Results 71 to 80 of about 142 (131)

Chromoplast-Bilder

Schwäbische Heimat, 2022
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Multi-omics analyses unveil dual genetic loci governing four distinct watermelon flesh color phenotypes

Molecular Horticulture
Watermelon fruit flesh displays various colors. Although genetic loci underlying these variations are identified, the molecular mechanism remains elusive.
Na Li, Shilai Xing, Gaofei Sun, Jianli Shang, Jia-Long Yao, Nannan Li, Dan Zhou, Yu Wang, Yuan Lu, Jinpeng Bi, Jiming Wang, Hongfeng Lu, Shuangwu Ma   +12 more
doaj   +1 more source

Mechanisms of Chromoplast Differentiation

KAGAKU TO SEIBUTSU
Reiko MOTOHASHI, Shoko KOKUBO
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Electron-microscopical Studies on Chromoplast

Shokubutsugaku Zasshi, 1961
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Chromoplast biogenesis and carotenoid accumulation

Archives of Biochemistry and Biophysics, 2013
Chromoplasts are special organelles that possess superior ability to synthesize and store massive amounts of carotenoids. They are responsible for the distinctive colors found in fruits, flowers, and roots. Chromoplasts exhibit various morphologies and are derived from either pre-existing chloroplasts or other non-photosynthetic plastids such as ...
, Hui Yuan
exaly   +3 more sources

Of chromoplasts and chaperones

Trends in Plant Science, 2007
Chromoplasts are carotenoid-accumulating plastids found in many fruits and flowers. In a new paper, Li and colleagues show that the Or gene of cauliflower induces differentiation of beta-carotene-containing chromoplasts in the (normally non-pigmented) curd tissue.
Giovanni, Giuliano, Gianfranco, Diretto
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Chromoplasts of Palisota barteri, and the molecular structure of chromoplast tubules

Planta, 1986
Ripe, deep-red fruits of Palisota barteri contain tubulous chromoplasts which develop from unpigmented leucoplasts. These plastids contain, besides large spherical inclusion bodies, numerous osmiophilic globules which, in the course of ripening, frequently show transition states to tubular structures.
R, Knoth, P, Hansmann, P, Sitte
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Chromoplast Differentiation: Current Status and Perspectives [PDF]

Plant and Cell Physiology, 2010
Chromoplasts are carotenoid-accumulating plastids conferring color to many flowers and fruits as well as to some tubers and roots. Chromoplast differentiation proceeds from preexisting plastids, most often chloroplasts. One of the most prominent changes is remodeling of the internal membrane system associated with the formation of carotenoid ...
Christian Chervin, Mª Isabel Egea, Eduardo Purgatto   +2 more
exaly   +6 more sources

WHEN IS A CHROMOPLAST?

New Phytologist, 1987
SummaryChromoplasts are heterogeneous organelles and their carotenoids can be associated with several different structural elements including globules, tubules and membranes. In the flower petals of some species, carotenoids are absent or present only in trace amounts.
J M, Whatley, F R, Whatley
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Ultrastructure of the chromoplasts in the carrot root

Journal of Ultrastructure Research, 1965
The “crystalline” chromoplasts in the orange root of the carrot result from overproduction of carotene which is stored in sheets of lipoprotein. The sheets have a lamellar structure with a layer repeat of 200 A. These lamellar packets are highly birefringent and dichroic. They have a tendency to elongate in a direction which includes 18–20 degrees with
A, Frey-Wyssling, F, Schwegler
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