1 idase activity in the full-length protein is negatively autoregulated.

2 f Escherichia coli transcription factors are negatively autoregulated.

3  up-regulated if mutated and so appear to be negatively autoregulated.

4                    The aphA promoter is also negatively autoregulated and an AphA binding site is cen

5 c-era-recO operon (rnc operon) expression is negatively autoregulated at the level of message stabili

6                            BMP signalling is negatively autoregulated by several genes including SMAD

7                          The abiE operon was negatively autoregulated by the antitoxin, AbiEi, a memb

8 n, a prototypical toxin-antitoxin system, is negatively autoregulated by the products of the operon.

9 ron of tumour inducing (Ti) plasmids is both negatively autoregulated by the RepA and RepB proteins,

10 we quantified the behaviour of an inducible, negatively autoregulated gene circuit arranged in differ

11 e for the analysis of intrinsic noise within negatively autoregulated gene circuits.

12                      Phytochrome message was negatively autoregulated in a specific region within the

13 propose that BMP4-dependent transcription is negatively autoregulated in part by SIN3B alternative sp

14 mutant individuals demonstrated that punc is negatively autoregulated in some tissues.

15     The cellular level of wild-type PrrA was negatively autoregulated so that less PrrA was present i

16  proximal regulatory elements and that it is negatively autoregulated through two EBNA-1 binding site

17                    Transcription of dksA was negatively autoregulated via a feedback loop that tended

18  Additionally, the codY gene was shown to be negatively autoregulated, with its protein binding direc