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BIO-0014 Lecture Notes - Lecture 23: Sinoatrial Node, Inferior Vena Cava, Mediastinum
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Potential energy is the main type of energy in pushing blood around the circuitry. In order to overcome frictional resistance, potential energy is used
View DocumentBIO-0014 Lecture Notes - Lecture 20: Circulatory System, Vascular Resistance, Partial Pressure
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Respiration, gases in the atmosphere, nitrogen = 78, oxygen = 21, carbon dioxide = 0. 03% Partial pressure definition and units: at sea level atmospher
View DocumentBIO-0014 Lecture 19: Fruits and their ability to ripen
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Embryo, problem is that fruit must be dug into to receive seeds a. i. a. ii. If you remove seeds from the pears, the fruit grows poorly: solution was t
View DocumentBIO-0014 Lecture 18: Flowers and Pesticides
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Plants are dictated by how long it is in the dark, not the amount of time in the day: exam deals with only short day plants, phytochrome i. ii. iii. iv
View DocumentBIO-0014 Lecture 16: What Auxin is and what it does
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Signalling molecules are able to transmit information about the environment to other parts of the plant a. b. i. ii. 5: definition of auxin: any compou
View DocumentBIO-0014 Lecture 13: Water's role in the development of plants
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Cells in plants, water flowing through the cells, diffusion, very resistant pathway, only a few water molecules can get through. If plants pushed water
View DocumentBIO-0014 Lecture 15: Phloem and Xylem interaction
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Movement of sugars through trees in phloem, sugar loading. Loads it up at the leaves due to calvin cycle: requires atp, moves down through the phloem.
View DocumentBIO-0014 Lecture Notes - Lecture 10: Genetic Distance, Cambrian Explosion, Gene Duplication
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First phylogenetic tree iii: more modern phylogenetic tree, synapomorphies are traits that certain groups share from a common ancestor, like the tailbo
View Document[BIO-0014] - Midterm Exam Guide - Everything you need to know! (28 pages long)
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Key mechanism of evolution: change in heritable traits of a population over time, e. g. If no immigration or emigration is occurring: births - deaths.
View DocumentBIO-0014 Lecture Notes - Lecture 8: Silent Mutation, Phylogenetic Tree, Genetic Correlation
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Catching up, natural selection misconceptions, during natural selection individuals do not change, only the population does. Evolution by natural selec
View DocumentBIO-0014 Lecture Notes - Lecture 7: Radioactive Decay, Radiometric Dating, Species Ii
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Plato and aristotle typological thinking, types of organisms were essentially unchanging, variation were an error, rather than the norm, organisms were
View DocumentBIO-0014 Lecture Notes - Lecture 2: Carrying Capacity, Genetic Code, Natural Selection
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BIO-0014 Lecture Notes - Lecture 6: Sickle-Cell Disease, Heterozygote Advantage, Stabilizing Selection
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BIO-0014 Lecture Notes - Lecture 5: Genetic Variation, Computer Simulation, Population Bottleneck
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Started with 2 alleles, a1 and a2: frequency of a1 is represented by p and frequency of a2 represented q, p + q = 100, can either be homozygous a1, hom
View Document[BIO-0013] - Final Exam Guide - Ultimate 75 pages long Study Guide!
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Impacts the secondary structure, tertiary structure, and quaternary structure, wherever hydrogen bonds are present. Due to rare conformational change o
View DocumentBIO-0013 Lecture Notes - Lecture 20: Lac Repressor, Lac Operon, Repressor
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Binds operator(downstream of promoter) sequence and blocks transcription: jacob and monod identified a mutant that suggested that a repressor regulated
View DocumentBIO-0013 Lecture Notes - Lecture 18: Nonsense Mutation, Start Codon, Phosphodiester Bond
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But different ells express different rnas and protein. Identical twins have different fingerprints: transcription overview, rna polymerase, synthesizes
View DocumentCOMP-0011 Lecture Notes - Lecture 14: Include Directive, Memory Address
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Drivers, think through the objects, dice, game itself, design the classes. Source file: function definitions, die. cpp, pointers, allocate only the mem
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