ライフサイエンスコーパス: MADS domain protein

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1 sitional cloning and found to encode a novel MADS domain protein.

2 ons affect DNA binding specificity of floral MADS domain proteins.

3 olbox consisting of phylogenetically related MADS domain proteins.

4 nd several higher order complexes with other MADS domain proteins.

5 ription factors, yet the mechanisms by which MADS-domain proteins activate or repress the expression

6 Multiple factors, including the MADS-domain proteins AGAMOUS-LIKE15 (AGL15) and AGL18, c

7 The MADS domain protein AGL15 (AGAMOUS-Like 15) has been fou

8 The MADS domain protein AGL15 (for AGAMOUS-like) is expresse

9 lones each encode one of four highly related MADS domain proteins: AGL2, AGL4, AGL6 and AGL9.

10 data are consistent with the FRUITFULL (FUL) MADS-domain protein and Auxin Response Factors (ARFs) di

11 strongly supports a mechanistic link between MADS-domain proteins and chromatin remodeling factors.

12 d SOC1 repression by several floral homeotic MADS domain proteins, and we show that, mechanistically,

13 The Arabidopsis MADS domain proteins AP1, AP3, PI, and AG specify floral

14 spectrometry that five major floral homeotic MADS-domain proteins (AP1, AP3, PI, AG, and SEP3) intera

15 The MADS domain proteins APETALA1 (AP1), APETALA3 (AP3), PIS

16 In turn, the encoded floral homeotic MADS domain proteins appear to bind SOC1 regulatory sequ

17 While the activities of the MADS domain proteins are essentially confined to the flo

18 MADS domain proteins are members of a highly conserved f

19 model was proposed that describes how these MADS domain proteins assemble into higher order complexe

20 Whereas most plant MADS domain proteins begin with the MADS domain, AG and

21 Previous studies have shown that MADS domain proteins bind to DNA sequences with an overa

22 A CArG box (MADS-domain protein binding element) within this sequenc

23 Finally, we show that several plant MADS domain proteins can bind to DNA either as homodimer

24 Differential DNA binding of MADS domain protein complexes plays a role in the specif

25 studies confirmed a flexible composition of MADS-domain protein complexes depending on relative prot

26 Nonetheless, different MADS domain proteins exhibit similar yet distinct bindin

27 In Arabidopsis thaliana, MADS domain proteins have been shown to regulate various

28 tic studies clearly indicate that many plant MADS domain proteins have different regulatory functions

29 A/T-rich core and is to date the only plant MADS domain protein having such a preference.

30 DNA sequencing (SELEX-seq) on several floral MADS domain protein homo- and heterodimers to measure th

31 Studies of MADS-domain proteins in diverse species have shown that

32 Here, we show that several MADS domain proteins, including SOC1 heterodimers, are a

33 cent complementation assays demonstrate that MADS-domain proteins interact during meristematic stages

34 teomics approach we were able to establish a MADS-domain protein interactome that strongly supports a

35 Therefore, HUA1 are another example of non-MADS domain proteins involved in organ identity specific

36 in vivo DNA binding data show that homeotic MADS domain proteins recognize partly distinct genomic r

37 Using ancestral MADS domain protein reconstruction, we trace the evoluti

38 All plant MADS domain proteins share another region with moderate

39 Four classes of floral homeotic MADS domain proteins specify the identities of the four

40 identified as interaction partners of floral MADS-domain proteins suggesting various specific combina

41 The Arabidopsis FLC gene encodes a MADS domain protein that acts as a repressor of flowerin

42 AGL62 encodes a Type I MADS domain protein that likely functions as a transcrip

43 and AGL2 (for AGAMOUS-like), two Arabidopsis MADS domain proteins that are preferentially expressed i

44 AGL61 encodes a Type I MADS domain protein, which likely functions as a transcr

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