ライフサイエンスコーパス: indirect action

1 d by gabazine or tetrodotoxin, indicating an indirect action.

2 CART promoter CRE site, rather than by some indirect action.

3 eeding inhibition, suggesting a mechanism of indirect action.

4 poxvirus adaptation through both direct and indirect actions.

5 kinase 2 expression either through direct or indirect actions.

6 as evoked by either MTII or AgRP, suggesting indirect actions.

7 ls for transportin action are as follows: 1) indirect action by RanGTP sequestration, thus down-regul

8 that either CRF mediates neuronal damage by indirect actions (e.g. on the vasculature) and/or that C

9 atic insulin sensitivity included direct and indirect actions involving intertissue communication bet

10 i transient during normal contractions by an indirect action: it prolongs the action potential.

11 isms: (1) by a direct inhibition, and (2) by indirect actions mediated via activation of BLA interneu

12 A activity (peak at 40 min) whereas the more indirect action of 3-nitropropionic acid on mitochondria

13 is unclear, however, whether a direct or an indirect action of complement on the host immune respons

14 NB dendritic growth could be explained by an indirect action of estradiol on supraspinal afferents.

15 we present evidence for both the direct and indirect action of FGFs on prospective posterior neural

16 We present evidence suggesting that the indirect action of FnrL works through PrrA and discuss p

17 We argue that such patterns may reflect the indirect action of selection on GS, through a multiplici

18 elial growth factor (VEGF) (both involved in indirect action of somatostatin analogs), and expression

19 1 gene and in large measure by the direct or indirect action of the infected cell protein 34.5, the p

20 ugh the Nrf2 pathway represents an important indirect action of these antioxidants that can contribut

21 t is possible to demonstrate both direct and indirect actions of genes on mammalian social behaviors.

22 ay affected by morphine, to exclude possible indirect actions of morphine via opiate-regulated neural

23 luding mechanisms involving either direct or indirect actions of pH(i) upon Cl(-)-dependent membrane

24 lt of both direct action on immune cells and indirect action on a regulatory cascade mediated through

25 ties of adenosine is mediated by a direct or indirect action on the GABA(A)-benzodiazepine receptor c

26 t the sum of its direct actions on SKI-1 and indirect actions on caspase-3.

27 preneoplastic or neoplastic cells or through indirect actions on lung fibroblasts.

28 response in vivo and in vitro by direct and indirect actions on monocytic cells.

29 Their direct and indirect actions on the B-cells are discussed next as we

30 of propofol is in part mediated by direct or indirect actions on the GABA(A)-benzodiazepine receptor

31 not cause the second-meal phenomenon via its indirect actions on the liver but, rather, through direc

32 urons are projection neurons with direct and indirect actions on the STG circuits of the crab C. bore

33 o direct internalization or is the result of indirect actions, such as increased endogenous serotonin

34 As a potential mechanism for this indirect action, TGF-B1 upregulates mRNA for sphingosine

35 to acute nicotine was lost, consistent with indirect actions that could be mediated through nicotine

36 On the other hand, it could be an indirect action through the medial septum/diagonal band

37 cluding both direct effects by AA itself and indirect actions through AA metabolites.

38 a via a direct action on the receptor and an indirect action to suppress transmitter release.

39 This may be attributable to an indirect action via presynaptic GABA(B) receptors.

40 either direct effects on cardiac myocytes or indirect actions via central mechanisms through sympathe

41 PVH C-Fos induction by NPY is mediated by an indirect action, which is at least partially mediated by