Home - Dynamic Storage Systems Inc. - manufacturers of pallet flow and custom storage systems | www.dynamicstorage.com
Company Description:
dynamic storage systems, inc. is a material handling systems supplier that designs, manufacturers, and installs pallet flow storage systems, case flow, and custom solutions. we are a leader in providing material handling, and case packaging systems to support customer distribution and storage needs with pallet flow, case flow, conveyors, and systems
Keywords to Search:
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Company Address:
P.O. Box 14,LANDISVILLE,PA,USA
ZIP Code: Postal Code:
17538
Telephone Number:
2154392222 (+1-215-439-2222)
Fax Number:
Website:
dynamicstorage. com
Email:
USA SIC Code(Standard Industrial Classification Code):
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Brain activation and lexical learning: The impact of learning phase and . . . words was characterized by significant activation in the fusiform gyrus, which they related to the emergence of semantic links, and a significant activation in the left inferior parietal cortex, which they related to the development of sound-meaning associations, coupled with an increase in L2 proficiency (Breitenstein et al , 2005) In
Coherence Between Brain Activation and Speech Envelope at Word and . . . Building on those findings, the current study investigated (a) age-related differences and (b) hemispheric balance in word and sentence tracking in low frequency bands to separate the word to phrasal levels of processing
The neurobiological basis of seeing words - Stanford University This review summarizes recent ideas about the cortical circuits for seeing words, an important part of the brain system for reading Historically, the link between the visual cortex and reading has been contentious One in-fluential position is that the visual cortex plays a minimal role, limited to identifying contours, and that infor-
Neural Activation in Bilinguals and Monolinguals Using a Word . . . The study investigated word recognition during neural activation in monolinguals and bilinguals We specifically examined word retrieval and blood-oxygenation changes in the prefrontal cortex during a code-mixed word recognition task
Distinct Patterns of Brain Activity Characterise Lexical Activation and . . . Phase-locked and non-phase-locked activity were distinct but temporally related Phase-locked activity in left temporal cortex, peaking at 400 ms, was larger on unrelated than related and identical trials, suggesting differential activation of alternative words by the picture-word stimuli
The role of the left medial prefrontal cortex and posterior cingulate . . . In the present research, we examined the neural substrates associated with positive word processing by using Activation Likelihood Estimation (ALE) and Seed-based d Mapping (SDM) approaches In study 1, taking effect sizes, peak coordinates of brain region activation, sample sizes, and experimental paradigms into consideration in ALE and SDM meta-analyses, we identified two largely overlapping
Hippocampal and Brain Stem Activation during Word Retrieval after . . . Our results suggest that word repetition and semantic encoding increase recall accuracy during subsequent word retrieval via distinct hippocampal mechanisms and that ventral tegmentum activation is relevant for word retrieval after semantic encoding
Brain activation patterns in response to complex triggers in the Word . . . In this study, using fMRI, we identify two brain circuits which are activated in response to complex triggering words Circuit one involves brain regions involved in episodic memory and somatic (body) responses and the experience of uncertainty
Frontiers | Brain activation patterns resulting from learning letter . . . Results showed that active training led to increased recruitment of the sensori-motor network associated with letter perception as well as the insula and claustrum, but passive observation did not This suggests that perceptual networks for newly learned cursive letters are driven by motor execution rather than by perceptual feedback