to make sure you understand the flow of events in the endomembrane system, drag and drop each statement into…

to make sure you understand the flow of events in the endomembrane system, drag and drop each statement into the correct order. place the first event at the top and the last event at the bottom.\nprotein synthesis (linking amino acids via peptide bonds) begins in a ribosome.\na signal sequence on the new protein binds to an rna - protein particle, which interacts with a receptor on the er membrane.\nprocessed proteins and other products move to the golgi from er through \connection tunnels.\\nvesicles arrive at their destination and empty their cargo.\nkinesin walks along microtubules to carry vesicles that bud off the golgi to their destination.\nthe protein enters the inside of the er, through a channel.\nfolding and other processing occurs inside the er.\nproducts move through each sac in the golgi, being processed, sorted by destination, and loaded into a vesicle.

to make sure you understand the flow of events in the endomembrane system, drag and drop each statement into the correct order. place the first event at the top and the last event at the bottom.\nprotein synthesis (linking amino acids via peptide bonds) begins in a ribosome.\na signal sequence on the new protein binds to an rna - protein particle, which interacts with a receptor on the er membrane.\nprocessed proteins and other products move to the golgi from er through \connection tunnels.\\nvesicles arrive at their destination and empty their cargo.\nkinesin walks along microtubules to carry vesicles that bud off the golgi to their destination.\nthe protein enters the inside of the er, through a channel.\nfolding and other processing occurs inside the er.\nproducts move through each sac in the golgi, being processed, sorted by destination, and loaded into a vesicle.

Answer

Brief Explanations:

Protein synthesis and transport in the endomembrane system start with mRNA export from the nucleus. Then amino - acids are linked in ribosomes for protein synthesis. A signal sequence on the new protein binds to an RNA - protein particle which interacts with a receptor on the ER membrane. The protein enters the ER, is processed there. Processed proteins move to the Golgi from ER through connection tunnels. Vesicles bud off the Golgi, travel along microtubules via kinesin, and arrive at their destination. Finally, products move through the Golgi sacs, are processed, sorted, and loaded into a vesicle.

Answer:

  1. mRNA is exported from the nucleus, through a nuclear pore.
  2. Protein synthesis (linking amino acids via peptide bonds) begins in a ribosome.
  3. A signal sequence on the new protein binds to an RNA - protein particle, which interacts with a receptor on the ER membrane.
  4. The protein enters the inside of the ER, through a channel.
  5. Folding and other processing occurs inside the ER.
  6. Processed proteins and other products move to the Golgi from ER through "connection tunnels."
  7. Vesicles arrive at their destination and empty their cargo.
  8. Kinesin walks along microtubules to carry vesicles that bud off the Golgi to their destination.
  9. Products move through each sac in the Golgi, being processed, sorted by destination, and loaded into a vesicle.