نتایج جستجو برای: cucurbit fruits

تعداد نتایج: 29873  

2016
Muhammad Sarwar

Vegetable crops hold a key position in agricultural production worldwide, and the Asian regions such as East, Southeast and South are among the top regions for their exports and imports. However, many pests and diseases threaten the profitability of this agricultural sector, and improving the productivity and quality of vegetables can enhance food security, employment and trade opportunities. F...

Journal: :Annals of botany 2006
Jules Janick Harry S Paris

BACKGROUND The gorgeous frescoes organized by the master Renaissance painter Raphael Sanzio (1483-1520) and illustrating the heavenly adventures of Cupid and Psyche were painted between 1515 and 1518 to decorate the Roman villa (now known as the Villa Farnesina) of the wealthy Sienese banker Agostino Chigi (1466-1520). Surrounding these paintings are festoons of fruits, vegetables and flowers p...

Journal: :Chemical communications 2010
Qi An Qing Chen Wei Zhu Yan Li Cheng-an Tao Haowei Yang Zhanping Li Lijun Wan He Tian Guangtao Li

A rapid and facile method was found to access one-molecule-thick free-standing organic nanosheets in a high yield with controllable size and shape by self-assembly of cucurbit[8]uril and small organic molecules.

Journal: :Chemical communications 2008
Antony D St-Jacques Ian W Wyman Donal H Macartney

Cucurbit[7]uril binds, with considerable size selectivity, NR(4)(+), PR(4)(+), and SR(3)(+) cations (R=Me, Et, (n)Pr, (n)Bu), with the smaller guests inside its cavity, rather than at the carbonyl-lined portals.

Journal: :Plant physiology 1983
H Rennenberg P Filner

Based on results obtained with leaf discs exposed to sulfate, leaves on cucurbit plants (Cucurbita pepo L. cv Small Sugar Pumpkin and Cucumis sativus cv Chipper) 1 to 2.5 weeks old have a low potential for H(2)S emission (less than 10 picomoles per min per cm(2) leaf area) in response to sulfate, whereas discs from most of the leaves on plants 3 to 4 weeks old emit H(2)S at a higher rate (50 to...

2012
Elizabeth A. Savory Bishwo N. Adhikari John P. Hamilton Brieanne Vaillancourt C. Robin Buell Brad Day

Pseudoperonospora cubensis, an oomycete, is the causal agent of cucurbit downy mildew, and is responsible for significant losses on cucurbit crops worldwide. While other oomycete plant pathogens have been extensively studied at the molecular level, Ps. cubensis and the molecular basis of its interaction with cucurbit hosts has not been well examined. Here, we present the first large-scale globa...

2017
Anna Thomas Ignazio Carbone Kisurb Choe Lina M Quesada-Ocampo Peter S Ojiambo

Pseudoperonospora cubensis, the causal agent of cucurbit downy mildew (CDM), is known to exhibit host specialization. The virulence of different isolates of the pathogen can be classified into pathotypes based on their compatibility with a differential set composed of specific cucurbit host types. However, the genetic basis of host specialization within P. cubensis is not yet known. Total genom...

Journal: :Chemistry 2015
Ralph P G Bosmans Wouter E Hendriksen Mark Verheijden Rienk Eelkema Pascal Jonkheijm Jan H van Esch Luc Brunsveld

Protein immobilization on surfaces, and on lipid bilayers specifically, has great potential in biomolecular and biotechnological research. Of current special interest is the immobilization of proteins using supramolecular noncovalent interactions. This allows for a reversible immobilization and obviates the use of harsh ligation conditions that could denature fragile proteins. In the work prese...

Journal: :Chemical communications 2015
Jun Heuk Park Kyungwon Suh Md Rumum Rohman Wooseup Hwang Minyoung Yoon Kimoon Kim

A new type of solid lithium-ion conducting electrolytes prepared by incorporation of Li(+) ions into a cucurbit[6]uril (CB[6])-based organic molecular porous solid shows high Li(+) ion conductivity (∼10(-4) S cm(-1)) and mobility (transference numbers, tLi(+) = 0.7-0.8). In addition, the solid electrolytes show excellent, thermally stable performance even after several temperature cycles.

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