1st Edition
BIOL 1140: Human Biology
School: University of Iowa (UI )
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Pages: 5How the both the male and female anatomy produce and regulate their reproductive hormones
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Pages: 3the formation of bones, bone structure, and how the skeletal system functions
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Pages: 3What the muscluar system is composed of and how muscles function and are regulated
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Pages: 4a description of how the urinary system works, including the organs involved, and common problems with the urinary system
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Pages: 4A description of the organs in the digestive system and how they aid the process
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Pages: 4How different sesnory organs, such as the ears and mouth, function in relation to the nervous system
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Pages: 5How the nervous system works, including synapes, action potential, and sympathetic/parasympathetic neurons
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Pages: 3Focusing on the pituitary gland and the hypothalamus, as well as disorders of these two body parts
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Pages: 5How the endocrine system helps maintain homeostasis within the body, as well as disorders that can arise
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Pages: 4Evidence to support the theory of evolution, and how species and the earth have changed over time
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Pages: 6The process of aging from conception to death, focusing primarily on the stages of the embryo.
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Pages: 4How cells maintain homeostasis, or are affected by tumors and cancer.
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Pages: 6How different cells make up all the types of tissues that contribute to our body, whether that be in our organs, or skin surfaces, our nerves, or our muscles.
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Pages: 3A continuation of how genes work, specifically sex-linked and sex-influenced genes, traits, and disorders.
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Pages: 3Learning about genotype versus phenotype, and the patterns of inheritance
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Pages: 3How the cardiovascular system works, how blood flows through the heart, lungs, and body, as well as common cardiovascular disorders
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Pages: 4Common blood disorders, including description and causation. Describes how blood travels and how the cardiovascular system works.
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Pages: 3The description of Meiosis, along with both of its phases, and then the introduction of the cardiovascular system, with the description of red blood cells and white blood cells.
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Pages: 3A detailed description of the cell's life cycle and how cells reproduce.
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Pages: 5A study guide for Exam 1 on Monday, February 16. Compiled from lectures 1-7.
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Pages: 3Explaining how cellular respiration works, including glycolysis, the Krebs cycle, and the Electron Transport Chain
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Pages: 4The structure of both Eukaryota and Prokaryote cells, and how they are structured depending on function, and the different methods of moving through cell membranes