Final answer:
Escaped resident ER soluble proteins can cause cellular dysfunction and disruption of the normal secretion process.
Step-by-step explanation:
If resident ER soluble proteins escape, it can cause various consequences within the cell. When soluble proteins escape from the ER, they may not undergo the necessary modifications or folding that are required for their proper functioning. As a result, these proteins may not be able to carry out their intended functions, leading to cellular dysfunction.
Additionally, if these proteins are meant to be secreted from the cell, their escape from the ER can disrupt the normal secretion process. Instead of being packaged into transport vesicles and transported to the Golgi apparatus for further processing and eventual secretion, the proteins may be released prematurely, causing an imbalance in the cellular environment.
In summary, if resident ER soluble proteins escape, it can result in improper protein function and disruption of the normal secretion process, leading to cellular dysfunction and imbalance.