Beaunieux Hélène, Hubert Valérie, Witkowski Thomas, Pitel Anne-Lise, Rossi Sandrine, Danion Jean-Marie, Desgranges Béatrice, Eustache Francis
Inserm, Université de Caen, E0218, France.
Memory. 2006 Jul;14(5):521-39. doi: 10.1080/09658210500477766.
Procedural memory is characterised by a relative resistance to pathology, making its assessment of the utmost importance. However, few studies have looked at the cognitive processes involved in cognitive procedural learning. In an initial experiment, we studied the role of different cognitive functions in massed cognitive procedural learning. Our results confirmed the existence of three separate learning phases and, for the first time, demonstrated the involvement of episodic memory and executive functions in the first learning phase. In a second experiment, we studied the effect of distributed learning conditions on the dynamics of procedural learning. This second study confirmed our results but showed that these conditions slow down the process of cognitive procedural learning. Our overall findings call into question the status of functionally autonomous memory system that is currently allotted to procedural memory, and suggest that the role of nonprocedural cognitive components should be taken into account in patient rehabilitation.
程序性记忆的特点是相对不易受病理影响,因此对其进行评估至关重要。然而,很少有研究关注认知程序性学习中涉及的认知过程。在最初的实验中,我们研究了不同认知功能在集中式认知程序性学习中的作用。我们的结果证实了存在三个独立的学习阶段,并且首次证明了情景记忆和执行功能在第一个学习阶段中的参与。在第二个实验中,我们研究了分布式学习条件对程序性学习动态的影响。第二项研究证实了我们的结果,但表明这些条件会减缓认知程序性学习的过程。我们的总体研究结果对目前赋予程序性记忆的功能自主记忆系统的地位提出了质疑,并表明在患者康复中应考虑非程序性认知成分的作用。