Microscopes
The four types of microscopes
What is Light, SEM, TEM and EM
This organelle contains DNA
What is nucleous
This mode of transport does not need energy
Enzymes are made of
What is glycolosis, Krebs, and Oxative phosphorlation
This type of microscope looks at the topography of the cell
What is SEM
This group of structures are made up of a protein called tublin
What is microtubules
This transport includes bulk transport such as endocytosis
What is active transport
This is the energy that enters the system
Endogeronic
This 3 carbon molecule is binded to Co enzyme A before entering the krebs cycle
What is pyruvate
This TEM can see internal structures called
This organelle is only in plants
What is cell wall, large vacuole and chloroplast
What is aquaporin
This process is cyclic and explains how enzymes work
What is catalytic cycle
These are the coenzymes that are produced in the Krebs cycle
What is NADH and FADH2
This is a microscope that is used in science labs
light
This organelle aids in the synthesis of proteins before it is modifide
What is Rough ER
This type of transport is apart of the Emboysiont Theory on how the mitochondria became apart of the cell
What is phagocytosis
This type of inhibitor binds to the same active site as the intended substrate
What is competitive
This process moves through many proteins in the inner membrane folds of the cristae and pumps electrons across to create a concentraton gradient
What is ETC
This is the glass that the specimen is put on
This organelle contains digestive enzymes and fuses with food vacuoles
What is lysosome
The concentration of the solute in the solution is higher than the cell
What is Hypertonic
What is phosphorlation
This enzyme is activated and creates the most amount of ATP
What is ATPase