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30 Cards in this Set

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Homeostasis
Maintainance of constant internal conditions in an organism
Ex: Temp, blood sugar, acid levels
Qualitative vs Quantitative data
Qualitative: Describtions in words of observations
Quantitative: Numeric measurements
Trick: N for numbers in quantitative
Community
Group of different species living in an area
Ecosystem
Physical environment with species that interact with others and abiotic factors
Detritivore vs. Decomposer
Detritivore: Eats detritus, or dead organic matter
Decomposer: A form of detritivore that breaks down organic matter into simpler compounds
Ecological Niche
All of the physical, chemical, and biological factors that a species needs to survive, stay healthy, and reproduce
Principle of Competitive Exclusion
When 2 species are competing for the same resources, one will better suit the niche, and the other will be forced to another niche or die.
(Niche Partitioning)
Biomagnification
Process in which a pollutant moves up the food chain as predators eat prey, accumulating a higher concentration in the predators' bodies.
Habitat Fragmentation
A barrier forms that prevents an organism from accessing it entire home range
Can lead to geographic isolation
Ion
An atom that has gained or lost electron(s)
Solution
Mixture of substances that is the same throughout.
Solvent
Substance that is present in a greater amount and dissolves in another substance.
Ex: The KOOL AID when you mix it with water
Solute
Substance that dissolves the solvent.
Ex: The WATER when you mix in Kool Aid
What does the pH scale measure?
A solution's acidity, or hydrogen ion concentration
Carbohydrates: Monomers, polymers, funcion, and name ID
M= Monosacharides
P= Polysacharides
F= Main source of energy
N= Usually ends in -ose
Ex: Glucose, cellulose
Lipids: Monomers, polymers, funcion, and name ID
M= Fatty acids
P= Triglycerides
F= Provide energy to cells and are used in parts of a cell's structure
N= Usually ends in -ic
Ex. Palmic acid, Lanolic acid
Proteins: Monomers, polymers, funcion, and name ID
M= Amino acids
P= Proteins
F= Controls reaction rates, regulates cell processes, forms bone and muscle, transports substances in and out of the cell, and help fight off disease
N= Usually ends in -ase
Ex. Lipase, peptase
Nucleic Acids: Monomers, polymers, funcion, and name ID
M= Nucleotides
P= Nucleic acids
F= Contain detailed instructions for proteins
N= Usually end in -ine
Ex. Guanine, adenine
Sustainable Development
Natural resources are used and managed in a way that meets current needs without hurting future generations
Basically, the opposite of what the world is doing now
Cell Theory states that:
1) All organisms are made of cells
2) Existing cells are produced by other living things
3) The cell is the most basic unit of life
Endoplasmic Reticulum
Interconnected network of thin folded membranes where proteins and lipids are produced
(ER)
Ribosomes
Link amino acids to form proteins
Can be located on ER or free-floating
Golgi Apparatus
Closely layered stacks of membrance-enclosed spaces that process, sort, and deliver proteins
Endocytosis vs. Exocytosis
Endo: Process of taking liquids or large molecules into a cell by engulfing them in a membrane
Exo: Telease of substances out of the cell by fusion of a vesicle with the membrane
Adenine Triphosphate
Molecule that transfers energy from the breakdown of food
(ATP)
Cell Differentiation
Unspecialized cells develop into thier mature forms and functions
Somatic cells
Body cells, haploids
Gametes
Sex cells, diploids
Transcription
Process of copying a sequence of DNA to produce a complimentary RNA strand.
Translation
Process that converts an mRNA message into a polypeptide