Atom (a) Cell Membrane (d) Cytoplasm (g Cadherins (b) Centriole (e Cytoskeleton
ID: 140531 • Letter: A
Question
Atom (a) Cell Membrane (d) Cytoplasm (g Cadherins (b) Centriole (e Cytoskeleton (h Endoplasmic reticulum (k) Gap junction (n) Intermediate filaments (q) Microtubules (t) Molecules (w) Nuclear pores (z Nucleus (ac) Organism (af) Cytosol @) Flagellum () Free ribosomes (m) Integral protein (p) Microfilaments (s) Mitochondria (v) Nuclear Membrane (y) Nucleoplasm (ab) Organelles (ac) Peripheral protein (ah) Plasma membrane (ak) Rough-ER (an) Tissues (ag) Vesicle (at) Lysosome (r) Microvilli (u) Nuclear lamina (x) Nucleolus (aa) Organ systems (ad) Organs (ag) Phospholipid bilayer (aj) Ribozyme (am) Tight junction (ap) Vacuole (as) Ribosome (al) Smooth-ER (ao) Transmembrane protein (ar) None of the above (au)Explanation / Answer
Answer:
21) (r) Lysosome:
This organelle possess hydrolytic enzymes which is responsible for destruction of organic molecules
22) (al) Ribosome :
Ribosome in eukaryotic cells show 80s sedimentation.
23)(k) Endoplasmic Reticulum :
Along this organelle are attached ribosomes where protein synthesis occur. After formation of protein they are moved into rough endoplasmic reticulum.
24) (i) Cytosol:
conversion of ethanol to acetaldehyde by ADH generates NADH, the reducing equivalents of which are then trans ported into the mitochondria by molecules known as the malate–aspartate shuttle.
25)(ad) Organ system
26)(n) Gap junction
27) (ac) nucleus
28)(c) cell
29)(ar) transmembrane protein
30)(g) cytoplasm
31)(d) cell membrane
32)(ag) Organ
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