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Free energy and matter help organize, reproduce and grow a population.

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Organisms regulate their bodies based on the environmental  status.

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It is required that cells create and maintain different internal and external environments through growth, reproduction and dynamic homeostasis.

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The ways organisms regulate themselves are based on ancestry as well as adaptation to different environments.

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Temporal regulation and coordination is included for growth, reproduction and dynamic homeostasis. An example of this is sleep, reproducing, season, and migrating.

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Timing and coordination of events are controlled by multiple mechanisms.

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Timing and coordination of behavior are controlled through several mechanisms the are important in natural selection.

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All living systems need a constant input of free energy.

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Due to cell membranes structure, they are selectively permeable.

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Biological systems utilize free energy and molecular building blocks to grow, to reproduce and to maintain dynamic homeostasis.

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All biological systems are affected by complex biotic and abiotic interactions.

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It is regulated by environmental signals and developmental stages.

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Organisms maintain their internal environments and respond to the environmental changes by feedback mechanisms.

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For normal development, timing and coordination of specific events are needed.

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Organisms store and capture free energy for biological processes.

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When molecules move across membranes, growth and dynamic homeostasis are contained.

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It involves genetic information from both parents through fusions of gametes.

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Homeostasis mechanisms reflect both common ancestry and divergence due to adaption in different environments.

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Cells respond to the environment by communicating with other cells. Cells are able to communicate by signal and receptor molecules, gene expression and protein activity.  There are membranes that allow cells to maintain internal environments.

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Organisms respond to changes in their external environments.

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To grow, reproduce and maintain organization, organisms need to exchange matter with the environment.

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Through the exchange of free energy and matter, systems are affected by biotic and abiotic interactions.

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Eukaryotic cells maintain internal membranes that partition the cell into special areas.

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Free energy, and matter to maintain order to grow and reproduce is required for living systems.

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Energy deficiencies can cause disruptions at the population and ecosystem levels.

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Disruptions to dynamic homeostasis affect biological systems.

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Plants and animals have several different chemical defenses to fight off infections that affect dynamic homeostasis.

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Through photosynthesis and chemosynthesis, autotrophic cells capture free energy.

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BIG IDEA 2: ORGANISMS USE ENERGY AND MOLECULES TO GROW, REPRODUCE, AND MAINTAIN HOMEOSTASIS

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MR. KNUFFE'S METABOLISM LECTURE REVIEW (HIGHLY RECOMMENDED)!

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Helps with long term survival and evolution of a species.