from atoms to whole organism and examples/
definitions of each level?
1.d. Chemical โ€“ atoms/cells (DNA)
1.e. Cellular โ€“ molecules organized into cells (blood cells)
1.f. Tissue โ€“ cells organized into tissue to preform particular function
(connective tissue)
1.g. Organ โ€“ structure composed of 2+ tissues (lungs)
1.h. Organ system โ€“ organs w/ common function (digestive system)
1.i. Organism โ€“ all systems working together (human body)
4. What are the functional characteristics of life? What are survival needs?
1.j. Maintaining boundaries b. Nutrients
Movement Oxygen
Responsiveness Water
Digestion Homeostasis
Metabolism Atmospheric pressure (breathing)
Dispose of waste
Reproduction
Growth
5. Homeostasis โ€“ what is it? How is it maintained? What happens if it is not
maintained?
1.k. Maintaining constant body temperature
1.l. Nervous system & endocrine
1.m. Risk of disease or system damage
6. Negative feedback โ€“ what is it? Be able to give and recognize an example.
1.n. Reduces effects of stimuli
1.o. Heating a house/ body temp-when you get too hot you sweat
7. Positive feedback โ€“ what is it? Be able to give and recognize an example.
1.p. Increasing effects of stimuli
1.q. Intensifying labor contractions
8. Anatomical position โ€“ why do we use it? What are its characteristics?
1.r. Standard body temp used to study body
1.s. Face forward/ arms at sides/ palms facing forward
9. Names of body regions
1.t. umbilical โ€“ centermost
1.u. epigastric โ€“ above umbilical
1.v. hypogastric โ€“ below umbilical
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Chapter 1 Topics

  1. (^) Difference in anatomy and physiology. What are the different branches of anatomy?

1.a. Anatomy is the structure of the body/ physiology is the function

1.b. Gross/macroanatomy- study of larger body functions

Microanatomy- smaller functions (cytology- cells/ histology- tissues)

  1. What is the principle of complementarity of structure and function?

1.c. Function is dependent on structure

  1. Organizational hierarchy from atoms to whole organism and examples/

definitions of each level?

1.d. Chemical โ€“ atoms/cells (DNA)

1.e. Cellular โ€“ molecules organized into cells (blood cells)

1.f. Tissue โ€“ cells organized into tissue to preform particular function

(connective tissue)

1.g. Organ โ€“ structure composed of 2+ tissues (lungs)

1.h. Organ system โ€“ organs w/ common function (digestive system)

1.i. Organism โ€“ all systems working together (human body)

  1. (^) What are the functional characteristics of life? What are survival needs?

1.j. Maintaining boundaries^ b.^ Nutrients

Movement Oxygen

Responsiveness Water

Digestion Homeostasis

Metabolism Atmospheric pressure (breathing)

Dispose of waste

Reproduction

Growth

  1. Homeostasis โ€“ what is it? How is it maintained? What happens if it is not maintained?

1.k. Maintaining constant body temperature

1.l. Nervous system & endocrine

1.m. Risk of disease or system damage

  1. Negative feedback โ€“ what is it? Be able to give and recognize an example.

1.n. Reduces effects of stimuli

1.o. Heating a house/ body temp-when you get too hot you sweat

  1. Positive feedback โ€“ what is it? Be able to give and recognize an example.

1.p. Increasing effects of stimuli

1.q. Intensifying labor contractions

  1. Anatomical position โ€“ why do we use it? What are its characteristics?

1.r. Standard body temp used to study body

1.s. Face forward/ arms at sides/ palms facing forward

  1. Names of body regions

1.t. umbilical โ€“ centermost

1.u. epigastric โ€“ above umbilical

1.v. hypogastric โ€“ below umbilical

1.w. left & right iliac

1.x. left & right lumbar

1.y. left & right hypochondriac

  1. Body planes โ€“ transverse, frontal, sagittal

1.z. Transverse โ€“ superior & inferior

1.aa. Frontal โ€“ anterior & posterior

1.bb. Sagittal โ€“ right & left

  1. Orientation and directional terms (dorsal, ventral, superior, inferior, etc.)

1.cc. Superior & inferior

1.dd. Anterior & posterior

1.ee. Medial & lateral

1.ff. Proximal & distal

1.gg. Superficial & deep

1.hh. Dorsal & ventral

Chapter 2 Topics

  1. What are elements? What elements make up most of the human body? 1.ii. (^) Unique substances that cannot be broken down 1.jj. Carbon/oxygen/nitrogen/hydrogen
  2. (^) Characteristics of protons, neutrons, and electrons 1.kk. Protons โ€“ positive 1.ll. (^) Neutrons โ€“ neutral 1.mm. Electrons โ€“ negative
  3. (^) What are atomic number, atomic mass, and atomic weight? 1.nn. Atomic number โ€“ equal to # of protons 1.oo. (^) Atomic mass โ€“ sum of protons & neutrons mass 1.pp. Atomic weight โ€“ average of relative weights of isotopes
  4. (^) Distinguish between solutions, colloids, and suspensions and give examples of each. 1.qq. Solution โ€“ tiny particles/ do not settle out โ€“ ex: mineral H2O 1.rr. Colloid โ€“ particles larger than solution/ do not settle out โ€“ ex: jell-o 1.ss. Suspension โ€“ particles large/ settle out โ€“ ex: blood
  5. What is the role of electrons in chemical bonding? 1.tt. Involved in all chemical relationships 1.uu. Determine if & type of bond that may occur 1.vv. Can occupy up to 7 electron shells (energy levels)
  6. What are the characteristics of ionic, nonpolar covalent, polar covalent, and hydrogen bonds? 1.ww. Ionic โ€“ electron transferred from one atom to another/ results in charged particles called ions/ protons do not equal electrons 1.xx. Nonpolar covalent โ€“ formed by sharing 2+ valence electrons (electrons are shared equally) 1.yy. Polar covalent โ€“ unequal sharing of electrons between 2 atoms/ electrically polar molecules

