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Science, 1928
AFTER the conclusion of his recent lecture at the University of Vienna, Sir J. C. Bose was kind enough to lend me his instruments for the repetition of some of his more important experiments in the Institute of Plant Physiology of the University. As this is the first time that his experiments have been successfully repeated in a European laboratory ...
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AFTER the conclusion of his recent lecture at the University of Vienna, Sir J. C. Bose was kind enough to lend me his instruments for the repetition of some of his more important experiments in the Institute of Plant Physiology of the University. As this is the first time that his experiments have been successfully repeated in a European laboratory ...
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Cell, 1992
C. Michael Deem,” Moshe Lapidot,t and Roger N. Beachyt *Department of Plant Pathology University of Georgia Athens, Georgia 30602 tDivision of Plant Biology The Scripps Research Institute La Jolla, California 92037 The ease with which plant viruses move throughout their hosts appears quite remarkable, considering that viral progeny must cross the plant
C M, Deom, M, Lapidot, R N, Beachy
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C. Michael Deem,” Moshe Lapidot,t and Roger N. Beachyt *Department of Plant Pathology University of Georgia Athens, Georgia 30602 tDivision of Plant Biology The Scripps Research Institute La Jolla, California 92037 The ease with which plant viruses move throughout their hosts appears quite remarkable, considering that viral progeny must cross the plant
C M, Deom, M, Lapidot, R N, Beachy
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RNA silencing movement in plants
Biology of the Cell, 2008Higher eukaryotes have developed a mechanism of sequence‐specific RNA degradation which is known as RNA silencing. In plants and some animals, similar to the nematode Caenorhabditis elegans, RNA silencing is a non‐cell‐autonomous event. Hence, silencing initiation in one or a few cells leads progressively to the sequence‐specific suppression of ...
Kriton, Kalantidis +3 more
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Nature, 1929
IT is safe to assume that there are certain fundamental resemblances in the behaviour of all living cells in virtue of their possessing the same ground plan of protoplasmic structure, and among all aerobic cells in virtue of a similar oxidative mechanism, as the recent work of Keilin suggests.
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IT is safe to assume that there are certain fundamental resemblances in the behaviour of all living cells in virtue of their possessing the same ground plan of protoplasmic structure, and among all aerobic cells in virtue of a similar oxidative mechanism, as the recent work of Keilin suggests.
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1996
Abstract This chapter deals with terms used in the study of plant movements. A few terms are defined within other definitions; these are also printed in boldfaced type. Words in italics are themselves defined elsewhere in this chapter.
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Abstract This chapter deals with terms used in the study of plant movements. A few terms are defined within other definitions; these are also printed in boldfaced type. Words in italics are themselves defined elsewhere in this chapter.
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2019
Virus movement throughout the plant is required for a complete infection of the host and can be divided into three steps: (1) intracellular movement, (2) intercellular movement, and (3) systemic movement. Intracellular movement describes the trafficking of virus within a single cell while intercellular movement denotes transport of virus through ...
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Virus movement throughout the plant is required for a complete infection of the host and can be divided into three steps: (1) intracellular movement, (2) intercellular movement, and (3) systemic movement. Intracellular movement describes the trafficking of virus within a single cell while intercellular movement denotes transport of virus through ...
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Movement and touch make plants shorter : The physiology of plant movement
2017Plants in the greenhouse are increasingly on the move. More attention is being paid to air circulation and mobile cultivation is on the rise. Research shows that movement and touch (also as plants rub against each other) slow down growth. That can be frustrating but you can also use it to your advantage.
Heuvelink, E., Kierkels, T.
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The movement of materials into plants part II. The nature of solute movement into plants
The Botanical Review, 1947The movement of solutes into plants can and should be expressed in terms of the specific free energies of the solute molecules. Similar expressions have been developed for the flow of water. The mathematical relation between the specific free energies of the solute and the water in solutions and in the osmometer systems of the plant has been presented.
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The movement of materials into plants Part I. Osmosis and the movement of water into plants
The Botanical Review, 1947The fundamental principles of osmosis are reviewed. A scheme is presented for mathematically dealing with the osmotic quantities, expressed as osmotic specific free energies, and graphically representing the same in a diagram with appropriate coordinates.
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Revisiting Small RNA Movement in Plants
Nature Reviews Molecular Cell Biology, 2022Olivier Voinnet
exaly