Isotope		Genetic material
Niche		Swells
Covalent		Regulate timing
Hypertonic		With life
Lysosomes		Prior knowledge
PrimaryConsumer		Two elements
Mitosis		Chromosomes gather at opposite ends
Cohesion		Never lived
Glycolysis		Produces energy for cell
CellWall		Fats, Oils, and Waxes
CellularRespiration		Attach carbs and lipids to proteins
Abiotic		Produces ribosomes
Autotrophs		Supported Hypothesis
Cyclins		Attraction between same substance
Ribosome		Breaks down old and dying organelles
Chloroplasts		Chromatin condense
Ecosystem		Earth
Interphase		Process that releases energy
Metaphase		Glucose is broken down into Pyruvate
Consumers		Occupation
Catalysts		Make their own food
Ionic		Shrinks
Anaphase		Collection of populations in a particular place
GolgiBodies		Store and transmit genetic information
Theory		Herbivores
Acid		7
Detritivore		Decomposer
Neutral		Bonds that share electrons
Nucleolus		Heterotrophs
Kreb'sCycle		Transports proteins
Biosphere		Attraction between different substances
Biotic		Sister chromatids separate
Cytokinesis		Neutrons are different
Carbohydrates		Not found in animal cells
Inference		Cell division
ElectronTransportChain		Lower concentration of H
Lipids		Educated guess
NucleicAcids		Main source of energy
Polar		Daughter cells
Protein		Opposite charges
SmoothEndoplasmicReticulum		Use photosynthesis
Hypothesis		Citric Acid Cycle
Hypotonic		No Ribosomes
Adhesion		Recycled electrons
Nucleus		Electrons are transferred
Mitochondria		Amino acids
Prophase		Enzymes
Compound		Chromosomes line up across middle of cell
Telophase		Cell grows