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1                                              eIF-4F, eIF-iso4F, and eIF-4B promoted PABP activity thr
2            The isoelectric states of eIF-4B, eIF-4F (eIF-4E, p26), eIF-iso4F (eIF-iso4E, p28), and eI
3 anslation initiation factors eIF-4A, eIF-4B, eIF-4F, eIF-iso4F, and eIF-2 and the poly(A)-binding pro
4 tion of the eukaryotic initiation factor 4F (eIF-4F) complex.
5  4E available to form translationally active eIF-4F complexes, switching on mRNA translation.
6            The interactions between PABP and eIF-4F, eIF-iso4F, and eIF-4B were measured in the absen
7 how that the proteins bound to the mRNA cap (eIF-4F) and poly(A) tail (Pab1p) are physically associat
8 the two isoforms of the cap-binding complex (eIF-4F and eIF-iso4F) and eIF-4B, bind to the poly(A)-bi
9 orylation of 4BP-1, eIF-4E-eIF-4G complexes (eIF-4F) were still detected.
10 ment for the rate-limiting initiation factor eIF-4F (cap-binding protein complex).
11  mRNAs, which possess little requirement for eIF-4F but do not initiate by internal ribosome binding.
12 IF-4E), preventing formation of a functional eIF-4F complex essential for cap-dependent initiation of
13 ll protein synthesis largely by inactivating eIF-4F.
14 mmunoprecipitates with the eIF-4G subunit of eIF-4F.
15 data show that the binding of eIF-(iso)4F or eIF-4F to cap analogue enhanced their binding affinity t
16 ransfer, and it was determined that the PABP/eIF-4F complex could bind both poly(A) and 5' cap simult
17 ding protein (PABP) and cap-binding protein, eIF-4F, were found to interact.
18 iated initiation under conditions of reduced eIF-4F complex formation and Akt activity.
19 ading to an increase in the formation of the eIF-4F initiation complex, relieves the translation repr
20 association with the eIF-4G component of the eIF-4F initiation complex.
21                               Similarly, the eIF-4F/PABP or eIF-(iso)4F/PABP complexes show a 40-fold
22 ving Akt1/mTOR complex 1 signaling (and thus eIF-4F-mediated translation initiation) from suppression
23 ement of cap analogue binding as compared to eIF-4F or eIF-(iso)4F alone.
24 heat shock (stress) of mammalian cells, when eIF-4F is altered or inactivated.
25  ribosome scanning and ribosome jumping when eIF-4F is abundant but exclusively uses a ribosome jumpi

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