cells
pore for ribosomes + RNA
Nuclear pore
two forms of energy
kinetic and potential
synthesis of lipids
smooth ER
high to low concentration
holds DNA in eukaryote cells
nucleus
# of phosphates on ATP and ADP
pores with ribosomes, synthesis, and release secretory or membrane-bound proteins
rough ER
the water of low concentration joins the party
osmosis
the protective wall surrounding plasma membrane
cell wall
uses light to make glucose
photosynthesis
out of cell
exocytosis
high concentration outside of the cell
hypertonic
the projection used for motility
flagella
energy is neither created nor destroyed and energy conversion increases entropy, energy is lost during conversion, some energy is no longer able to work
2 laws of thermodynamics
substance into cell
endocytosis
high concentration inside cell
hypotonic
the combo of DNA and associated proteins when the cell is not dividing
chromatin
1. energy released
2. energy input
1. exergonic
2. endergonic
uses plasma membrane to engulf large particles
phagocytosis
need transport protein
glucose, large molecules, polar molecules, charged molecules and protein