ELIZA

return kwic search for including out of >500 occurrences
468001 occurrences (No.36 in the rank) during 5 years in the PubMed. [no cache] 500 found

30) Age-independent intelligibility effects were found in several motor and premotor areas, including the left ventral premotor cortex and the right supplementary motor area (SMA).

--- ABSTRACT ---

PMID:24402675 DOI:10.1007/s00429-013-0695-3

2015 Brain structure & function

* The neurobiology of speech perception decline in aging.

- Speech perception difficulties are common among elderlies; yet the underlying neural mechanisms are still poorly understood. New empirical evidence suggesting that brain senescence may be an important contributor to these difficulties has challenged the traditional view that peripheral hearing loss was the main factor in the etiology of these difficulties. Here, we investigated the relationship between structural and functional brain senescence and speech perception skills in aging. Following audiometric evaluations, participants underwent MRI while performing a speech perception task at different intelligibility levels. As expected, with age speech perception declined, even after controlling for hearing sensitivity using an audiological measure (pure tone averages), and a bioacoustical measure (DPOAEs recordings). Our results reveal that the core speech network, centered on the supratemporal cortex and ventral motor areas bilaterally, decreased in spatial extent in older adults. Importantly, our results also show that speech skills in aging are affected by changes in cortical thickness and in brain functioning. Age-independent intelligibility effects were found in several motor and premotor areas, including the left ventral premotor cortex and the right supplementary motor area (SMA). Age-dependent intelligibility effects were also found, mainly in sensorimotor cortical areas, and in the left dorsal anterior insula. In this region, changes in BOLD signal modulated the relationship between age and speech perception skills suggesting a role for this region in maintaining speech perception in older ages. These results provide important new insights into the neurobiology of speech perception in aging.

--- ABSTRACT END ---

[
right
kwic]

[frequency of next (right) word to including]

(1)55 the	(10)3 all	(20)2 an	(29)2 lower
(2)28 13	(11)3 cell	(21)2 angiogenesis,	(30)2 lung
(3)11 a	(12)3 our	(22)2 appropriate	(31)2 many
(4)7 those	(13)3 reduced	(23)2 autism	(32)2 questions
(5)5 in	(14)3 their	(24)2 changes	(33)2 studies
(6)5 its	(15)3 three	(25)2 depression,	(34)2 topical
(7)4 2	(17)2 3	(26)2 improved	(35)2 two
(8)4 both	(18)2 37	(27)2 increased
(9)3 age,	(19)2 activated	(28)2 induction

add keyword

--- WordNet output for including --- =>含む Overview of verb include The verb include has 4 senses (first 4 from tagged texts) 1. (234) include -- (have as a part, be made up out of; "The list includes the names of many famous writers") 2. (32) include -- (consider as part of something; "I include you in the list of culprits") 3. (18) include -- (add as part of something else; put in as part of a set, group, or category; "We must include this chemical element in the group") 4. (8) admit, let in, include -- (allow participation in or the right to be part of; permit to exercise the rights, functions, and responsibilities of; "admit someone to the profession"; "She was admitted to the New Jersey Bar") --- WordNet end ---