bionlp-ost-19-SeeDev-bin-train

Documents (39) JSON TSV

source DB	source ID	text	size	updated at	# proj.	# Ann.	updated_at
SeeDev-binary@ldeleger	SeeDev-binary-10662856-2	Although small amounts of AGL15 protein might accumulate in these tissues throughout the vegetative phase, we conclude that the amounts of nuclear-localized AGL15 protein approach those seen in young	2.16 KB	2020-02-07	1	144	-
SeeDev-binary@ldeleger	SeeDev-binary-11489176-1	Genetic and physiological studies have shown that the Arabidopsis thaliana abscisic acid-insensitive (ABI) loci interact to regulate seed-specific and/or ABA-inducible gene expression. We have used th	987 Bytes	2020-02-07	1	83	-
SeeDev-binary@ldeleger	SeeDev-binary-11489176-3	The ABA insensitive (ABI) loci of Arabidopsis have been shown to interact genetically in regulating processes such as germination and ABA-inducible gene expression. To determine whether ABI4 or ABI5 c	1.9 KB	2020-02-07	1	165	-
SeeDev-binary@ldeleger	SeeDev-binary-11489176-4	Given the documented genetic interactions and the similarities in effects on marker gene expression, we were surprised by the apparent lack of physical interaction between ABI4 and any other ABIs. The	991 Bytes	2020-02-07	1	10	-
SeeDev-binary@ldeleger	SeeDev-binary-11573014-1	The Arabidopsis LEAFY COTYLEDON2 (LEC2) gene is a central embryonic regulator that serves critical roles both early and late during embryo development. LEC2 is required for the maintenance of suspenso	5.34 KB	2020-02-07	1	431	-
SeeDev-binary@ldeleger	SeeDev-binary-11573014-3	LEC2 Possesses a B3 Domain Characteristic of Transcription Factors. Our findings that the LEC2 gene encodes a B3 domain protein (Fig. 3) and is expressed primarily during embryogenesis (Fig. 4) sugges	1.59 KB	2020-02-07	1	148	-
SeeDev-binary@ldeleger	SeeDev-binary-11573014-4	Role of LEC2 in Seed Development. Two consequences of expressing the LEC2 gene postembryonically provide insight into its role in embryo development and strongly support the conclusion that LEC2 is a	4.53 KB	2020-02-07	1	305	-
SeeDev-binary@ldeleger	SeeDev-binary-14701918-1	The Arabidopsis seed coat epidermis undergoes a complex process of differentiation that includes the biosynthesis and secretion of large quantities of pectinaceous mucilage, cytoplasmic rearrangement,	1.36 KB	2020-02-07	1	144	-
SeeDev-binary@ldeleger	SeeDev-binary-14701918-3	The production of mucilage in the epidermal cells of the Arabidopsis seed coat is part of a coordinated developmental process that begins with cell growth, followed by biosynthesis and polar secretion	2.67 KB	2020-02-07	1	294	-
SeeDev-binary@ldeleger	SeeDev-binary-10662856-1	AGL15 (AGAMOUS-like 15) is a member of the MADS domain family, a large, diverse family of regulatory factors. All of the members of this family contain a highly conserved 55– to 60–amino acid domain,	4.69 KB	2020-02-07	1	392	-