NSW biology. 5 & 6 : module 5 heredity : module 6 genetic change
Humphreys, Kerri
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This title for secondary school students provides a summary and detail of mandatory sections of the Biology content specified in the NSW Biology Stage 6 HSC syllabus and includes essential facts, exam style questions and answers. This title covers Module 5: Heredity and Module 6: Genetic change. Sample data has also been included for suggested experiments to give students practice opportunities to reinforce practical work, plus a Topic Test.
Main title:
NSW biology. 5 & 6 : module 5 heredity : module 6 genetic change / by Kerri Humphreys.
Author:
Imprint:
Marrickville, NSW : Science Press, 2018.©2018
Collation:
300 pages : colour illustrations ; 28 cm.
Series title:
Notes:
Includes index.
Audience:
Interest grade level: Secondary.
Contents:
IntroductionWords to watchModule 5: Heredity: Assumed knowledge module 5The animal kingdom and reproductionAsexual reproduction in animalsThe plant kingdom and reproductionAsexual reproduction in Australian plantsSexual reproductionFertilisationInternal and external fertilisationStructure of a flowerPollination in Australian plantsSeed dispersal in Australian plantsCase study: BanksiasSpore formationBinary fissionRates of binary fissionProtist reproductionThe human male reproductive systemThe human female reproductive systemMale and female hormonesSpermatogeneisOogenesisMenstrual and ovarian cyclesConception and pregnancyPlay: cell productionsGerm layers and the placentaBirthAfter the birthMonotreme and marsupial reproductionReproduction and agricultureThe cell cycleMitosis and cytokinesisExperiment: investigating mitosisSites of mitosisMeiosisProcesses in meiosisExperiment: investigating meiosisComparing meiosis and mitosisDiscovering DNAThe structure of DNAActivity: making a model of DNADNA replicationDNA repairs itselfDNA replication and continuity of a speciesProkaryote and eukaryote DNADNA in organellesThe Beadle and Tatum ExperimentIntrons and extronsGene expressionPolypeptide synthesis: transcriptionPolypeptide synthesis: translationRNAActivity: making a model of proteinsynthesisThe importance of polypeptide synthesisPhenotypeExperiment: phenotype and environmentProtein structureThe role of proteins in living thingsWriting genotypesVariation in genotypesMutation and polypeptide synthesisGregor Mendel and his experimentsSutton and BoveriProbability modelsIncomplete dominancePedigreesMultiple allelesSex chromosomesMorgan and sex linkageHuman blood groups and the Rhesus factorPolygenic inheritanceDihybrid crossesPopulation geneticsInheritance patterns for autosomal human genetic diseasesLinkage and chromosome mappingActivity: modeling linkageThe human genome projectOther genome projectsSingle nucleotide polymorphismsExperiment: DNA extractionDNA sequencing and DNA profilingDNA fingerprintingPopulation genetics and conservationAllele frequencies and population geneticsThe Tasmanian Devil and conservationSpider Orchids and conservationInheritance of disease and population geneticsSicle cell anaemiaHuntingdon's diseaseHuman evolutionPopulation genetics and human evolutionModels for human evolutionary treesModels for evolution of Homo SapiensPopulation genetics and the Aboriginal genomeModule 6: Genetic change: Assumed knowledge module 6MutagensMutationPoint mutationsBlock mutationsTransposable genetic elementsChromosome abnormalitiesCase study: genetic mutationPolyploidySomatic and germ line mutationsStem cellsDifferential gene expressionTumors and cancersMutation and coding and non-coding DNACauses of genetic variation summaryGene flowGenetic driftBiotechnologyExperiment: alcohol fermentationEndoucleasesActivity: restrictive enzymesDNA LigasesDNA PolymeraseThe Polymerase Chain ReactionActivity: PCRGel electrphonesisActivity: Gel electrophonesisRecombinant plasmidsRecombinant DNA technologyBiotechnology and bacteriaGenetically modified and transgenic organismsImplications of biotechnologyInducing genetic changeArtifical insemination and artificial pollinationBiotechnology and reproduction technologiesHuman reproductionCloningGene cloningTransgenic species: using plasmics as vectorsUsing gel electrophoresisStem cell researchBiotechnology and polyploidyGenetic screeningScreening embryosGene therapyDNA sequencing and evolutionIndustrial applicationsHybridisation in AgricultureBiodiversity in agricultureImpacts of synthetic biologyTopic testAnswersSyllabus cross-reference.
ISBN:
9780855837716 (paperback)
Dewey class:
570.76
Language:
English
Added title:
Subject:
Biology -- Problems, exercises, etcHigher School Certificate Examination (N.S.W.) -- Study guidesBiology -- Examinations -- Study guidesBiology -- Study and teaching (Secondary) -- New South WalesHSC (Higher School Certificate)Examinations -- Study guidesBiology education -- Examination questionsBiology (HSC subject)HSC (Higher School Certificate) -- Examination questions
BRN:
348943
More Information:
| Location | Collection | Call number | Status/Desc |
|---|---|---|---|
| Penrith | Higher School Certificate | 570.76 NSW | Available |
| Penrith | Higher School Certificate | 570.76 NSW | Available |
| Penrith | Higher School Certificate | 570.76 NSW | Available |
| St Marys | Higher School Certificate | 570.76 NSW | Available |