ライフサイエンスコーパス: stringent control

1 and chemotaxis gene expression is also under stringent control.

2 d starvation conditions, fis is repressed by stringent control.

3 consistent with known mechanisms related to stringent control.

4 vivo in both orientations and independent of stringent control.

5 modification, the cyclopropanation, is under stringent control.

6 t systems, growth rate-dependent control and stringent control.

7 traphosphate (ppGpp) is a major regulator of stringent control, an adaptive response of bacteria to a

8 fabH promoter was subject to relA-dependent stringent control and was repressed approximately 4-fold

9 The 39-mers confer stringent control by increasing handcuffing of iterons,

10 rugs and one non-specific aptamer, tested as stringent control candidates, caused negligible response

11 erial pathogens that have lost the genes for stringent control during reductive evolution.

12 Since stringent control is responsible for the survival of pat

13 es typhoid fever cases when assessed using a stringent controlled model of typhoid infection.

14 l cells into a tight cellular sheet requires stringent control of cell packing and organization.

15 The stringent control of ethylene synthesis under active eth

16 10% of photoreceptor outer segments requires stringent control of gene expression.

17 s that AREs are involved in finely tuned and stringent control of gene expression.

18 Stringent control of growth and differentiation appears

19 ulin resistance with insulin sensitizers and stringent control of hyperglycemia.

20 These results indicate that stringent control of ICOS costimulation is maintained in

21 Stringent control of ion and protein transport across th

22 ic genes in starved cells contributes to the stringent control of lipid biosynthesis.

23 Stringent control of NF-kappaB and mitogen-activated pro

24 expressed on a cell subset characterized by stringent control of proliferation, amplification of the

25 Nevertheless, stringent control of retinal detachment and teratoma dev

26 CarD can functionally replace DksA for stringent control of rRNA transcription, even though Car

27 Stringent control of rrnB P2 requires the alarmone ppGpp

28 of the secondary cleavage provide means for stringent control of SBT3 activity, to ensure that the a

29 sults show that growth-arrested cells induce stringent control of several gene systems.

30 nd the results led us to suggest a model for stringent control of the ArcA regulon.

31 Stringent control of the NF-kappaB and type I interferon

32 Earlier studies implicated a stringent control of the strength of Pvf-mediated signal

33 In multicellular organisms, a stringent control of the transition between cell divisio

34 Stringent control of the type I interferon signaling pat

35 y effective immune responses that maintain a stringent control of virus replication in long-term inap

36 dislodged from the kinase domain, providing stringent control of ZAP-70 activity downstream of Lck.

37 Whereas such stringent controls of Gli activity are critical in ensur

38 hat the virus has some means to overcome the stringent control on expression of cell cycle progressio

39 ly re-replicated, but the importance of this stringent control on genome stability has not been teste

40 The extracellular matrix exerts a stringent control on the proliferation of normal cells,

41 entation is challenging, typically requiring stringent control over film deposition conditions, film

42 ected toward triplex DNA, it is evident that stringent control over positional attachment of substitu

43 onclude that hCXCL1-GAG interactions provide stringent control over regulating chemokine levels and r

44 n be regulated by cellular factors to impart stringent control over this very abundant RNA helicase.

45 talize in vitro suggests that they have less stringent controls over replicative senescence than huma

46 Stringent control represents a key bacterial stress resp

47 clear responses to amino acid availability (stringent control), rRNA gene dose (feedback control), a

48 ing growth-rate-dependent control (GRDC) and stringent control (SC).

49 that its function in the brain is under less stringent control than that of other NLs, shedding light

50 ess spontaneous apoptosis, Bax must be under stringent control that may include regulation of Bax con

51 activity of epithelial proteinases is under stringent control to prevent aberrant hydrolysis of stru

52 transcriptase PCR (RT-PCR) was utilized as a stringent control to validate the results of in vivo gen