Prokaryotic Cell Structure overview Cytoplasmic Membrane (slide 24 fig 3.24) Proton Motive as long as ce Simple diffusion

Prokaryotic Cell Structure overview Cytoplasmic Membrane (slide 24 fig 3.24) Proton Motive as long as ce Simple diffusion www.phwiki.com

Prokaryotic Cell Structure overview Cytoplasmic Membrane (slide 24 fig 3.24) Proton Motive as long as ce Simple diffusion

Pearlman, Nancy, Executive Producer/Host has reference to this Academic Journal, PHwiki organized this Journal Prokaryotic Cell Structure (Fig. 3.23 – slide 23) overview Cytoplasmic membrane Cell — Cell – Cytoplasm — Semipermeable barrier between inside in addition to outside of cell Holds the cell shape Surrounds cell contents Consists of cytoplasmic membr in addition to , cell wall, capsule (if present) Cell contents: cytoplasm in addition to nucleoid Fluid insides Chromosome region Cytoplasmic Membrane (slide 24 fig 3.24) – fluid bilayer embedded with proteins = fluid mosaic model Unique to prokaryotes – converts energy to usable as long as m (eurkaryotes energy conversion in organelles) Have – transport chain Transfer electrons in addition to eject protons along the way Expelled protons cause a proton gradient across the cell membrane (+ charge outside membrane) Electrochemical gradient results in energy called proton motive as long as ce (just like energy in battery)

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Figure 3.2 proton motive as long as ce Proton Motive as long as ce – created (like polar people in an argument creates energy unlike content people watching TV together) Ex. Angry couple -> one storms outside (tension between the two is high) – lots of energy – like when protons are pushed out of the cell – are allowed to move back into the cell Allows small molecules to go with it Energy used to synthesize – (usable energy source) Ex. Angry couple release energy into a usable as long as m. The outside person mows the lawn (ATP) to burn off tension in addition to then comes back in the house relaxed just like when proton gets back into the cell. Simple diffusion Water, hydrophobic molecules, gases (O2, C02) Speed of diffusion depends on concentration gradient – (slide 25) – cell wall keeps the cytoplasmic membrane from ballooning out Too much cell wall pressure results in –

Pearlman, Nancy Econews - Educational Communications Incorporated Executive Producer/Host www.phwiki.com

Pearlman, Nancy Executive Producer/Host

Pearlman, Nancy is from United States and they belong to Econews – Educational Communications Incorporated and they are from  Los Angeles, United States got related to this Particular Journal. and Pearlman, Nancy deal with the subjects like International News; Local News; National News; Regional News

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