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1 , causing an inherited form of hypertension (Liddle's syndrome).
2 s, including a genetic form of hypertension (Liddle's syndrome).
3 nts could provide a simple clinical test for Liddle's syndrome.
4 lso contribute to excessive Na+ transport in Liddle's syndrome.
5 tion of increased sodium channel activity in Liddle's syndrome.
6 r of channels in the plasma membrane seen in Liddle's syndrome.
7                                           In Liddle's syndrome, a rare inherited form of hypertension
8 tes derived from an individual affected with Liddle's syndrome, an autosomal dominant form of human h
9          Mutations in this PPXY domain cause Liddle's syndrome, an autosomal dominant, salt-sensitive
10                                              Liddle's syndrome, an inherited form of hypertension, is
11                                              Liddle's syndrome, an inherited form of hypertension, is
12 units increase renal Na+ absorption, causing Liddle's syndrome, an inherited form of hypertension.
13 ction may play a role in the pathogenesis of Liddle's syndrome and other forms of hypertension.
14 cocorticoid-suppressible hyperaldosteronism, Liddle's syndrome, and apparent mineralocorticoid excess
15 These results strongly suggest that PHA1 and Liddle's syndrome are allelic variants caused by mutatio
16 iated with diseases like cystic fibrosis and Liddle's syndrome are irreversibly stimulated by membran
17                                              Liddle's syndrome-associated mutations that prevent the
18                   A mutation associated with Liddle's syndrome (betaR566X) abolished the effect of Ne
19 lucocorticoid-suppressible aldosteronism and Liddle's syndrome, each inherited as an autosomal-domina
20 ma membrane or to the hypertensive disorder, Liddle's syndrome, in which channel residency time at th
21                                              Liddle's syndrome is a rare inherited form of hypertensi
22                                              Liddle's syndrome is caused by an activating mutation in
23 urface but also provide a mechanism by which Liddle's syndrome mutations alter ENaC activity.
24                          Here, we found that Liddle's syndrome mutations have two distinct effects of
25                                              Liddle's syndrome of hypertension and pseudoaldosteronis
26 eta-subunit mutation, R564X, associated with Liddle's syndrome, open probability in both high- and lo
27 r excess, termed pseudohypoaldosteronism and Liddle's syndrome, respectively.
28 uence is the target for mutations that cause Liddle's syndrome, suggesting that cAMP-mediated translo
29 s) in three brothers with genetically proven Liddle's syndrome, their unaffected sister, and 40 normo
30                    Moreover, expression of a Liddle's syndrome-type beta-mENaC mutant (Y618A) greatly

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