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Created by Nicole Bolo
about 11 years ago
 
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| Question | Answer | 
| 2 types of organelles | membranous & non-membranous | 
| where does the light reaction occur? | thylakoid | 
| where does the dark reaction occur? | stroma | 
| what does the light reaction produce? | ATP, O2 | 
| what does the dark reaction produce? | glucose | 
| type of membrane for chloroplast | double-membrane | 
| special structure found in Chlamydomonas (and its function) | pyrenoids; for polysaccharide synthesis | 
| function of endoplasmic reticulum | for cell and nuclear membrane synthesis | 
| network of tubules in ER | cisternae | 
| 2 types of ER | smooth ER & rough ER | 
| fxn of sER | lipid synthesis | 
| fxn of rER | protein synthesis | 
| fxn of sER | lipid synthesis | 
| flattened stacks in Golgi apparatus | cisternae | 
| fxn of Golgi apparatus | site of protein modificationn | 
| stack of cisternae either in one region or across the cell | dictyosome | 
| fxn of Golgi | cell membrane dev't, fungal hyphae growth, lysosome synthesis, packaging of materials | 
| 2 faces of golgi | cis & trans | 
| fxn of cis face | receives proteins to be modified | 
| fxn of trans face | where protein modification occurs | 
| fxn of mitochondria | ATP generation | 
| 2 parts of mitochondria | cristae (inner membrane with folds) & matrix | 
| type of membrane of mitochondria | double-membrane | 
| where does the Kreb's Cycle/TCA occur? | matrix | 
| where does the ETC occur? | cristae | 
| organism with a solitary, large mitochondira | Trypanosoma | 
| 2 types of vacuole | food vacuole & gas vacuole | 
| type of memebrane of vacuoles | single-membrane | 
| fxn of nucleus | houses the genetic material | 
| structures in the nucleus that regulate the entry & exit of materials (spcf. mRNA) | nuclear pores | 
| type of membrane of nucleus | double-membrane | 
| type of membrane in autophagosomes | double-membrane | 
| fxn of autophagosomes | degrades unwanted organelles | 
| fxn of stigma/eye spot | photoreception, taxis | 
| site of glycolysis in some protozoans | Glycosome | 
| type of membrane in lysosome | single-membrane | 
| type of enzymes in lysosomes | hydrolases | 
| fxn of lysosome | degrade macromolecules (in acidic envi) | 
| 2 types of endosome | pinocytic vesicles & phagocytic vacuoles | 
| undigestible materials in the cell | residual bodies | 
| fxn of hydrogenosomes | produces hydrogen and acetate | 
| e.g. of organiisms with hydrogenosome | Trichomonas | 
| fxn of mitosome | participates in stress response (Iron-Sulfur Cluster Assembly) | 
| fxn of nucleolus | rRNA synthesis | 
| fxn of parenthesomes | hyphal separation in D. Basidiomycota | 
| fxn of peroxisome | degrades H2O2 | 
| non-lysosomal degradation | Proteosome complex | 
| marker of the proteins to be degraded | Ubiquitin | 
| where do proteins go upon marking for degradation | 26-S proteosome | 
| meaning of Rubisco | ribulose-1,5-bisphosphate carboxylase | 
| fxn of carboxysome | for carbon fixation; conains Rubisco | 
| organisms with carboxysomes | Cyanobacteria | 
| organisms with chlorosomes | green-sulfur bacteria | 
| fxn of chlorosome | light-harvesting apparatus | 
| fxn of magnetosome | to orient the bacteria to suitable environments | 
| chemical used to isolate plasmids | rusconi's medium | 
| chemical added before plasmid AGE | phenol-chloroform | 
| fxn of gas vacuole | for buoyancy | 
| protein found in the rigid shell of gas vacuole | GVPC: Gas Vacuole Protein C | 
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