Statistics for cell isu quiz (part 1)

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Answer Stats

Hint	Answer	% Correct
changes in cell location and movement of cell parts, generally requires interaction of the cytoskeleton with motor proteins	cell motility	0%
sites of photosynthesis, converts solar energy to chemical with sunlight (thylakoid - interconnected sacs, granum - stack of thylakoids, stroma - fluid outside thylakoid)	chloroplast	0%
organized units of DNA	chromosome	0%
network of fibres, organizes structures and activities of a cell, makes shape of cell, like a dome tent, can be quickly dismantled and assembled in a new location	cytoskeleton	0%
type of cell with membrane-bound nucleus	eukaryote	0%
products of the ER are stored or modified and then sent to other destinations, includes cisternae	golgi apparatus	0%
'pull force' part of cytoskeleton, fibrous proteins coiled into cables, medium thickness, only found in some animal cells	intermediate filament	0%
membranous sac that contains hydrolytic enzymes that digest macromolecules	lysosome	0%
thin, 'pull force' of cytoskeleton, two strands of actin made of myosin	microfilaments	0%
thick, 'push force' part of cytoskeleton	microtubules	0%
sites for cellular respiration, generates ATP, contains circular DNA molecules	mitochondria	0%
encloses the nucleus, double membrane of lipid bilayers with associated proteins	nuclear envelope	0%
netlike array of protein filaments, maintains shape of nucleus	nuclear lamina	0%
framework of protein fibres extending throughout nuclear interior	nuclear matrix	0%
rRNA is synthesized here from mRNA, proteins imported from the cytoplasm are assembled into large and small subunits of ribosomes	nucleolus	0%
most of the genes in a eukaryotic cell. very big and conspicuous	nucleus	0%
contains enzymes that remove hydrogen adoms from substrates and transfer them to oxygen to produce H2O2	peroxisome	0%
selective barrier that allows passage of enough nutrients and wastes to service the entire cell	plasma membrane	0%
intricate protein structure that lines each pore of nuclear envelope + regulates entry of proteins and RNAs	pore complex	0%
type of cell with no membrane-bound nucleus	prokaryote	0%
unicellular eukaryotes	protist	0%
cellular extensions that allow the cell to travel	pseudopodia	0%
complexes of ribosomal RNAs and proteins, carry out protein synthesis, not membrane-bound, not organelles, build proteins in two cytoplasmic locales	ribosome	0%
synthesis of proteins, adds membrane proteins and phospholipids to itself	rough er	0%
synthesis of lipids (oils, steroids, phospholipids, hormones) detoxifies drugs and poisons by adding hydroxyl group	smooth er	0%
larger vesicles (contractile, central)	vacuole	0%
sacs made of membrane	vesicle	0%