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1. Full Text Seed dormancy and germination
by Penfield, Steven
Current Biology, ISSN 0960-9822, 09/2017, Volume 27, Issue 17, pp. R874 - R878
Reproduction is a critical time in plant life history. Therefore, genes affecting seed dormancy and germination are among those under strongest selection in... 
TIME | ARABIDOPSIS | BIOCHEMISTRY & MOLECULAR BIOLOGY | CELL BIOLOGY | Germination - drug effects | Plant Dormancy - physiology | Seeds - growth & development | Seeds - physiology | Seeds - drug effects | Germination - physiology | Plant Growth Regulators - pharmacology | Plant Dormancy - drug effects | Physiological aspects | Seeds | Plant populations | Germination | Analysis
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2. Full Text Seed dormancy cycling and the regulation of dormancy mechanisms to time germination in variable field environments
by Finch-Savage, William E and Footitt, Steven
Journal of Experimental Botany, ISSN 0022-0957, 02/2017, Volume 68, Issue 4, pp. 843 - 856
Many molecular mechanisms that regulate dormancy have been identified individually in controlled laboratory studies. However, little is known about how the... 
Annual life cycle | Seed dormancy | Arabidopsis | DOG1 | PHYA | Germination | Nitrate signalling | Dormancy cycling | dormancy cycling | ARABIDOPSIS-THALIANA | LOCAL ADAPTATION | SISYMBRIUM-OFFICINALE SEEDS | MATURATION ENVIRONMENT | LOW-TEMPERATURE | PLANT SCIENCES | germination | seed dormancy | THRESHOLD MODELS | HYDROTHERMAL TIME | nitrate signalling | ABSCISIC-ACID | LIGHT SENSITIVITY | MOLECULAR-MECHANISMS | Arabidopsis - physiology | Plant Dormancy - physiology | Arabidopsis - growth & development | Gene Expression Regulation, Plant - physiology | Light | Environment | Plant Physiological Phenomena | Seasons | Water - physiology
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3. Full Text On the language and physiology of dormancy and quiescence in plants
by Considine, Michael J and Considine, John A
Journal of Experimental Botany, ISSN 0022-0957, 05/2016, Volume 67, Issue 11, pp. 3189 - 3203
While diverse modes of quiescence span plant life cycles, form, and stress responses, the physiology of dormancy is distinct, and entrained in the life history... 
Bud | meristem | seed | cell cycle | dormancy | chromatin accessibility | plant | oxygen and redox signalling | quiescence | seasonality | ARABIDOPSIS-THALIANA | NATURAL ALLELIC VARIATION | BUD DORMANCY | SEED DORMANCY | PLANT SCIENCES | NITRIC-OXIDE | DESICCATION-TOLERANCE | CELL-CYCLE | END RULE PATHWAY | MADS-BOX GENES | FREEZING TOLERANCE | Terminology as Topic | Trees - physiology | Botany | Plant Dormancy
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4. Physiology of deep dormancy in seeds
by Nikolaeva, M. G
1969, 220
Seeds | Dormancy in plants
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5. Physiology of deep dormancy in seeds
by Nikolaeva, Marianna Georgievna
1969, iv, 220 p. illus.
Seeds | Dormancy in plants
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6. Full Text DELAY OF GERMINATION1 (DOG1) regulates both seed dormancy and flowering time through microRNA pathways
by Heqiang Huo and Shouhui Wei and Kent J. Bradford
Proceedings of the National Academy of Sciences of the United States of America, ISSN 0027-8424, 4/2016, Volume 113, Issue 15, pp. E2199 - E2206
Seed germination and flowering, two critical developmental transitions in plant life cycles, are coordinately regulated by genetic and environmental factors to... 
Seed dormancy | Flowering | Lettuce | DOG1 | MiRNA | TRANSCRIPTION FACTORS | ARABIDOPSIS-THALIANA | GENE-REGULATION CASCADES | HISTONE H2B MONOUBIQUITINATION | PHASE-TRANSITIONS | MULTIDISCIPLINARY SCIENCES | LOCUS-C EXPRESSION | BINDING-PROTEIN | flowering | lettuce | LIFE-CYCLES | seed dormancy | miRNA | ABSCISIC-ACID | FLORAL TRANSITION | Arabidopsis Proteins - genetics | Lettuce - genetics | Plant Dormancy - physiology | Flowers - metabolism | MicroRNAs - metabolism | Arabidopsis - metabolism | Arabidopsis - genetics | Transcription, Genetic - physiology | Arabidopsis Proteins - biosynthesis | Gene Expression Regulation, Plant - physiology | MicroRNAs - genetics | Mutation | Flowers - genetics | Lettuce - metabolism | Plants, Flowering of | MicroRNA | Germination | Physiological aspects | Genetic aspects | Observations | Biological Sciences | PNAS Plus
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7. Full Text Ectopic expression of a novel peach (Prunus persica) CBF transcription factor in apple (Malus × domestica) results in short-day induced dormancy and increased cold hardiness
by Michael Wisniewski and John Norelli and Carole Bassett and Timothy Artlip and Dumitru Macarisin
Planta, ISSN 0032-0935, 1/2011, Volume 233, Issue 5, pp. 971 - 983
Low, non-freezing temperatures and/or short daylength (SD) regulates cold acclimation and dormancy in fruit trees. Regarding cold acclimation, C-repeat binding... 
