floral induction
Investigating the potential use of virus technology to further our understanding of floral induction and its application in plant breeding programmes
... Flowering in plants is essential for reproductive success and production of offspring. To maximize the chance of success and the survival of offspring the transition takes place at an appropriate time of the year. As ...
135
Mobile FT mRNA contributes to the systemic florigen signalling in floral induction
... activate floral identity genes such as APETALA 1 and SUPPRESSOR OF OVEREXPRESSION OF CO1, the latter activates LEAFY and induces flowering 4, 6 ...earlier floral induction in SD MM tobacco plants ...
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Computerized system for the sizing of floral induction in mango (mangifera indica L ) in the semiarid of Brazil
... of floral induction in mango using plant growth regulators and water stress in commercial production areas of the Brazilian semi-arid ...floral induction. Thus, our system can aid in ...
8
Systemic movement of FT mRNA and a possible role in floral induction
... What enables FT mRNA to move and have its effect on flow- ering time? It is apparent that some feature of the FT mRNA not only enables this RNA to move, and confers this on associated RNA molecules (e.g., FT-GFP RNA moves ...
5
Floral induction and flower formation : the role and potential applications of miRNAs
... specific floral organs are regulated by miR167 (Wu et ...same floral phenotypes as reduced ARF6/8 expression, ...under-developed floral organs and reduced fertility (Ru et ...
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The effect of the floral repressor FLC on the timing and progression of vegetative phase change in Arabidopsis
... during floral induction (Corbesier et ...2007). Floral induction occurs between 9 and 11 days after planting in LD, at which time the first transition leaves (leaves 5 or 6) are 1 mm or less ...
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A REPORT ON ACTIVITIES AT SOME SESSIONS OF THE XINTERNATIONAL BOTANICAL CONGRESS HELD DVRING 3rd TO 12th AUGUST, 1964, AT EDINBURGH, SCOTLAND, U.K.
... (b) certain aspects of time measurement are independent of temperature: and (c) there is rhythm of the circadian type of light in floral induction. Salisbury then discu[r] ...
14
Dissection of genetic regulation of compound inflorescence development in Medicago truncatula
... population. Genetic analysis showed that the phenotype was caused by a Tnt1 insertion in exon 2 (at 3538 bp from ATG) of MtAP1. Mutation of MtAP1 had no effects on vegetative growth and primary inflorescence development ...
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Resolving ant plant conflicts : mechanisms and functions of floral ant repellence
... of floral repellence as assayed here with ...for floral volatiles of ...to floral volatiles from some plants also eliciting these behaviours in ...the floral repellence detected with ...
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92. Floral buds retention affects the seed production and quality of okra varieties under agro-climatic conditions of Peshawar-Pakistan
... potential of a variety is of paramount importance for growth and yield [28]. The increase in plant height with 8 floral buds left for seed production was the highest (13.77%) in Sabz Pari variety and the least ...
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Genetic control of inflorescence development in pea
... the floral promoters FT and TSF, and the floral repressor TFL1, to regulate the expression of floral integrator and floral meristem identity genes (Abe et ...
396
Vernalization and photoperiodism of winter wheat
... Vernalization Photoperiodic induction Interactions of temperature and photoperiod in induction Floral initiation Further floral development Modifying effects of chemicals MATERIALS AMD M[r] ...
192
The Study of History in Architecture
... Culture stands for the accumulation of art and life experience in a country. In recent years, states around the world have realized that cultural force would be an integral part of national strength. As a result, ...
12
Utilization of temple floral waste for extraction of valuable products: A close loop approach towards environmental sustainability and waste management
... amelioration (Singh et al., 2015b), being an adsorbent for the removal of pollutants from waste water (i.e. dye, heavy metals, and other organic compound). Due to their high organic content, temple wastes mixed with ...
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SD cycle but hastens the period of floral bud initiation when it is applied sub-
... First node to bear floral buds.- The first node to produce floral buds was much higher in plants induced by gibberellins under LD conditions than on those that received gibber[r] ...
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Ants as flower visitors : floral ant repellence and the impact of ant scent marks on pollinator behaviour
... The pruning behaviour of Crematogaster nigrceps may effectively sterilise Acacia drepanolobium. Although they do not specifically focus on floral tissue, by chewing shoot tips these ants modify the canopy ...
178
Developmental and evolutionary diversity of plant MADS domain factors: insights from recent studies
... among floral MADS-domain proteins (Honma and Goto, ...in floral meristems and maintain expression during floral organ differentiation (Urbanus et ...
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MADS domain transcription factors and the floral quartet model of flower development: linking plant development and evolution
... (ed) AG-like proteins [(C) function] (female cones) or AG-like and DEF/GLO- like proteins [(B) function] (male cones) as well as SEP/AGL6-like and/or FLC/AP1-like proteins [(A) function] (Fig. 2, perspective 2). The ...
13
A critical review on: Significance of floral homeotic APETALA2 gene in plant system
... Floral homeotic AP2 gene belongs to APETALA2/ Ethylene Responsive Factor super family. The genes belong to this family are involved in primary and secondary metabolism regulation, growth, and development. It also ...
7
In vitro propagation of solanum surattense burm. f by high frequency multiple shoot induction from floral bud explants
... Direct shoot bud proliferation was also found in all the concentrations of BAP/Kn with (0.1 mg/L) NAA added to the MS modified medium. More number of adventitious shoots per explant was recorded at (0.1 mg/L) NAA + (5.0 ...
5