22:
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according to
Richard Amasino, Lysenko inaccurately asserted that the vernalized state could be inherited, i.e. the offspring of a vernalized plant would behave as if they themselves had also been vernalized and would not require vernalization in order to flower quickly. Opposing this view and supporting Lysenko's claim, Xiuju Li and Yongsheng Liu have detailed experimental evidence from the USSR, Hungary, Bulgaria and China that shows the conversion between spring wheat and winter wheat, positing that "it is not unreasonable to postulate
202:
124:, farmers observed a traditional distinction between "winter cereals", whose seeds require chilling (to trigger their subsequent emergence and growth), and "spring cereals", whose seeds can be sown in spring, and germinate, and then flower soon thereafter. Scientists in the early 19th century had discussed how some plants needed cold temperatures to flower. In 1857 an American agriculturist
60:, or by an artificial equivalent. After vernalization, plants have acquired the ability to flower, but they may require additional seasonal cues or weeks of growth before they will actually do so. The term is sometimes used to refer to the need of herbal (non-woody) plants for a period of cold dormancy in order to produce new shoots and leaves, but this usage is discouraged.
153:
meaning Spring). After
Lysenko the term was used to explain the ability of flowering in some plants after a period of chilling due to physiological changes and external factors. The formal definition was given in 1960 by a French botanist P. Chouard, as "the acquisition or acceleration of the ability
280:
expression through chromatin remodeling. Levels of VRN2 protein increase during long-term cold exposure as a result of inhibition of VRN2 turnover via its N-degron. The events of histone deacetylation at Lysine 9 and 14 followed by methylation at Lys 9 and 27 is associated with the vernalization
161:
drew wide attention due to its practical consequences for
Russian agriculture. Severe cold and lack of winter snow had destroyed many early winter wheat seedlings. By treating wheat seeds with moisture as well as cold, Lysenko induced them to bear a crop when planted in spring. Later however,
67:
climates require vernalization and must experience a period of low winter temperature to initiate or accelerate the flowering process. This ensures that reproductive development and seed production occurs in spring and winters, rather than in autumn. The needed cold is often expressed in
219:("thale cress") is a much-studied model for vernalization. Some ecotypes (varieties), called "winter annuals", have delayed flowering without vernalization; others ("summer annuals") do not. The genes that underlie this difference in plant physiology have been intensively studied.
421:
Sung, Sibum; He, Yuehui; Eshoo, Tifani W; Tamada, Yosuke; Johnson, Lianna; Nakahigashi, Kenji; Goto, Koji; Jacobsen, Steve E; Amasino, Richard M (2006). "Epigenetic maintenance of the vernalized state in
Arabidopsis thaliana requires LIKE HETEROCHROMATIN PROTEIN 1".
132:
who made a detailed discussion in his 1918 paper. Gassner was the first to systematically differentiate the specific requirements of winter plants from those of summer plants, and also that early swollen germinating seeds of winter cereals are sensitive to cold.
169:
Early research on vernalization focused on plant physiology; the increasing availability of molecular biology has made it possible to unravel its underlying mechanisms. For example, a lengthening daylight period (longer days),
140:
published his works on the effects of cold on cereal seeds, and coined the term "яровизация" ("jarovization") to describe a chilling process he used to make the seeds of winter cereals behave like spring cereals
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Devernalization can be brought about by high temperatures ... Onion sets ... are ... ready to flower ... temperatures above 26.7 °C (80 °F) ..., however, shifts the sets to the desired bulb-forming
1009:
Gibbs, DJ; Tedds, HM; Labandera, AM; Bailey, M; White, MD; Hartman, S; Sprigg, C; Mogg, SL; Osborne, R; Dambire, C; Boeckx, T; Paling, Z; Voesenek, LACJ; Flashman, E; Holdsworth, MJ (21 December 2018).
128:, Secretary of the Ohio Board of Agriculture, reported the importance and effect of winter temperature on the germination of wheat. One of the most significant works was by a German plant physiologist
230:
transition (flower stalk elongates), then the floral transition (first flower appears). Bolting is a robust predictor of flower formation, and hence a good indicator for vernalization research.
