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Science Midterms- Tuesday, June 5 (9:45 – 11:15) Name __________________________________ Biology Final ~ Topical Review Guide DNA Unit (Ch 11) Key terms RNA and DNA scientists: Avery, Griffith, Franklin, Watson, Crick DNA replication protein synthesis (transcription & translation) thymine, guanine, adenine, cytosine, uracil pyrimidines and purines ribose and deoxyribose codon anticodon mRNA, rRNA, tRNA Topic/Concepts o Three parts that make up a nucleotide & difference between RNA & DNA nucleotide p226-231 o Describe the structure and components of the DNA molecule. p226-231 o Describe the experiments that led to the discovery of the DNA molecule.p226-228 o Describe the events of DNA Replication. p233-234 o Describe three differences between the DNA molecule and the RNA molecule.p236 o Describe the events of replication.p233234 o Describe the events of transcription.p238 o Describe the events of translation. P239240 o Compare a codon with an anticodon.p239 o Describe the process of protein synthesis.p235-241 1 Science Midterms- Tuesday, June 5 (9:45 – 11:15) Genetics Unit (Ch 10 & 12) Key terms heredity allele dominant vs. recessive alleles genotype & phenotype homozygous vs. heterozygous autosomes sex chromosomes mutation nondisjunction duplication pedigree Punnett square sex-linked trait carrier Biotech Unit (Ch 13) Key terms genetic marker restriction enzyme gel electrophoresis DNA fingerprint PCR recombinant DNA clone stem cell plasmid gene Human Genome Project GMO (genetically modified organism) Topics/Concepts o Mendel’s laws p206-213 o Determine genotypes and phenotypes p211 o Complete Punnett squares and determine ratios of the offspring p210 o Patterns of inheritance: intermediate inheritance/incomplete dominance, codominance, multiple alleles, polygenic, sex-linked traits.p215-221 o Blood typing genotypes & phenotypes Notes o Interpret pedigrees.p255-259 o Human genetic disorders (ex Down Syndrome)p250-253 Topics/Concepts o How do scientists manipulate DNA to make products useful for humans?p266-272 o How do scientists engineer animals and plants to give them new traits?p274-277 o How can biotechnology improve our lives?p268-270 o Know the process of how to genetically modify an organism. P270-271 o Know the process of how to clone an organism.p271 o Purpose of the human genome project. Notes o What is DNA fingerprinting & its purpose?p278-280 o Know electrophoresis technology and PCR p278-280(polymerase chain reactions) 2 Science Midterms- Tuesday, June 5 (9:45 – 11:15) Evolution Unit (Ch 14 & 15) Key terms natural selection artificial selection fossils & fossil record vestigial selection fitness adaptive radiation gene pool taxonomy Topics/Concepts o Know the scientists involved with Evolution and their contribution to the theory of Evolution. P292-298 o What 5 pieces of evidence suggests occurrences of evolution in organisms? 299304 o Early idea of age of Earth & what life was like here p295 o Darwin’s theory of evolution: Descent with Modification p297-298 o Islands where Darwin studied p294 and Notes o How do we know changes in geological time scale? p299 o Taxonomic order (K, P, C, O, F, G, S) p341 Ecology Unit Key vocabulary Biosphere Biome Abiotic factors Limiting factors Density dependent factors Density independent factors Niche Ecological succession Carrying capacity Trophic levels Primary producer > primary consumer > secondary consumer > tertiary consumer Herbivore Carnivore Omnivore Decomposer Topic/Concepts o Levels of ecological study p744 o Examples of density dependent factors and density independent factors p772 o Types of symbiotic relationships p780 o Energy flow p789 o Analyze food chains and food webs p791 o Types of population growth p770 o Biogeochemical cycles p796-801 Essay: Evaluate a food web p790 >explain relationship between organisms >form a hypothesis >design an experiment >identify controls & variables 3 Science Midterms- Tuesday, June 5 (9:45 – 11:15) Practice Genetics Writing Prompt: ch 10 A zoo wants to produce a flock of long neck birds. The zoo geneticist knows that the long neck allele (N) is dominant over the short neck recessive allele (n). The zoo borrows a homozygous long neck bird (N) from another zoo. When they breed this bird with four of their short neck birds, all of the offspring have a long neck. The zoo is very happy with the long neck offspring and returns the borrowed bird. They now plan to breed the offspring and produce an entire herd of long neck birds. Will the farmer successfully produce an entire herd of long neck birds? In your response include: a Punnett Square showing the cross between the borrowed homozygous long neck bird and the short neck birds. a second Punnett Square showing a cross between the offspring. an explanation of whether the zoo geneticist will be able to produce an entire herd of long neck birds a comparison of the offspring genotype to their parents genotypes. P1 Generation F1 Generation ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ 4