Results 241 to 250 of about 203,205 (288)

Soybean [Glycine max (L.) Merr.]

2014
In this chapter we describe an Agrobacterium tumefaciens transformation method of soybean that utilizes mature half seeds and regeneration from the cotyledonary node region. This method results in fertile transformed soybean plants and transgenic seed in approximately 9 months.
Diane, Luth, Katey, Warnberg, Kan, Wang
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Soybean (Glycin max L. Merr.)

2009
Recently the Joint Research centre of the European Commission evaluated the suitability of soils for soybean cultivation. The assessment takes into account various climatic indexes and physical factors, including soil depth and texture, as well as water availability.
MICELI, Fabiano, BARBIERI S.
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Soybean ( Glycine max L) ☆

2013
Soybean is the most important legume crop in the world, providing human food, animal feed, and industrial by-products based on its abundant protein- and vegetable oil-rich seeds. The genome of this self-fertile, nitrogen-fixing legume was sequenced (1100. Mb), which was predicted to encode 46.
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Transformation in Soybean (Glycine max L.)

1993
Glycine max is the second largest cash crop in the USA and is the most important plant source of oil and high protein meal. The current cultivars and breeding lines of G. max, developed through classical breeding methods, are characterized as having an extremely narrow genetic base.
P. J. Moore, G. B. Collins
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?????????????????????? ?????????????????????????? ?????? Glycine max (L.) ?????????? ?????????????????? ???? ?????????????????????????????????? ????????????????????

2021
Biolistic transformation of soybean by construct with mutant ??-tubulin gene has been realized. During the selection a trifluralin-resistant soybean plantlets were picked up. Their transgenic nature was confirmed by Southern blotting hybridization using specific probe to mutant tubulin gene.
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???????????????? ?? ???????????????? in vitro ???????????? ???????????? ?????? (Glycine max (L.) Merr.), ???????????????????????? ???? ???????????????? ??????????????????????????????

2021
Aims. The aim of this study was the selection of the optimal culture conditions for introduction in vitro of different ukrainian soybean varieties (???Horol???, ???Tanais???, ???Terek???, ???Kuban???, ???Cheremosh granit???) and the investigation of callus formation on different types of explants. Methods.
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???????????????????? ???????????????????? ?????????????????? Glycine max (L.) Merr. ???? ?????????? ?????????? ???????????? ?????????????? ?????? ???????? ???????????????? ????????????????

2021
Impact of nitrogen nutrition on adaptive response of soybean seedlings under presence of cadmium ions has been studied. Nitrogen application in low concentration showed reduction of lipid peroxidation intensity under cadmium treatment. Phytotoxicity of high concentration of nitrogen combined with cadmium revealed additive effect.
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Glycine max (L.) Merr. (soybean) cv. Leichhardt

Australian Journal of Experimental Agriculture, 1994
No abstract ...
RJ Lawn, BC Imrie
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Soybean (Glycine max (L.) Merr.)

1996
The soybean is probably the world’s most valuable crop, used as feed by billions of livestock, as a source of dietary protein and oil by millions of people, and in the industrial manufacture of thousands of products. It is believed to have been domesticated in China from its probable wild ancestor Glycine usuriensis, a wild plant common in eastern Asia
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Induced mutations in soybean (Glycine max L.)

LEGUME RESEARCH - AN INTERNATIONAL JOURNAL, 2017
Frequency of chlorophyll and viable mutations have been studied following seed treatment of soybean cv.PK 1029 with gamma rays, EMS and their combinations at varying doses. Mutation rate indicated that EMS @ 0.10 % was most potent in inducing the chlorophyll mutations whereas 20 kR was most efficient in inducing the viable mutations.
G. C. Shekar, Pushpendra .
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