A) Synthesizing lipids for the cell membrane B) Degrading misfolded proteins C) Directing protein synthesis D) Shaping rounded vesicles for intracellular trafficking
A) Nucleus, mitochondria, and lysosomes B) Cell membrane, trans-Golgi network, and endosomal compartments C) Nuclear envelope and peroxisomes D) Endoplasmic reticulum, ribosomes, and vacuoles
A) It becomes part of the vesicle membrane B) It degrades into amino acids C) It fuses with the Golgi apparatus D) It rapidly disassembles
A) Histone complexes B) Microtubule motors C) Adaptor molecules D) Ribosomal proteins
A) AP180 B) ch-TOG C) TACC3 D) CKAP5
A) Helps deform the membrane to aid budding B) Synthesizes ATP for the budding process C) Degrades the clathrin triskelion D) Transports vesicles to the nucleus
A) A spherical droplet B) A polyhedral lattice C) A hollow cylinder D) A linear filament
A) The cell membrane directly B) Adaptor proteins C) Lipid bilayer phospholipids D) Microtubules
A) It continues at a constant rate B) It increases significantly C) It occurs only in the nucleus D) It is shut down
A) Actin and Myosin B) Tubulin and Dynein C) AP180 and Epsin D) TACC3 and ch-TOG/CKAP5
A) Creating the cell wall B) Stabilizing kinetochore fibers C) Regulating cytoplasmic pH D) Inhibiting DNA replication
A) The presence of Pitstop 2 B) The disassembly of the polyhedral lattice C) Its trimeric structure D) Its binding to the Golgi membrane
A) Microtubule stabilizers B) Selective clathrin inhibitors C) Growth factors D) Adaptor proteins
A) By binding directly to the membrane lipids B) By degrading the spindle apparatus C) By preventing the synthesis of AP180 D) By blocking endocytic ligand association with the clathrin terminal domain
A) The polyhedral lattice and AP180 B) The amino-terminal domain of clathrin heavy chain and the TACC domain of TACC3 C) The ch-TOG terminal domain only D) The membrane-bound adaptor proteins
A) Charles Darwin B) Barbara Pearse C) Robert Hooke D) Graeme Mitchison
A) Sphere B) Cylinder C) Triskelion D) Cube
A) Gregor Mendel B) Louis Pasteur C) Isaac Newton D) Graeme Mitchison
A) Six B) Two C) Three D) Four
A) 190 kDa B) 100 kDa C) 25 kDa D) 500 kDa
A) 10 kDa B) 25 kDa C) 80 kDa D) 190 kDa
A) Chromosome 22 B) Chromosome 17 C) Chromosome 13 D) Chromosome 1
A) Brain B) Muscle C) Liver D) Skin
A) Random coil B) Beta-sheet sandwich C) Seven-bladed beta-propeller D) Alpha helix bundle
A) 6 B) 36 C) 12 D) 24
A) Micro-cage B) Triskelion-shell C) Nano-sphere D) Mini-coat
A) Twelve B) Zero C) Two D) Five
A) Triangles B) Pentagons C) Squares D) Hexagons |