نتایج جستجو برای: dormant seeds

تعداد نتایج: 48495  

Journal: :Plant & cell physiology 2009
Jeremy Preston Kiyoshi Tatematsu Yuri Kanno Tokunori Hobo Mitsuhiro Kimura Yusuke Jikumaru Ryoichi Yano Yuji Kamiya Eiji Nambara

Seed imbibition is a prerequisite for subsequent dormancy and germination control. Here, we investigated imbibition responses of Arabidopsis seeds by transcriptomic and hormone profile analyses using dormant [Cape Verde Islands (Cvi)] and non-dormant [Columbia (Col)] accessions. Once imbibed, seeds of both accessions swelled most up to 3 h, reflecting water uptake. Microarray analysis showed th...

2012
Manju Pathak Danik M. Martirosyan

Background: Hormone Insulin is a drug used for the treatment of type 1 and type 2 Diabetes Mellitus. Insulin used in this experiment is derived from bovine and pork pancreas, as well as through recombinant technology. Patients with diabetes mellitus face an inability to utilize glucose from blood due to either less secretion of insulin, or the inability of the insulin to act; As a result of thi...

Journal: :Tree physiology 1996
C Vázquez-Yanes M Rojas-Aréchiga M E Sánchez-Coronado A Orozco-Segovia

The major components of annual seed deposition in the rain forest at Los Tuxtlas, Veracruz, México are seeds of the pioneer tree species Cecropia obtusifolia and those of some species of Ficus. Cecropia obtusifolia Bertol. forms a relatively persistent viable soil seed bank, whereas seeds of Ficus are seldom found in the soil. Both genera require light for seed germination; however, the species...

2016
LEI WANG HONG-LING WANG CHANG-YAN TIAN ZHEN-YING HUANG

The production of two or more seed types by a single plant is known as seed heteromorphism. There have been many comparisons of seed traits or growth between plants grown from heteromorphic seeds. However, information is scarce regarding the mineral contents of adult plants from heteromorphic seeds. We herein present biomass and mineral profiles of adult plants grown from dimorphic seeds (non-d...

Journal: :Science 1955
C F KONZAK

Radiationi Sensitivity of Dormant and Germinating Barley Seeds: C. F. Konzak .197 Methylamine Complexes of Yttrium Chloride: W. W. Wendlandt . 197 Frenquel Corrects Certain Cerebral Electrographic Changes: F. Rinaldi and H. E. Himwich ..................................... Influence of Calcium on Mobility of the Electrophoretic Components of Chicken Blood Serums: A. T. Ericson, R. E. Clegg, R. E...

2009
F. T. BONNER

Over three consecutive years in central Mississippi, sweetgum (Liquidambar styraci/lua L.) and sycamore (Platanus occidentalis L.) fruits had nearly reached fullsize by late June. Sweetgum seeds were physiologically mature by mid-August, but dry weight increased until late September. As sweetgum seeds matured, the crude fat level rose to 27 percent of seed dry weight. During maturation, concent...

2014
Patrice Meimoun Ernest Mordret Nicolas B. Langlade Sandrine Balzergue Sandrine Arribat Christophe Bailly Hayat El-Maarouf-Bouteau

Orthodox seeds are living organisms that survive anhydrobiosis and may display dormancy, an inability to germinate at harvest. Seed germination potential can be acquired during a prolonged period of dry storage called after-ripening. The aim of this work was to determine if gene transcription is an underlying regulatory mechanism for dormancy alleviation during after-ripening. To identify chang...

2017
E. Patrick Fuerst Matthew S. James Anne T. Pollard Patricia A. Okubara

Seeds have well-established passive physical and chemical defense mechanisms that protect their food reserves from decay-inducing organisms and herbivores. However, there are few studies evaluating potential biochemical defenses of dormant seeds against pathogens. Caryopsis decay by the pathogenic Fusarium avenaceum strain F.a.1 was relatively rapid in wild oat (Avena fatua L.) isoline "M73," w...

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