Chelidonium majus extract

Known as: Chelidonium Majus 
 
National Institutes of Health

Topic mentions per year

Topic mentions per year

1936-2017
0204019362016

Papers overview

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Highly Cited
2008
Highly Cited
2008
A comprehensive understanding of leaf shape is important in many investigations in plant biology. Techniques to assess variation… (More)
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Highly Cited
2006
Highly Cited
2006
The Rosea1, Rosea2, and Venosa genes encode MYB-related transcription factors active in the flowers of Antirrhinum majus… (More)
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Highly Cited
2006
Highly Cited
2006
The Antirrhinum majus transposon Tam3 undergoes low temperature-dependent transposition (LTDT). Growth at 15 degrees C permits… (More)
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2006
2006
Comparative studies help shed light on how the huge diversity in plant forms found in nature has been produced. We use legume… (More)
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2006
2006
Flower color is most often conferred by colored flavonoid pigments. Aurone flavonoids confer a bright yellow color on flowers… (More)
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2003
2003
The transposition frequency of Tam3 in Antirrhinum majus, unlike that of most other cut-and-paste-type transposons, is tightly… (More)
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Highly Cited
1998
Highly Cited
1998
The organs of a higher plant show two fundamental axes of asymmetry: proximodistal and dorsoventral. Dorsoventrality in leaves… (More)
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1992
1992
The effects of various antibiotics on the development of hypocotyls of Antirrhinum majus in tissue culture have been studied. The… (More)
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Highly Cited
1989
Highly Cited
1989
In the chalcone synthase gene of Antirrhinum majus (snapdragon), 150 base pairs of the 5' flanking region contain cis-acting… (More)
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Highly Cited
1985
Highly Cited
1985
The pal locus of Antirrhinum majus was cloned using the transposable element, Tam 3, as a probe. The pal clone was used to… (More)
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