Dormancy | Leaves | Transcription factors | Genes | Greenhouses | Acclimatization | Plants | Transgenic plants | Freezing | Low temperature | Life Sciences | AP2/ERF | Forestry | Transgenic apple | Ecology | Agriculture | Leaf senescence | Plant Sciences | Cold acclimation | BINDING DOMAIN | DROUGHT | EVERGREEN PEACH | LOW-TEMPERATURE | PLANT SCIENCES | ACCLIMATION | RESISTANCE | WINTER HARDINESS | GENE FAMILY | ARABIDOPSIS | FREEZING TOLERANCE | Plant Dormancy - physiology | DNA, Complementary - genetics | Molecular Sequence Data | Prunus - metabolism | Gene Expression Regulation, Plant | Trans-Activators - genetics | Trans-Activators - biosynthesis | Acclimatization - physiology | Amino Acid Sequence | Cold Temperature | Plants, Genetically Modified - genetics | Photoperiod | DNA, Complementary - isolation & purification | Malus - genetics | Plant Proteins - genetics | Sequence Alignment | Malus - metabolism | Plants, Genetically Modified - metabolism | Aging - physiology | Plant Leaves - genetics | Plant Leaves - metabolism | Prunus - genetics | Plant Dormancy - genetics | Acclimatization - genetics | Plant Proteins - biosynthesis | Computer industry | Anopheles | Atmospheric carbon dioxide
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8. Full Text Auxin controls seed dormancy through stimulation of abscisic acid signaling by inducing ARF-mediated ABI3 activation in Arabidopsis
by Xiaodong Liu and Hong Zhang and Yang Zhao and Zhengyan Feng and Qun Li and Hong-Quan Yang and Sheng Luan and Jianming Li and Zu-Hua He
Proceedings of the National Academy of Sciences of the United States of America, ISSN 0027-8424, 9/2013, Volume 110, Issue 38, pp. 15485 - 15490
The transition from dormancy to germination in seeds is a key physiological process during the lifecycle of plants. Abscisic acid (ABA) is the sole plant... 
Dormancy | Seed dormancy | Cotyledons | RNA | Germination | Auxins | Greening | Plants | Hormones | Seed germination | Preharvest sprouting | Evolutionary mechanism | Agriculture | Interaction | evolutionary mechanism | ROOT | hormones | MULTIDISCIPLINARY SCIENCES | BOX PROTEIN TIR1 | RECEPTOR | PLANT DEVELOPMENT | GERMINATION | agriculture | RESPONSE FACTORS | YUCCA FLAVIN MONOOXYGENASES | preharvest sprouting | BIOSYNTHESIS | GROWTH | interaction | GENE-EXPRESSION | Arabidopsis - physiology | Indoleacetic Acids - metabolism | Plant Dormancy - physiology | Gene Expression Profiling | Blotting, Western | Arabidopsis - metabolism | Arabidopsis Proteins - metabolism | Transcription Factors - metabolism | Two-Hybrid System Techniques | Blotting, Northern | Chromatin Immunoprecipitation | Gene Expression Regulation, Plant - physiology | Signal Transduction - physiology | Abscisic Acid - metabolism | Arabidopsis thaliana | Auxin | Physiological aspects | Abscisic acid | Cellular signal transduction | Research | Health aspects | Biological Sciences
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9. Full Text Histone modification and signalling cascade of the dormancy‐associated MADS‐box gene, PpMADS13‐1, in Japanese pear (Pyrus pyrifolia) during endodormancy
by SAITO, TAKANORI and BAI, SONGLING and IMAI, TSUYOSHI and ITO, AKIKO and NAKAJIMA, IKUKO and MORIGUCHI, TAKAYA
Plant, Cell & Environment, ISSN 0140-7791, 06/2015, Volume 38, Issue 6, pp. 1157 - 1166
Dormancy‐associated MADS‐box (DAM) genes play an important role in endodormancy phase transition. We investigated histone modification in the DAM homolog... 
