front 1 Small subunit and large subunit | back 1 Ribosomes |
front 2 Carry out protein synthesis | back 2 Ribosomes |
front 3 Continuous with the nuclear envelope, with ribosomes studding its surface | back 3 Rough Endoplasmic Reticulum |
front 4 Site of protein synthesis, distributes transport vesicles | back 4 Rough Endoplasmic Reticulum |
front 5 Continuous with the nuclear envelope, lacks ribosomes | back 5 Smooth Endoplasmic Reticulum |
front 6 Synthesizes lipids, detoxifies poison, stores calcium | back 6 Smooth Endoplasmic Reticulum |
front 7 Consists of flattened membranous sacs called cisternae. Cis and trans face | back 7 Golgi Apparatus |
front 8 Modifies, sorts and packages materials into transport vesicles | back 8 Golgi Apparatus |
front 9 A membranous sac of digestive enzymes | back 9 Lysosomes |
front 10 Use enzymes to recycle the cell’s own organelles, food | back 10 Lysosomes |
front 11 Types of vacuoles? | back 11 Food, Contractile, Central |
front 12 Membranous sac | back 12 Food Vacuoles |
front 13 Contain food | back 13 Food Vacuoles |
front 14 Membranous sac(protists) | back 14 Contractile Vacuoles |
front 15 Pump excess water out of cells | back 15 Contractile Vacuoles |
front 16 Membranous sac (plants) | back 16 Central Vacuoles |
front 17 Hold organic compounds and water | back 17 Central Vacuoles |
front 18 Smooth outer membrane, cristae (inner membrane foldings), intermembrane space, matrix contains free ribosomes | back 18 Mitochondria |
front 19 Sites of cellular respiration, generates ATP | back 19 Mitochondria |
front 20 Only present in plant cells, thylakoids (membranous sacs) stacked to form granum, stroma, green in color, contain chlorophyll | back 20 Chloroplasts |
front 21 Function in photosynthesis | back 21 Chloroplasts |
front 22 Organelle with single membrane? | back 22 Peroxisomes |
front 23 Produce hydrogen peroxide and convert it to water | back 23 Peroxisomes |
front 24 A network of fibers extending throughout the cytoplasm. Three types: microfilaments, intermediate filaments and microtubules | back 24 Cytoskeleton |
front 25 Organizes the cell’s structure, shape, and activities, anchoring many organelles | back 25 Cytoskeleton |
front 26 Made of actin subunit, two intertwined strands of actin
| back 26 Microfilaments |
front 27 Maintenance of cell shape, changes in cell shape, muscle contraction, cytoplasmic streaming, cell motility, cell division | back 27 Microfilaments |
front 28 Fibrous proteins supercoiled into thicker cables. Diameter: 8 – 12 nm, contains proteins from one of proteins from keratin family | back 28 Intermediate filaments |
front 29 Maintenance of cell shape, anchorage of nucleus and certain other organelles , formation of nuclear lamina | back 29 Intermediate filaments |
front 30 Diameters in a middle range, hollow tubes; wall consisting of 13 columns of tubulin molecules. Diameter: 25 nm with 15nm lumen | back 30 Microtubules |
front 31 Maintenance of cell shape, cell motility, chromosome movement in cell division, organelle movement | back 31 Microtubules |
front 32 Contains nuclear envelope, double membrane, nuclear pore, nuclear lamina, and nucleolus, and nucleoplasm | back 32 Nucleus |
front 33 Contains DNA (hereditary material) | back 33 Nucleus |