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Chapter 16, 12, and 17
Semi-conservative replication
The process by which replication occurs; the way Meselson and Stahl proved it to be.
Antiparallel
Parallel to each other but going in opposite directions.
Lagging strand
Each new fragment of the cannot be started until enough template has been exposed at the replication fork.
Leading strand
Telomeres
Acts as a cap for the end of genes to prevent erosion.
Chromosome
DNA
Histone
Nucleosome
Cell division
Chromatin
Chromosomes
Chromatids
Sister Chromatids
Cell Cycle
G1 Phase
mitosis
S phase
cytokinesis
prophase
Prometaphase
Metaphase
anaphase
Telophase
Binary Fission
Cyclins
Cyclin dependent Kinases
Checkpoints
Central Dogma
Codons
Protein Synthesis
Transcription
mRNA
RNA
tRNA
rRNA
Point mutations
Nonsense mutations
Missense mutations
A-site
aminoacyl-tRNA
aminoacyl-tRNA synthetase
base pair
centrioles
centromere
Daughter cells
DNA Polymerase
E-site
Exons
Fertilization
Frameshift mutation
Gene
Genetic Code
Helicase
Hereditary
Introns
Kinetochore
Ligase
Nondisjunction
Nuclease
Nucleosides
Okazaki Fragments
Segments of the lagging strand that have not yet been connected by polypeptide bonds.
Operator
P-site
Peptide Bond
Phenotypes
Polypeptide
Primase
Promoter
Purine
Pyrimadine
Regulator
Ribosomes
RNA Polymerase
RNA Primer
snRNA
snRNPs
Spindle Apparatus
Spindle fibers
Spliceosome
Sugar-phosphate backbone
Telomerase
Catalyzes the lengthening of telomeres in germ cells.
Topoisomerase
Transposons
Note 
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