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Botany - Coggle Diagram

- - - - Gaining their energy & Carbon through the hydrogen sulfide reaction.
- - - - Hydrogen bacteria, colorless sulfur bacteria, Iron bacteria, & Nitrate/Nitrite bacteria.
      - Nitrate/nitrite bacteria - fix nitrogen from the atmosphere & use it as their reactant.
        
        In return the bacteria fix the nitrogen & provide it directly to the plant that is infected.
  - - - OIL- Oxidation in Loss
      - RIG- Reduction in Gain
  - - - Circulation of Electrons
      - Circulation of Protons
      - Synthesis of ATP (main goal)
- - - - Facilitate metabolism
      - Receptors for functions such as self-identify
      - All membranes are a bilayer, 2 layers of phospholipids
  - - - Synthesizing limited molecules
      - Origin basic metabolic pathways
      - Those less dependent on exogenous sources of nutrients
- - - - Driven by energy from electrochemical gradient across membranes. (Mitochondrial cristae, Prokaryotic cell membranes, & plat thylakoid membranes)
- - - - Important for vesicle movement near membrane
      - Actin
      - Made up of strands of the protein actin; often interact w/ stands of other proteins
    - - Move permenent, fix things in place
      - Made up of fibrous proteins organized into tough, rope like assembles that stabilize a cells structure & help maintain its shape.
    - - Track-way for long-range movement of transport vesicles
      - Long, hollow cylinders made up of many molecules of the protein tubulin. Tiblin consists of 2 subunits, alpha & beta tublin
- - - - Electrons stripped from pyruvate & give them to NAD+, then NAD+ reduced to NADH
      - Carbon Dioxide broken off, C3->C2 (Acetyl Coenzyme)
      - 3 NADH, 1 ATP, 1 FADH2
- - - - Yield Energy
      - Yield chemical reducing power (hydrogen)