Video Instance Segmentation (VIS) has seen a growing reliance on query propagation-based methods to model complex and lengthy videos. While these methods dominate the performance, they do not explicitly model discrete events, e.g., occlusion, disappearance, and reappearance. Such events often results in degraded object features over time. We believe learning these events end-to-end with the propagation network would prevent the degradation. To this end, we propose a novel propagation method that models these discrete events with a gating mechanism. First, the gate identifies degraded object features caused by these events. Second, we apply a residual configuration to rectify the feature degradation, alleviating the need for a conventional memory bank. Third, we restrict interaction between relevant and degraded objects with a novel gated self-attention. The gated residual configuration and self-attention forms GRAtt block, which can easily be integrated into the existing propagation frameworks. GRAtt-VIS performs on par with the state-of-the-art methods on YTVIS-19,-21,-22 and challenging OVIS datasets by significantly improving performance over previous methods. The code is available in the supplementary.