C‐repeat binding factor (CBF) gene | FLOWERING LOCUS T (FT) gene | Japanese pear (Pyrus pyrifolia Nakai) | BUD FORMATION | LEAFY SPURGE | DNA METHYLATION | CHROMATIN IMMUNOPRECIPITATION | PERSICA L. BATSCH | RELEASE | PLANT SCIENCES | C-repeat binding factor (CBF) gene | ARABIDOPSIS | TRANSCRIPTION FACTOR | EXPRESSION | REVEALS | Plant Dormancy - physiology | Plant Proteins - physiology | Down-Regulation | MADS Domain Proteins - genetics | Gene Expression Regulation, Plant - genetics | Genes, Plant - physiology | Reverse Transcriptase Polymerase Chain Reaction | Pyrus - physiology | MADS Domain Proteins - metabolism | Plant Proteins - genetics | Chromatin Immunoprecipitation | Genes, Plant - genetics | Pyrus - genetics | Gene Expression Regulation, Plant - physiology | Pyrus - metabolism | Plant Dormancy - genetics | Signal Transduction - physiology | Histone Code - physiology | Histone Code - genetics | MADS Domain Proteins - physiology | Genes | Immunoglobulin G | Erythromycin
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10. Full Text Targeted mRNA Oxidation Regulates Sunflower Seed Dormancy Alleviation during Dry After-Ripening
by Jérémie Bazin and Nicolas Langlade and Patrick Vincourt and Sandrine Arribat and Sandrine Balzergue and Hayat El-Maarouf-Bouteau and Christophe Bailly
The Plant Cell, ISSN 1040-4651, 6/2011, Volume 23, Issue 6, pp. 2196 - 2208
After-ripening is the mechanism by which dormant seeds become nondormant during their dry storage after harvest. The absence of free water in mature seeds does... 
Dormancy | Seed dormancy | After ripening | Messenger RNA | RNA | Gels | Germination | Genes | Oxidation | Embryos | VITAMIN-E | PROTEIN | ACID | PHOSPHATASE | BIOCHEMISTRY & MOLECULAR BIOLOGY | TRANSCRIPTION | GERMINATION | PLANT SCIENCES | CELL BIOLOGY | SIGNAL-TRANSDUCTION | GENE-EXPRESSION | ARABIDOPSIS CVI | STRESS GRANULES | Protein Biosynthesis | Oxidation-Reduction | Plant Dormancy - physiology | Transcriptome | Molecular Sequence Data | Gene Expression Profiling | RNA, Messenger - metabolism | Polymorphism, Genetic | Helianthus - physiology | Plant Proteins - genetics | Animals | Helianthus - anatomy & histology | Polymorphism, Restriction Fragment Length | Seeds - physiology | Microarray Analysis | Germination - physiology | Deoxyguanosine - metabolism | RNA, Messenger - chemistry | Signal Transduction - physiology | Plant Proteins - metabolism | Deoxyguanosine - analogs & derivatives | Ripening | Crops | Physiological aspects | Oxidation-reduction reaction | Genetic aspects | Research | Sunflowers
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11. Full Text Seed dormancy and germination in three Crocus ser. Verni species (Iridaceae): Implications for evolution of dormancy within the genus
by Carta, A and Carta, A and Probert, R and Probert, R and Moretti, M and Moretti, M and Peruzzi, L and Peruzzi, L and Bedini, G and Bedini, G
Plant biology (Stuttgart, Germany), ISSN 1435-8603, 11/2014, Volume 16, Issue 6, pp. 1065 - 1074
The aim of this work was to examine whether seed ecophysiological traits in three closely related Crocus species were associated with ecological niche... 
Epicotyl dormancy | Seed dormancy | Embryo growth | Germination | Shoot emergence | epicotyl dormancy | SIZE | HYBRIDIZATION | MATURATION | EMERGENCE | ECOPHYSIOLOGY | PLANT SCIENCES | germination | seed dormancy | TEMPERATURE | shoot emergence | ADAPTATION | AMARYLLIDACEAE | MORPHOPHYSIOLOGICAL DORMANCY | Biological Evolution | Crocus - physiology | Plant Dormancy - physiology | Seeds - physiology | Species Specificity | Germination - physiology | Crocus - genetics | Seasons | Seeds
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12. Full Text Primary seed dormancy: A temporally multilayered riddle waiting to be unlocked
by Chahtane, Hicham and Kim, Woohyun and Lopez-Molina, Luis
Journal of Experimental Botany, ISSN 0022-0957, 02/2017, Volume 68, Issue 4, pp. 857 - 869
Primary seed dormancy is an important adaptive plant trait whereby seed germination is blocked under conditions that would otherwise be favorable for... 
