In comparing stop-transfer and internal start-transfer sequences in proteins, it can be said that . In comparing stop-transfer and internal start-transfer sequences in proteins, it can be said that . both cause the formation or stabilization of the translocon both cause the disassembly or destabilization of the translocon both are hydrophobic both lead to integral membrane proteins with the same orientation of C and N termini

Both are hydrophobic

Explanation:

Because first of all Internal start- transfer process is a process where a peptide is transfered to the side opening of translocon and then then fixes itself in the membrane, whereas

Stop-transfer sequences in proteins act to stop this process of translocation and moves out through the side opening in translocation to fix itself on a membrane this is consistent with the hydrophobic nature that repels water. Because they are non polar and lack the capacity to form a hydrogen bond with another molecule

meiosis is the first to occur after the nuclei of opposite of opposite mating types fuse