1st Edition
BIOLOGY 151: Introductory Biology
School: University of Wisconsin, Madison (UW-Madison )
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Pages: 14This study guide covers materials covered in lecture ranging from the circulatory system, nervous system, digestive system, lymphatic system, and everything in between. Covers the main functions of the body and processes that make it run smoothly. -
Pages: 2This lecture goes over how sodium and potassium channels function, synapsis, vision, touch, and the ear. -
Pages: 2This lecture goes over how the nervous system works and how nerve signals are generated. -
Pages: 2This lecture goes over the functions of the kidney, how gradients are generated, and how muscles are able to contract and extend. -
Pages: 2This lecture goes over the function and processes of the kidney and how it filtrates the body using osmolarity. -
Pages: 3This lecture goes over how immunoglobulins, B cells, and T cells all interact and make up the immune system. Also gives an introduction to the function of the kidney in the body and immune system. -
Pages: 2This lecture goes over the different types of immunoglobins and how they interact in the immune system. Also goes over how there is variability in the antibodies that are produced. -
Pages: 2This lecture goes over how the immune system works and how antibodies are generated to fight infection. -
Pages: 2This lecture goes over the main functions of the lungs and how we are able to breathe properly. -
Pages: 2This lecture goes over the importance of the circulatory system and the parts that make it up. -
Pages: 2This lecture goes over the different functions of the digestive system and how each part works. -
Pages: 2This lecture goes over the functions of the stomach, oral cavity, and digestion in general, and how acid secretion and pepsin secretion play a role in digestion. -
Pages: 2This lecture goes over the 4 main types of tissue in the body: epithelial, muscle, connective, and nervous. -
Pages: 3This lecture goes over the use of signaling between cells in prokaryotes and eukaryotes. -
Pages: 14This study guide goes through lectures 15-26, which range from semi-autonomous organelles and genetics to meiosis, mitosis, cellular respiration, and photosynthesis. -
Pages: 2This lecture goes over the uses of mitochondria in different organisms, and differences between eukaryotes and prokaryotes. -
Pages: 2This lecture goes over the different processes of photosynthesis, including the Calvin Cycle, and light and dark reactions. -
Pages: 3This lecture goes into detail on the process of photosynthesis, including light and dark reactions,and the Calvin Cycle in dark reactions. -
Pages: 2This lecture goes over the different steps of cellular respiration, including glycolysis, the Krebs cycle, and oxidative phosphorylation. -
Pages: 3This lecture goes over the different steps of respiration, including glycolysis, the Krebs Cycle, and oxidative phosphorylation. -
Pages: 3This lecture goes over more of how some type of inheritance go against Mendelian's rules of genetics, and also disorders and diseases that can come from inheritance. -
Pages: 2This lectures goes over the different ways in which inheritance can go against Mendelian genetics. -
Pages: 2This lecture goes over Mendel's discoveries relating to alleles and genes and inheritance. -
Pages: 2This lecture talks about how traits are inherited and how variation exists among organisms. -
Pages: 2This lecture goes over the different phases of mitosis and starts on meiosis.