![]() ![]() The occipital stroke patients may have IM damage, primarily damage the perception type of IM priming effects, which was unrelated with their cortical blindness.Ĭopyright © 2015 National Stroke Association. In the picture identification task, occipital lobe stroke group score was poorer than HC group, the results were statistically significant, but in the pictures identify rate, occipital stroke patients and normal control group had no significant difference. Amnesics are able to learn certain types of learning behavior, though without any conscious memory of the learning event. There was no significant difference between occipital stroke patients and HCs in EM tasks and category exemplar generation task. In this study, we explored the explicit memory (EM) and IM damage in occipital lobe stroke patients.Ī total of 25 occipital strokes and 29 years of age, educational level equivalent healthy controls (HCs), evaluated by using immediate recall, delayed recall, recognition for EM tasks, picture identification, and category exemplar generation for IM tasks. This figure summarizes data from nine studies on implicit and explicit picture memory that compared the performance of children, young adults, and older adults. ![]() Recent reports from neuroimaging show the occipital lobe may be involved in the processing of implicit memory (IM), especially the perception type of IM processing. Explicit memory needs conscious awareness. When you recall the time of your dentist appointment or recollect your 16th birthday party, you are using your explicit memory. ![]() Occipital stroke patients mainly showed cortical blindness and unilateral vision loss memory is generally reserved. Explicit memory or declarative memory is part of your long-term memory. ![]()
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