BIO 210 Exam 1 layout and topic list Kenison PDF

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Layout of exam for Kenison...

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BIO 210 Exam 1 layout and topic list Exam 1 will be offered via D2L in the first hour of our normal class period on Thursday 9/27/18 (A12, A62) or Monday 10/1 ( A14, A52) in HS 250 (A14) or AC 152 (A12, A52, A62). Plan your arrival to be on time because the exam period will end promptly at the end of the allowed time period. Bring your coloring/workbooks to class and I will grade them while you are taking the exam. The exam will be composed of ~40 multiple choice questions (2 pts ea.) and ~24 pts of matching questions (= 100 +4 bonus pts). Chapter 1 – The Human Body: An Orientation Chapter Objectives Define anatomy & physiology, describe their subdivisions Explain the principle of complementarity Name the levels of structural organization in human body, explain relationships List the 11 body organ systems, identify their components, briefly explain the major function(s) of each system List the functional characteristics necessary to maintain human life and state the survival needs of the body Define homeostasis, explain its significance and how negative & positive feedback maintain body homeostasis. Describe the relationship btw homeostatic imbalance & disease Explain anatomical position. Use anatomical terms to describe body directions, regions, body planes & sections List the major body cavities, their subdivisions, associated membranes & major organs Name the 4 quadrants/9 regions in abdominopelvic cavity Chapter 2 – Chemistry Comes Alive Chapter Objectives Differentiate btw matter & energy, different E forms Define chemical element , list the 4 elements that form most of body matter List subatomic particles, relative masses, charges, & positions in an atom Define atomic number, mass & weight, isotopes & radioisotopes Define molecule, compound, mixture, solution, colloid & suspensions Explain the role of electrons in chemical bonding & the octet rule Describe ionic, covalent & hydrogen bonds Compare/contrast polar vs. nonpolar compounds Define synthetic, decomposition and exchange reactions Describe oxidation-reduction reactions & their importance Describe factors that affect chemical reaction rates Explain the importance of water & salts to body homeostasis Define acid & base. Explain the concept of pH.

List the monomers, structures & functions of biological molecule polymers Explain role of dehydration synthesis & hydrolysis for organic molecules Describe the 4 levels of protein structure Describe in general terms how enzymes function Compare & contrast DNA and RNA Explain the role of ATP in cell metabolism

Chapter 3 – Cells, the Living Units Chapter Objectives List the 3 major regions of a generalized cell and their functions. Compare structure & function of tight junctions, desmosomes & gap junctions Relate PM composition to function: in particular, to membrane transport Compare/contrast simple & facilitated diffusion vs. osmosis. Differentiate btw 1o & 2o active transport Compare/contrast endocytosis vs. exocytosis: function & direction Compare/contrast pinocytosis, phagocytosis & receptor-mediated endocytosis. Explain what resting membrane potential is & how it is established/maintained Describe the role(s) of the glycocalyx State the roles of membrane receptors & voltage-gated channel proteins. Describe the general composition of the cytosol State the structure and function of mitochondria Explain structure & function of ribosomes, ER & Golgi apparatus Compare the functions of lysosomes and peroxisomes Describe the structure and function of cytoskeletal elements Define the role of centrioles in cell division & formation of cilia and flagella State how cilia and microvilli, differ in structure and function. Describe the structure/function of nuclear envelope, nucleolus & chromatin List the cell cycle phases, describe the key events of each phase. Describe the process of DNA replication. Define genes and explain how they make up the genetic code of humans. List the roles of DNA, mRNA, tRNA & rRNA in protein synthesis....