ABA | Dormancy | Endosperm | Arabidopsis | Germination | Seed | ARABIDOPSIS-THALIANA | seed | SECONDARY DORMANCY | NATURAL ALLELIC VARIATION | ABSCISIC-ACID BIOSYNTHESIS | PROTEIN PHOSPHATASE 2C | endosperm | LOW-TEMPERATURE | PLANT SCIENCES | germination | dormancy | GENE-EXPRESSION | NITRIC-OXIDE | FLOWERING TIME | Arabidopsis - physiology | Plant Dormancy - physiology | Seeds - growth & development | Seeds - physiology | Arabidopsis - growth & development | Gene Expression Regulation, Plant - physiology | Plant Growth Regulators - physiology | Abscisic Acid - physiology | Plant Physiological Phenomena | Endosperm - physiology
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13. Full Text Effects of environmental variation during seed production on seed dormancy and germination
by Penfield, Steven and MacGregor, Dana R
Journal of Experimental Botany, ISSN 0022-0957, 02/2017, Volume 68, Issue 4, pp. 819 - 825
The environment during seed production has major impacts on the behaviour of progeny seeds. It can be shown that for annual plants temperature perception over... 
Maternal | Seed dormancy | Temperature | Tannin | Seed development | Environment | FLC | Flowering time | Seed coat | Seed germination | PATHWAYS | ARABIDOPSIS-THALIANA | MATURATION ENVIRONMENT | LIGHT | DESERT | seed germination | seed coat | tannin | PLANT SCIENCES | seed dormancy | flowering time | seed development | temperature | PLANTS | FLOWERING-LOCUS-C | ABSCISIC-ACID | EXPRESSION | maternal | Arabidopsis - physiology | Plant Dormancy - physiology | Arabidopsis - growth & development | Plant Growth Regulators - physiology | Fruit - physiology | Flowers - growth & development | Fruit - growth & development | Seeds - growth & development | Seeds - physiology | Germination - physiology | Flowers - physiology | Seeds - anatomy & histology
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14. Full Text Arabidopsis Paired Amphipathic Helix Proteins SNL1 and SNL2 Redundantly Regulate Primary Seed Dormancy via Abscisic Acid—Ethylene Antagonism Mediated by Histone Deacetylation
by Zhi Wang and Hong Cao and Yongzhen Sun and Xiaoying Li and Fengying Chen and Annaick Carles and Yong Li and Meng Ding and Cun Zhang and Xin Deng and Wim J.J. Soppe and Yong-Xiu Liu
The Plant Cell, ISSN 1040-4651, 1/2013, Volume 25, Issue 1, pp. 149 - 166
Histone (de)acetylation is a highly conserved chromatin modification that is vital for development and growth. In this study, we identified a role in seed... 
Dormancy | Seed dormancy | RESEARCH ARTICLES | Genes | Germination | Histones | Gene expression regulation | Acetylation | Plants | Plant cells | Seed germination | LATE EMBRYO DEVELOPMENT | DNA METHYLATION | BIOCHEMISTRY & MOLECULAR BIOLOGY | PLANT-CELLS | BIMOLECULAR FLUORESCENCE COMPLEMENTATION | GERMINATION | PLANT SCIENCES | CELL BIOLOGY | TRANSCRIPTIONAL COREPRESSOR | GENE-EXPRESSION | GENOME-WIDE | H2B MONOUBIQUITINATION | FLOWERING TIME | Arabidopsis - physiology | Plant Dormancy - physiology | Transcriptome | Ethylenes - analysis | Seedlings - genetics | Ethylenes - metabolism | Arabidopsis Proteins - metabolism | Chromatin Immunoprecipitation | Plants, Genetically Modified | Gene Expression Regulation, Plant | Disulfides - pharmacology | Abscisic Acid - metabolism | Seeds - cytology | Hydroxamic Acids - pharmacology | Plant Growth Regulators - analysis | Repressor Proteins - metabolism | Arabidopsis Proteins - genetics | Arabidopsis - drug effects | Abscisic Acid - analysis | Signal Transduction | Seedlings - cytology | Seeds - drug effects | Seeds - genetics | Arabidopsis - cytology | Models, Molecular | Repressor Proteins - genetics | Histone Deacetylases | Seedlings - drug effects | Allyl Compounds - pharmacology | Arabidopsis - genetics | Two-Hybrid System Techniques | Phenotype | Histones - genetics | Sequence Analysis, RNA | Seedlings - physiology | Seeds - physiology | Mutagenesis, Insertional | Histones - metabolism | Plant Growth Regulators - metabolism | Arabidopsis Proteins - antagonists & inhibitors | Arabidopsis thaliana | Seeds | Physiological aspects | Dormancy (Biology) | Genetic aspects | Research | Properties | Genetic regulation | Gene expression | Antibiosis
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