1.qqq. (^) Molecules that contain carbon 1.rrr. Carbohydrates/ lipids/ proteins/ nucleic acids

  1. (^) How are carbohydrates classified? How are they stored? 1.sss. Cellular fuel 1.ttt. (^) Monosaccharides โ€“ simple sugars (pentose/hextose) 1.uuu. Disaccharides โ€“ 2 monomers/ too big to go through cell membrane 1.vvv. (^) Polysaccharides - dehydration synthesis of many monomers (starch/ glycogen)
  2. What are the major types of lipids found in the body? 1.www. Triglycerides โ€“ fats & oils/ energy storage/insulation/protection 1.xxx. Phospholipids โ€“ cell membranes/ water transport/ vitamins 1.yyy. Steroids โ€“ cholesterol/ cell membrane/ vitamin D/ steroid hormones/ bile salts
  3. What are the characteristics of proteins? What are their structural levels, and what does each include? Determine shape & function 1.zzz. Primary โ€“ linear 1.aaaa. Secondary โ€“ spiraled/ h-bonds/ pleated sheets 1.bbbb. Tertiary โ€“ single stand/ regions of chain fold/ produce globular protein 1.cccc. Quaternary - 2 or more polypeptide chains aggregated together
  4. What is denaturation? 1.dddd. Proteins unfold/ lose functional 3-D shape/ active sites destroyed
  5. What are enzymes? What are their characteristics? How do they work? 1.eeee. Biological catalysts 1.ffff. increase speed of a reaction 1.gggg. lower the activation energy
  6. Compare and contrast DNA and RNA in terms of structure and function. What bases does each contain? Which bases partner with each other? What are the three types of RNA? 1.hhhh. DNA โ€“ is a blueprint of biological guide lines/ G-C/ A-T/ double stranded 1.iiii. RNA โ€“ helps carry out DNAโ€™s blueprint guidelines/ A-U/ Single standed 1.jjjj. 3 types of RNA โ€“ tRNA/mRNA/rRNA

Chapter 3 Topics

  1. (^) Describe the characteristics of the plasma membrane. 1.kkkk. Flexible outer boundary/ lipid bilayer/embedded proteins/cell junctions 1.llll. (^) 75% phospholipids/ 20% cholesterol/ 5% glycolipids
  2. What are the two types of membrane proteins, and how do they differ? 1.mmmm. (^) Transmembrane - integral/ cross the membrane & act as pathways for ions and molecules 1.nnnn. Peripheral โ€“ weak and temporary connections to membrane
  3. What are the functions of cell membrane proteins? 1.oooo. Transport 1.pppp. Receptors for signal transduction 1.qqqq. Attachment to cytoskeleton and extracellular matrix 1.rrrr. Enzymatic activity

1.ssss. (^) Intercellular joining 1.tttt. Cell-cell recognition

  1. (^) What are tight junctions, desmosomes, and gap junctions, and what does each do? 1.uuuu. Tight Junctions โ€“ impermeable/ water tight/ block the flow of fluids between epithelial cells 1.vvvv. Desmosomes โ€“ anchoring junctions/ resists mechanical stress 1.wwww. Gap Junctions โ€“ allow molecules to pass cell to cell/ (ions, simple sugars, & other small molecule) electrical signals pass/ coordinates activity
  2. Distinguish between active and passive membrane transport processes. How do they differ? 1.xxxx. Active Transport- moving materials across the membrane/ energy needed/ ATP 1.yyyy. Passive Transport โ€“ no energy needed/ diffusion, facilitated diffusion (carrier & channel mediated) and osmosis
  3. Differentiate between isotonic, hypotonic and hypertonic solutions. What happens to a human cell in each type of solution? 1.zzzz. Isotonic โ€“ equal concentration (a solution in which the concentration of both solvent (water) and solute are equal on both sides of the cell membrane) 1.aaaaa. Hypotonic โ€“ lower solute concentration & higher water concentration (a solution in which there is a higher concentration of water molecules (solvent) outside a cell than inside) 1.bbbbb. Hypertonic โ€“ concentration w/ higher solute concentration (a solution in which there is a higher concentration of water molecules (solvent) inside a cell than out)
  4. Distinguish between endocytosis, exocytosis, transcytosis, and vesicular trafficking. 1.ccccc. Endocytosis โ€“ taking thing inside the cell 1.ddddd. Exocytosis โ€“ transporting things out the cell 1.eeeee. Transcytosis โ€“ transport molecules from one side of the cell to the other 1.fffff. Vesicular โ€“ movement of particles through the plasma membrane by endocytosis or exocytosis
  5. Distinguish between phagocytosis, pinocytosis, and receptor-mediated endocytosis. 1.ggggg. Phagocytosis โ€“ cell eating 1.hhhhh. Pinocytosis โ€“ cell drinking 1.iiiii. Receptor-mediated โ€“ receptor binds w/ specific molecules
  6. In relation to resting membrane potential, what ion is most abundant outside of cells, and what ion is more abundant inside cells? 1.jjjjj. Outside โ€“ sodium 1.kkkkk. Inside โ€“ potassium
  7. What organelles are membranous? Which ones are directly involved in protein synthesis and packaging? 1.lllll. Membranous โ€“ 41.i. mitochondria 41.ii. peroxisomes 41.iii. lysosomes 41.iv. endoplasmic reticulum