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The bacteria could use paracrine, more specifically quorum sensing cellular communication. The functions would be ineffective in small numbers and would be a waste of energy. If the population density is sufficient for a response, there would be response from all bacteria simultaneously

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due to the dense population of the bacteria the bacteria would have a high concentration of ligand that then would stimulate the bacteria.

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3. Paracrine, using quorum sensing for bacteria to determine population density.

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3. Paracrine, using quorum sensing for bacteria to determine population density.

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paracrine and quorum sensing, which is used by bacteria to determine the population density of their species in nearby areas.

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Paracrine because they are nearby but not touching. This would be quorum sensing.

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Quorum signaling: The bacteria releases signaling molecules into the space it resides to nearby bacteria. When in a high population, the bacteria respond simultaneously to produce the bioluminescent protein.

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Quorum sensing, where each bacteria produces a ligand until a threshold is reached. Way of managing population

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Paracrine. Bacteria can use quorum sensing to determine the population density by letting out signal molecules.

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it helps determine the population density of bacteria in local area

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Paracrine communication through quorum sensing. The bacteria can release a signal near where other bacteria are to signal to the bacteria to produce more bio-luminescent protein

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A signaling molecule

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signal molecule

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Ligand is another name for a signal molecule

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2. ligand is another word for signaling molecule

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2. ligand is another word for signaling molecule

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Signaling Molecule

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The signal molecule

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Signaling molecule

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signaling molecule

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There's a lot of travelling involved and the pituitary gland is known for its relationship with the endocrine system

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1.  Endocrine - the signal travels from  the pituitary gland to the ovaries/uterus

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1.  Endocrine - the signal travels from  the pituitary gland to the ovaries/uterus

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1. Endocrine because the signal travels over a long distance from the pituitary gland to ovaries

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1. Endocrine because the signal travels over a long distance from the pituitary gland to ovaries

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Endocrine because the signaling molecule has to go from the pituitary gland in the brain to the ovaries, traveling through the blood stream

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1.endocrine because the signal is traveling a long distance 

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1.endocrine because the signal is traveling a long distance 

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1. Endocrine - it travels from the pituitary gland to the ovaries/uterus through bloodstream

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1. Endocrine - it travels from the pituitary gland to the ovaries/uterus through bloodstream

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1. Endocrine because the follicle is far from the pituitary land 

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1. Endocrine because the follicle is far from the pituitary land 

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Long distant cell communication which requires the blood stream to travel

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endocrine
The hormone travels a long distance from the pituitary gland to another body location in the ovaries

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1. Endocrine- this is long distance communication, and the pituitary gland and ovaries are far, so the signal travels through the blood stream

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Endocrine, because the signal travels from the brain to ovaries and uterus.