bionlp-ost-19-SeeDev-bin-test  

Documents (29) JSON TSV

source DB source ID text size updated at # proj. # Ann. updated_at
SeeDev-binary@ldeleger SeeDev-binary-10318690-1 AGL15 (AGAMOUS-like 15), a member of the MADS-domain family of regulatory factors, accumulates prefe 4.92 KB 2020-02-07 1 156
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SeeDev-binary@ldeleger SeeDev-binary-10318690-3 In every situation in which embryogenesis was newly initiated, we have seen a change in the localiza 4.67 KB 2020-02-07 1 96
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SeeDev-binary@ldeleger SeeDev-binary-10662856-3 Constitutive expression of AGL15 produced a limited number of effects, effects that were distinct fr 1.95 KB 2020-02-07 1 55
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SeeDev-binary@ldeleger SeeDev-binary-11489176-5 Genetic and biochemical approaches have been used to identify and clone regulators of seed developme 10 KB 2020-02-07 1 216
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SeeDev-binary@ldeleger SeeDev-binary-11489176-6 In contrast, the effects of the dominant negative abi1-1 mutation have relatively limited overlap wi 279 Bytes 2020-02-07 1 15
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SeeDev-binary@ldeleger SeeDev-binary-14701918-6 Proposed genetic pathway for the regulation of mucilage production during seed coat secretory cell d 1.89 KB 2020-02-07 1 70
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SeeDev-binary@ldeleger SeeDev-binary-15708976-1 Arabidopsis APETALA2 (AP2) encodes a member of the AP2/EREBP (ethylene responsive element binding pr 1.34 KB 2020-02-07 1 66
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SeeDev-binary@ldeleger SeeDev-binary-16387832-1 Postembryonic organ formation in higher plants relies on the activity of stem cell niches in shoot a 1.17 KB 2020-02-07 1 44
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SeeDev-binary@ldeleger SeeDev-binary-16492731-1 The B3 domain protein LEAFY COTYLEDON2 (LEC2) is required for several aspects of embryogenesis, incl 1.4 KB 2020-02-07 1 46
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SeeDev-binary@ldeleger SeeDev-binary-16492731-2 Embryogenesis in higher plants can be divided conceptually into two distinct phases. Early in embryo 3.38 KB 2020-02-07 1 101
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