Vocabulary words you need to know from the Living Environment Curriculum
Mitosis and Meiosis and Genetics of Inheritance
nucleus chromosome diploid
gene chromatin haploid
DNA interphase fertilization
replication cytokinesis gamete
spindles carcinogen gene
stem cell crossing over meiosis
mitosis homologous chromosome
allele dominant genetics
genotype heterozygous homozygous
hybrid law of independent assortment
phenotype recessive law of segregation
Genetic Engineering
recombinant restriction enzyme
genetic manipulation selective breeding
genetic engineering segment of DNA
bacterial plasmid inserting DNA segment
delete DNA segment substitute DNA segment
Evolution
sex cells behavior natural selection
survival adapted unifying theme
environment selection evolutionary change
pathogen antibiotic change during lifetime
insect pathogen overproduction of offspring
variations among offspring struggle for survival
adaptive value
Genes, Protein Synthesis, Replication
nucleus heredity meiosis mitosis
replication recombination sex cells sperm
synthesis zygote subunits (A,T,U,C,G)
template variation asexual reproduction
DNA egg sexual reproduction
fertilization gametes genetic variation
characteristics chromosomes code encoded
expression gene gene expression
mutation inherit codon anticodon
RNA ribosome mRNA tRNA
amino acid peptide bonds polypeptide protein
Human Impact:
Overexploitation Natural resources Eutrophication
Introduced species Nonrenewable Renewable
Bioremediation Biological magnification
Sustainable Biological augmentation
Zero population growth Habitat fragmentation
Characteristics of life:
Chapter 2 Test 10/1 or 10/2:
abiotic factor community biome biosphere
biotic factor commensalism ecosystem habitat
mutualism niche parasitism population
symbiosis autotroph biomass food chain
food web heterotroph trophic level
biology observation
organization inference
organism scientific method
growth hypothesis
development experiment
reproduction control group
species experimental group
stimulus independent variable
response dependent variable
homeostasis constant
adaptation data
Mitosis and Meiosis and Genetics of Inheritance
nucleus chromosome diploid
gene chromatin haploid
DNA interphase fertilization
replication cytokinesis gamete
spindles carcinogen gene
stem cell crossing over meiosis
mitosis homologous chromosome
allele dominant genetics
genotype heterozygous homozygous
hybrid law of independent assortment
phenotype recessive law of segregation
Genetic Engineering
recombinant restriction enzyme
genetic manipulation selective breeding
genetic engineering segment of DNA
bacterial plasmid inserting DNA segment
delete DNA segment substitute DNA segment
Evolution
sex cells behavior natural selection
survival adapted unifying theme
environment selection evolutionary change
pathogen antibiotic change during lifetime
insect pathogen overproduction of offspring
variations among offspring struggle for survival
adaptive value
Genes, Protein Synthesis, Replication
nucleus heredity meiosis mitosis
replication recombination sex cells sperm
synthesis zygote subunits (A,T,U,C,G)
template variation asexual reproduction
DNA egg sexual reproduction
fertilization gametes genetic variation
characteristics chromosomes code encoded
expression gene gene expression
mutation inherit codon anticodon
RNA ribosome mRNA tRNA
amino acid peptide bonds polypeptide protein
Human Impact:
Overexploitation Natural resources Eutrophication
Introduced species Nonrenewable Renewable
Bioremediation Biological magnification
Sustainable Biological augmentation
Zero population growth Habitat fragmentation
Characteristics of life:
Chapter 2 Test 10/1 or 10/2:
abiotic factor community biome biosphere
biotic factor commensalism ecosystem habitat
mutualism niche parasitism population
symbiosis autotroph biomass food chain
food web heterotroph trophic level
biology observation
organization inference
organism scientific method
growth hypothesis
development experiment
reproduction control group
species experimental group
stimulus independent variable
response dependent variable
homeostasis constant
adaptation data
Inherit
Genetic information Continuity Parent Offspring Kingdoms Gene Characteristic Reproduction Physical trait Molecular basis of heredity Recombination Mutation Genetic engineering DNA |
Replicate
Selective breeding Combination of tratis Varieties Genetic material Expression Inherited Coded instructions Generation Heredity Allele Chromosomes Trait Asexually reproducing Genetically identical Sexually reproducing Individual Genetic information |
Egg
Sperm Base (DNA) A,G,T,C Encoded Molecular bases (DNA) Template Altered gene Chains Shape of protein Function of protein Body cells (somatic) Genetic makeup Pedigree |