Academic Integrity: tutoring, explanations, and feedback — we don’t complete graded work or submit on a student’s behalf.

WORD BANK CHOICES Cell (c) Atom (a) Cadherins (b) Cilia (f Centriole (e) Cell Me

ID: 87755 • Letter: W

Question

WORD BANK CHOICES Cell (c) Atom (a) Cadherins (b) Cilia (f Centriole (e) Cell Membrane (d) Cytosol Cytoskeleton (h) Cytoplasm (g Endoplasmic reticulum (k) Desmosome G) Golgi (o) Gap junction (n) Free ribosomes (m) Intermediate filaments (q) Integral protein Microvilli (u) Microtubules Microfilaments (s) Nuclear lamina Molecules (w) Mitochondria (v) Nucleolus (aa) Nuclear Membrane o) organ systems (ad) Nucleus (ac) Nucleoplasm (ab) Organs (ag) Organism (a) Organelles (ac) Phospholipid bilayer (aj) Peroxisome (ai) Peripheral protein (aho Ribozyme (am) Ribosome (al) Plasma membrane (ak) Tight junction (ap) Smooth-ER (ao) Rough-ER (an) Vacuole (as) Transmembrane protein (ar) Tissues (aq0 None of the above (au) Vesicle (at)

Explanation / Answer

Answer:

9. Centriole (e)

10. Rough ER (an)

Polypeptides can be modified in the rough endoplasmic reticulum (RER) either during their synthesis (cotranslational) or after the initial synthesis has been completed (posttranslational).

11. Cytoskeleton (h)

The cytoskeleton is made of three different structures - microtubules, microfilaments, and intermediate filaments. They are responsible for maintaining the internal shape of the cell, acting as a framework for all the other parts.

12. Nucleus (ac)

For nuclear-encoded genes, splicing takes place within the nucleus either co-transcriptionally or immediately after transcription.