331:
growers store sets at low temperatures, but devernalize them before planting, because they want the plant's energy to go into enlarging its bulb (underground stem), not making flowers.
241:
appears to confer competence to respond to floral inductive signals. A vernalized meristem retains competence for as long as 300 days in the absence of an inductive signal.
319:
pathway. A day-length mechanism is also important. Vernalization response works in concert with the photo-periodic genes CO, FT, PHYA, CRY2 to induce flowering.
83:
species, a period of cold is needed first to induce dormancy and then later, after the requisite period, re-emerge from that dormancy prior to flowering. Many
252:), which binds to and represses genes that promote flowering, thus blocking flowering. Winter annual ecotypes of Arabidopsis have an active copy of the gene
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174:
cold temperatures are required for winter wheat plants to go from the vegetative to the reproductive state; the three interacting genes are called
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1501:
911:"The FRIGIDA Complex Activates Transcription ofFLC, a Strong Flowering Repressor in Arabidopsis, by Recruiting Chromatin Modification Factors"
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It is possible to devernalize a plant by exposure to sometimes low and high temperatures subsequent to vernalization. For example, commercial
595:
474:
760:
Trevaskis, Ben; Hemming, Megan N.; Dennis, Elizabeth S. (August 2007). "The molecular basis of vernalization-induced flowering in cereals".
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1381:
1195:
Angel, Andrew; Song, Jie; Dean, Caroline; Howard, Martin (2011). "A Polycomb-based switch underlying quantitative epigenetic memory".
1573:
492:"Attenuation of FLOWERING LOCUS C activity as a mechanism for the evolution of summer-annual flowering behavior in Arabidopsis"
1238:
Crevillén, Pedro; Yang, Hongchun; Cui, Xia; Greeff, Christiaan; Trick, Martin; Qiu, Qi; Cao, Xiaofeng; Dean, Caroline (2014).
21:
958:
Sung, Sibum; Amasino, Richard M. (2004). "Vernalization in
Arabidopsis thaliana is mediated by the PHD finger protein VIN3".
1012:"Oxygen-dependent proteolysis regulates the stability of angiosperm polycomb repressive complex 2 subunit VERNALIZATION 2"
1354:
1583:
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1374:
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Heo, J. B.; Sung, S. (2011). "Vernalization-Mediated
Epigenetic Silencing by a Long Intronic Noncoding RNA".
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meaning fire or the god of spring). Lysenko himself translated the term into "vernalization" (from the Latin
1532:
360:
Sokolski, K.; Dovholuk, A.; Dovholuk, L.; Faletra, P. (1997). "Axenic seed culture and micropropagation of
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expression, thus repression of flowering. Prolonged exposure to cold (vernalization) induces expression of
340:
227:
121:
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909:
Choi, Kyuha; Kim, Juhyun; Hwang, Hyun-Ju; Kim, Sanghee; Park, Chulmin; Kim, Sang Yeol; Lee, Ilha (2011).
704:"The conversion of spring wheat into winter wheat and vice versa: false claim or Lamarckian inheritance?"
72:. Typical vernalization temperatures are between 1 and 7 degrees Celsius (34 and 45 degrees Fahrenheit).
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transcripts. Vernalization is registered by the plant by the stable silencing of individual
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by chromatin remodeling is also thought to involve the cold-induced expression of antisense
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that could plausibly result in the conversion of spring to winter wheat or vice versa."
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Michaels, Scott D.; He, Yuehui; Scortecci, Katia C.; Amasino, Richard M. (2003).
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Chouard, P. (June 1960). "Vernalization and its relations to dormancy".
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during embryogenesis prevents the inheritance of the vernalized state.
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26:
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Csorba, Tibor; Questa, Julia I.; Sun, Qianwen; Dean, Caroline (2014).
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http://www.jic.ac.uk/news/2014/10/plants-require-coolair-flower-spring
112:, must go through a prolonged period of cold before flowering occurs.
105:
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469:. Sunderland, Massachusetts (USA): Sinauer Associates. p. 605.
