ライフサイエンスコーパス: transformer

1 appropriate expression of the female form of transformer.

2 between the fiber and the imprinted optical transformer.

3 lled by the somatic sex differentiation gene transformer.

4 lus influenzae Rd is a gram-negative natural transformer.

5 he sex differentiation pathway downstream of transformer.

6 gets of the nematode global sexual regulator Transformer 1 (TRA-1), a transcription factor acting at

7 la regulatory proteins Transformer (Tra) and Transformer 2 (Tra2) recruit different members of the SR

8 4; a member of the SR protein family), human transformer 2 beta (hTra2 beta; an exonic splicing enhan

9 sing and is dependent on the function of the transformer 2 gene.

10 ne depends upon the constitutively expressed transformer-2 (tra-2) gene, but does not seem to require

11 The Drosophila sex determination gene transformer-2 (tra-2) is a splicing regulator that affec

12 Among the best studied of these is the transformer-2 (TRA-2) protein which, in combination with

13 ex determination genes transformer (tra) and transformer-2 (tra-2) switch fru splicing from the male-

14 oint mutation in the sex-determination gene, transformer-2 (tra-2), using CRISPR/Cas9 (clustered regu

15 The splicing factor Transformer-2 (Tra2) is expressed almost ubiquitously in

16 In the male germline of Drosophila the transformer-2 protein is required for differential splic

17 characterized one of the CPT targets, Tra2 (Transformer-2).

18 contributes 25% to emissions, soils 31%, and transformers 21%.

19 Transformer 2beta1 (Tra2beta1) is a splicing effector pr

20 is at least partially controlled by somatic transformer activity.

21 The sex determination genes transformer and doublesex ensure that hub formation occu

22 eed industry, are sometimes adulterated with transformer and mineral oil as a means of illegally incr

23 and prediction statistics were obtained for transformer and mineral oils.

24 Transformers and building sealants represent the largest

25 inated biphenyls (PCBs), once used widely in transformers and other applications, and 1,1-dichloro-2,

26 etermine differences in rCBV values between "transformers" and "nontransformers" at defined time poin

27 identified the sex-specific splicing factor transformer as a functionally significant target of miR-

28 ucleotide (FAD/FADH2) redox center acts as a transformer by accepting two electrons from soluble nico

29 xpression of downstream target genes such as transformer by regulating RNA splicing.

30 xpression of downstream target genes such as transformer , by regulating pre-mRNA splicing and mRNA t

31 Expression of a female transformer cDNA under the control of a dsf enhancer in

32 tronics, including a single rf amplifier and transformer coil.

33 We also demonstrate that transformer-dependent interactions influence whether XX

34 ore, eliminating the expression of Fru(M) by transformer expression in OCT/tyramine neurons changes t

35 Using the GAL4/UAS system to manipulate transformer expression, we feminized or masculinized dif

36 s takeout are feminized by expression of the Transformer-F protein, male courtship behavior is dramat

37 wer cables, magnetic energy-storage devices, transformers, fault current limiters and motors, largely

38 Transgenic expression of transformer gene during development transforms chromosom

39 rtion of cassette exons from the C. capitata transformer gene into a heterologous tetracycline-repres

40 By manipulating either the fruitless or transformer genes in the brains of male or female flies,

41 Transformers had a slightly (but not statistically signi

42 Conversely, knockdown of transformer in chromosomal females eliminates the female

43 basic fibroblast growth factor, a candidate transformer in Xenopus, caused malformation but not hind

44 ther germline gene, ovo, whose regulation is transformer-independent.

45 f the key sex-determination gene tra-2 (tra, transformer) is controlled by a 28-nucleotide repeat ele

46 th gene, fit (female-specific independent of transformer), is not controlled by tra and dsx, suggesti

47 and a single negatively acting receptor, Eye Transformer/Latran (Et/Lat).

48 We instead propose a 'cochlear transformer' mechanism to interpret cochlear performance

49 Synechococcus and Aphanizomenon as the main transformers of mercury.

50 BVB's and soya oil samples adulterated with transformer oil and mineral oil were characterised using

51 amples collected from a site contaminated by transformer oil.

52 phy (UV-NIL) to fabricate functional optical transformers onto the core of an optical fiber in a sing

53 Transformer parental RNAi could be used to produce all m

54 The imprinted optical transformer probe was used in an actual NSOM measurement

55 ive to that of the germline (by manipulating transformer) reveal a dominant role for the soma in regu

56 In contrast, transformers showed a continuous increase in rCBV up to

57 nsplantations show that a spatially distinct transformer signal emanates from tissues other than the

58 Transformer splicing regulatory proteins determine the s

59 one female-specific isoforms of T. castaneum transformer (Tctra) were identified.

60 vein using the linear variable differential transformer technique.

61 ime points were also significantly higher in transformers than in nontransformers.

62 t Coulomb drag is analogous to an electrical transformer that functions at zero frequency.

63 They found that lipoxygenases are like Transformer toys, being converted from one enzyme type t

64 We show that the sex determination gene transformer (tra) acts in the developing nervous system,

65 phila suppressor-of-white-apricot (SWAP) and Transformer (Tra) alternative splicing factors, we found

66 the role of the sexual differentiation genes transformer (tra) and doublesex (dsx) in regulating the

67 ed and include the hermaphroditic (her), the transformer (tra) and feminization (fem) mutations.

68 nown sex determination pathway, specifically transformer (tra) and its downstream target doublesex (d

69 show that the Drosophila regulatory proteins Transformer (Tra) and Transformer 2 (Tra2) recruit diffe

70 that the Drosophila sex determination genes transformer (tra) and transformer-2 (tra-2) switch fru s

71 ) within the regulated 3' splice site of the transformer (tra) pre-mRNA.

72 RA-2) protein which, in combination with the transformer (TRA) protein, directs sex-specific splicing

73 tein to continually instruct the target gene transformer (tra) to make its feminizing product, TRA-F.

74 ethal (Sxl) acting on its switch-gene target transformer (tra) to produce Tra(F) protein.

75 he alternative splicing of Sex-lethal (Sxl), transformer (tra), and Ultrabithorax (Ubx).

76 e sex determination pathway through the gene transformer (tra), the expression of roX1 is independent

77 npf (ms-npf) expression is controlled by the transformer (tra)-dependent sex-determination pathway.

78 morphism by controlling only the switch gene transformer (tra).

79 ination gene hierarchy, Sex-lethal (Sxl) and transformer (tra).

80 tide repeat elements, which are required for transformer/transformer-2-mediated splicing of the femal

81 latory inputs from the soma (as regulated by transformer) with those from the germline (involving ovo