نتایج جستجو برای: green wall

تعداد نتایج: 307067  

Journal: :Plant physiology 2008
Rashmi Sasidharan C C Chinnappa Laurentius A C J Voesenek Ronald Pierik

Shade avoidance in plants involves rapid shoot elongation to grow toward the light. Cell wall-modifying mechanisms are vital regulatory points for control of these elongation responses. Two protein families involved in cell wall modification are expansins and xyloglucan endotransglucosylase/hydrolases. We used an alpine and a prairie ecotype of Stellaria longipes differing in their response to ...

Journal: :Optics letters 2014
Pu Zhao Bing Xu Robert van Leeuwen Tong Chen Laurence Watkins Delai Zhou Peng Gao Guoyang Xu Qing Wang Chuni Ghosh

We have demonstrated a compact, 4.7 W green laser based on an electrically pumped vertical external-cavity surface emitting laser through intracavity frequency doubling. The overall wall-plug efficiency (electrical to green) was 18.3%. The power fluctuations were measured to be ±1.4% over a 2 h time period.

Simon Ayvazian, Soufi Fallahi

With the development of urbanization and population growth in the use of land for construction of residential and industrial areas and other infrastructure and turning to remove more vegetation,construction materials and non-systematic misuse of cities,urban areas have forced some changes that pollution and poor air quality,dehydration,high temperatures are some of its results.The temperature d...

2016
Gennady V. Pogorelko Sekhar Kambakam Trevor Nolan Andrew Foudree Olga A. Zabotina Steven R. Rodermel

The immutans (im) variegation mutation of Arabidopsis has green- and white- sectored leaves due to action of a nuclear recessive gene. IM codes for PTOX, a plastoquinol oxidase in plastid membranes. Previous studies have revealed that the green and white sectors develop into sources (green tissues) and sinks (white tissues) early in leaf development. In this report we focus on white sectors, an...

Journal: :Plant physiology 1990
A D Campbell M Huysamer H U Stotz L C Greve J M Labavitch

Physiological processes characteristic of ripening in tissues of intact tomato fruit (Lycopersicon esculentum Mill.) were examined in excised pericarp discs. Pericarp discs were prepared from mature-green tomato fruit and stored in 24-well culture plates, in which individual discs could be monitored for color change, ethylene biosynthesis, and respiration, and selected for cell wall analysis. W...

Journal: :IOP Conference Series: Earth and Environmental Science 2013

Journal: :International Journal of Phytoremediation 2019

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