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Chouard, P. (1960). "Vernalization and its
Relations to Dormancy".
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655:"Vernalization, Competence, and the Epigenetic Memory of Winter"
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At the molecular level, flowering is repressed by the protein
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https://www.jic.ac.uk/staff/caroline-dean/vernalization.htm
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Roll-Hansen, Nils (1985). "A new perspective on
Lysenko?".
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occurs by a sequence of two related events: first, the
590:. Cambridge (UK): Woodhead Publishing. p. 121.
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210:rosette before vernalization, with no floral spike
870:"Seasonal and developmental timing of flowering"
1091:Proceedings of the National Academy of Sciences
496:Proceedings of the National Academy of Sciences
823:Pouteau, Sylvie; Albertini, Catherine (2009).
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56:process by exposure to the prolonged cold of
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300:. The removal of silent chromatin marks at
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584:Poltronieri, Palmiro; Hong, Yiguo (2015).
315:), vernalization must also activate a non-
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702:Li, Xiuju; Liu, Yongsheng (6 May 2010).
587:Applied Plant Genomics and Biotechnology
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1548:Suppressed research in the Soviet Union
1502:Inheritance of acquired characteristics
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29:require vernalization before flowering.
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281:response. The epigenetic silencing of
465:Taiz, Lincoln; Murphy, Angus (2015).
7:
1538:Collectivization in the Soviet Union
621:(3). Taylor & Francis: 261–278.
154:to flower by a chilling treatment."
571:10.1146/annurev.pp.11.060160.001203
405:10.1146/annurev.pp.11.060160.001203
307:Since vernalization also occurs in
276:) polycomb-like complex to reduce
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559:Annual Review of Plant Physiology
393:Annual Review of Plant Physiology
222:The reproductive phase change of
116:History of vernalization research
52:') is the induction of a plant's
887:10.1111/j.1365-313X.2010.04148.x
467:Plant Physiology and Development
136:In 1928, the Soviet agronomist
1322:Encyclopædia Britannica Online
833:Journal of Experimental Botany
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774:10.1016/j.tplants.2007.06.010
145:in Russian, originally from
399:. Annual Reviews: 191–238.
268:, which interacts with the
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1036:10.1038/s41467-018-07875-7
1553:Politicization of science
868:Amasino, Richard (2010).
720:10.1007/s12038-010-0035-1
627:10.1080/00033798500200201
266:VERNALIZATION INSENSTIVE3
1574:Agricultural terminology
1355:Article in New Scientist
799:"Vernalisation response"
768:(8). Elsevier: 352–357.
1533:Bourgeois pseudoscience
1296:"Vernalisation pathway"
1166:10.1126/science.1197349
1112:10.1073/pnas.1419030111
762:Trends in Plant Science
517:10.1073/pnas.1531467100
237:, vernalization of the
927:10.1105/tpc.110.075911
708:Journal of Biosciences
671:10.1105/tpc.104.161070
341:Stratification (seeds)
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122:history of agriculture
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1512:Mendelian inheritance
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1016:Nature Communications
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164:epigenetic mechanisms
126:John Hancock Klippart
63:Many plants grown in
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653:Amasino, R. (2004).
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207:Arabidopsis thaliana
196:Arabidopsis thaliana
101:Arabidopsis thaliana
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1264:10.1038/nature13722
1256:2014Natur.515..587C
1209:10.1038/nature10241
1158:2011Sci...331...76H
1103:2014PNAS..11116160C
1028:2018NatCo...9.5438G
980:10.1038/nature02195
972:2004Natur.427..159S
508:2003PNAS..10010102M
362:Cypripedium reginae
846:10.1093/jxb/erp173
260:), which promotes
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1543:Pavlovian session
1415:Nikita Khrushchev
966:(6970): 159–163.
874:The Plant Journal
665:(10): 2553–2559.
614:Annals of Science
597:978-0-08-100068-7
476:978-1-60535-255-8
311:mutants (lacking
246:Flowering Locus C
233:In winter annual
94:, including some
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