Download Final Exam Review Sheet

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Document related concepts
no text concepts found
Transcript
CP Biology
Name:
Ms. Scorese
Date:
CP Biology Final Exam Review 2015
Review all notes, labs, diagrams, problems and tests
Mitosis/Cancer
 Cell Cycle: Define it and know All parts and stages
 Mitosis: All parts and stages (PMATC)
 Plant vs. Animal mitosis
 Function and location of each:
Cell plate, Cleavage furrow, Spindle fibers, Chromatin,
Chromatid, Centromere, Chromosomes, Genes, Centrioles
 Cancer and the cell cycle:
o Genes that are involved
o Causes
o How is it treated
 Meiosis:
o Where does it happen?
o What type of cells does it produce?
o Diploid or haploid cells?
DNA



DNA structure: Double Helix, Complimentary base pairing, Watson and
Crick
RNA Types
Protein Synthesis: steps
Genetics







Heredity – Gregor Mendel
Trait, gene, dominant, recessive, alleles, homozygous, heterozygous
Punnett squares, genotype, phenotype, monohybrid cross
Special genetic exception: codominance; sex linked genes, incomplete
inheritance; polygenic inheritance
Karyotype and Pedigree chart
Blood types: Multiple Alleles
Human Genetic diseases
History of Life / Geologic Timeline/Evolution





Evolution of cells – prokaryotes, eukaryotes
Darwin, natural selection, adaptation
Evidence of Evolution – fossils, homologous structures, vestigial structure,
embryonic development, comparison of DNA, RNA
Geologic Time Line: major events
Hominids – bipedal primates and Homo sapien
1
Classification




Taxonomy, Linnaeus (binomial nomenclature)
Three Domain System
D, K, P, C, O, F, G, s
Four Kingdoms in Domain Eukarya: Animal, Plant, Fungi, Protist
Ecology
Biomes types and characteristics
Habitat vs. niche
Biosphere
Chemical cycles- water, nitrogen and carbon
Human population growth-limiting factors
Food webs and trophic levels
Symbiosis
Succession
Global warming
Biological magnification
Ozone depletion
Threats to biodiversity
Viruses and bacteria







Virus characteristics and examples- diseases
Lytic vs. Lysogenic Cycle
Vaccines and antibodies
Bacteria Domain: Phyla Cyanobacteria and Eubacteria
Bacteria shapes: Bacilli, Cocci, Spirilla and diseases
Conditions for bacterial growth, reproduction
Antibiotics: What are they? What do they kill?
Animal Kingdom: Basic characteristics
Invertebrates
 Phyla (invertebrates): Characteristics and examples
Porifera (ex: sponges)
Cnidaria (ex: Jellyfish)
Platyhelminthes (ex: Flatworms)
Nematoda ( ex: roundworms)
Annelida (ex: segmented worms)
Mollusca (ex; clams, snails, squid)
Echinodermata (ex: starfish)
Arthropoda (ex: spiders, shrimp, insects)
2
Vertebrates –
Ectothermic – cold blooded
Endothermic- warm blooded
 Characteristics, reproduction and development of each
o Fishes: Names, differences and examples of all 3 Classes
o Amphibians- cold-blooded, slimy skin, lay eggs in water; Ex:
o Reptiles- cold-blooded, scales, lay amniotic eggs on land; Ex;
o Birds -feathers, hollow bones, warm-blooded, lay amniotic eggs
o Mammals- warm-blooded; uterus for development; feed babies
milk, fur; Names, differences and examples of 3 Classes
3
Related documents