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Module 5: Heredity - Coggle Diagram
Module 5: Heredity
IQ4: Genetic Variation
meiosis
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homologous chromosomes
crossing over
independent assortment
mutation (link to mod 6)
fertilisation
inheritance patterns
autosomal recessive
Mendel
sex linkage
co-dominance
incomplete dominance
multiple alleles
Punnett squares
pedigrees
population genetics
frequency data
SNP's
IQ2: Cell Replication
meiosis
PMAT x2
gametes
diploid
mitosis
IPMAT
somatic cells
haploid
DNA
replication
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Process
DNA double helix unwinds
DNA unzips
2 strands separate
Nucleotides are added against each single strand
Replication errors are identified and corrected
4 bases (A, T, C, G)
nucleotide
Watson and Crick
double helix
IQ1: Reproduction
continuity of the species
asexual
fungi
budding
spores
bacteria
binary fission
protists
binary fission
budding
plants
fragmentation
vegetative propagation
advantages
not require mate
energy
disadvantages
lack of genetic variation
sexual
fertilisation - animals
fusion of gametes
internal
mammals
implantation
pregnancy
birth
external
pollination
advantage
genetic variation
disadvantage
energy expenditure
plant/animal agriculuture
HOLIDAY HOMEWORK
IQ3: DNA and Polypeptide Synthesis
models
DNA prokaryotes
circular
DNA eukaryotes
linear
polypeptide synthesis
central dogma
DNA->RNA->proteins
transcription
translation
amino acid
proteins
genes + enevironment
phenotype
protein
function
structure
IQ5: Inheritance Patterns in a Population
genetic technologies
electrophoresis
PCR
polymerase chain reaction
population genetics
Macq. Uni depth study - conservation management
sharks
inheritance of disease (AT1)
SCA