1
Q
DPANN
A
they are towards the base of the three and have the ability to grow and reproduce at 80 degrees or above, hyermophiles. they need 80 degrees for survival.
2
Q
Eurarcheaotes
A
methogenies ( generates methane by fermenting chemoautrophs or acetate)
3
Q
haloarchea
A
they are hydrophillic eurarcheaotes photeheaterotrophs that use bacteria dorphism to absorb sunlight
4
Q
TACK (Thaumarchea)
A
is the most abundant in the ocean, chemoautotrophs that get energy from the oxidation of ammonia
5
Q
unique archea features
A
- they can withstand acidic environments
- produces methane as a waste product
biology
flashcards
Decks in class (87)
# Cards
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scientific inquiry8
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Chemical and physical principles4
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The cell19
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evolution6
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Ecology1
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Chemical and physical principles3
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Water12
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Carbon4
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Organic molecules24
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life's origin3
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Structure of DNA17
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Structure of proteins13
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Cell membrane14
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movement in and out of the cell (plasma membrane)17
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Internal organizations of cells7
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The endomembrane system23
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mitochondria and chloroplast7
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Metabolism8
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Kinetic and potential energy/ chemical energy/laws of thermodynamics15
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enzymes12
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cellular respiration11
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Glycolysis/the citric acid cycle8
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The electron transport chain13
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anaerobic metabolism6
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metabolic intergration5
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Cell division11
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mitotic cell division13
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meiotic cell divison25
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nondisjunction11
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Cell regulation13
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Cancer9
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DNA structure and functions8
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Transcription16
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RNA processing12
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Protein synthesis12
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DNA replication/chromosomes19
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intro to mutations6
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Early theories of inheritance6
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Foundations of modern transmission genetics15
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Segregation6
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Independent assortment2
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Human genetics3
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X and Y chromosomes2
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Genotype and phenotype6
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The nature of mutations5
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Chapter 24.1- Two Prokaryotic domains9
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chapter 25.1- A review of Eukaryotic cells11
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chapter 25.2- Eukaryotic symboitic cells3
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Chapter 25.3 - Eukaryotic diversity11
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Chapter 26.1- 26.211
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chapter-24.213
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chapter- 26.313
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chapter 24.3- 24.49
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chapter 24.55
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Chapter 32.1- Growth and nutrition18
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Chapter 32.2- Reproduction12
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Chapter 32.3- Diversity9
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chapter 8.1- An overview of photosynthesis11
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Chapter 8.2- Calvin cycle8
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Chapter 8.3- Capturing sunlight into chemical forms15
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Chapter 8.4 - Photosynthesis challenges7
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Chapter 27.1- Photosynthesis on land13
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Chapter-27.2 In organic chemistry deck0
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Chapter 27.3- water transport12
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Chapter 27.4-Transport of carbohydrates9
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Chapter 31.1- Animal life cycle2
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Chapter 29.1- Shoot growth and development15
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Chapter 29.2- Plant hormone(incomplete)8
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Chapter 29.3- Secondary Growth16
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Chapter 29.4- Root growth and development9
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Chapter 29.5- The environmental context of growth and development14
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Chapter 29.6- Timing of developmental events7
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Chapter 33.1- Animal Body plans24
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Chapter 33.2- Tissues and organs15
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Chapter 33.3- Homeostasis9
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Chapter 38.1- Patterns of animal metabolism13
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Chapter 39.1- Water and electrolyte balance22
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Chapter 39.2-Excretion of wastes20
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Chapter 39.3- The Mammalian kidney15
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Chapter 41.1 -Immune system22
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Chapter 34.5 / 35.1 - Muscles and sensory system22
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Chapter 34.1-34.3- Nervous systems9
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population ecology10
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Chapter community ecology24
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Earths biome28
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Ecosystem ecology16
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Anthorpocene2
