Matching Pairs Genetics - Matching Online version Genetics - Matching by Benjamin D Morgan 1 How many sickle cells 2 Recessive Allele 3 Allele 4 Phenotype 5 Trait 6 Dominant Allele 7 Closed System 8 Open system 9 Gregor Mendel 10 System 11 The amount of blood tested 12 Flows within 13 Genotype 14 Gene 15 Amount of oxygen received by cells 16 Pollination 17 True breeding 18 Heredity Pollen grains containing sperm from the male part of the plant (anther) are carried to the female part of the plant called the ovule (self and cross pollination). How does the number of sickle cells in a human body effect the amount of oxygen that gets to cells. Controlled variable. A weaker form of a gene that is hidden when combined with a dominant allele. (lower case) When matter or energy moves inside of a system A segment or unit of DNA that determines traits (heredity) When matter cannot enter or leave a system. The set of traits an organism receives from its parents A plant that produces offspring with the same form of a trait when self pollinated A stronger form of a gene that, when present, covers up the appearance of the recessive allele. (capital letter) Something made of two or more parts working together to perform a function An Austrian monk who studied pea plants that was known as the "Father of Genetics" When matter can enter and leave a system. A characteristic that an organism can pass on to its offspring. Different forms of the same trait (gene) The form of a trait that is displayed in an organism (what you see). How does the number of sickle cells in a human body effect the amount of oxygen that is received by cells. dependent variable? How does the number of sickle cells in a human body effect the amount of oxygen that gets to cells. Independent variable. An organisms genotype shows the actual alleles of the gene.
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