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rape
Rape (Brassica napus L.) was shown to be an appropriate sentinel plant, sensitive to phenanthrene, which can be used for testing the efficiency of phenanthrene degradation in soil.
      
Biological testing with the use of sensitive rape plants can be applied for estimation of the efficiency of phyto/bioremediation of PAH-polluted soils.
      
The Formation of Artificial Nitrogen-Fixing Symbioses with Rape (Brassica napusvar.
      
The treatment of rape plants grown in nonsterile soil with 2,4-dichlorophenoxyacetic acid (auxin-like growth-promoting substance) or their inoculation with the bacterial association Micrococcussp.
      
led to the formation of paranodules on the rape roots.
      
The introduced bacteria were detected both in the intercellular space and inside the cells of the paranodules and the rape roots.
      
The paranodulation led to a 40% increase in the crop yield of rape plants and provided for a statistically significant increase in the total nitrogen as well as protein nitrogen contents of the plants.
      
Synthesis of 1,3-Bis(trialkylammonio)-2-propanol Dihalides Exhibiting Retardant Activity toward Rape
      
Using the direct amplification of genomic DNA, we obtained a full-length CLV1 ortholog from canola plants (Brassica napus), and also three CLV1 fragments from rape (B.
      
A protocol has been worked out for efficient regeneration and genetic transformation of summer rape (Brassica campestris L.
      
An N-acetylmorpholinium derivative 17-DMC, with nitrogen atoms in morpholinium rings linked by two methylene groups with a CHOH group between them, produced a physiological effect on rape and kidney bean plants.
      
The effect of 17-dimethylmorpholinium chloride (17-DMC), a quaternary ammonium salt, on stem growth and productivity of spring rape (Brassica napus L., cv.
      
Improvement of Oil Rape Hardening and Frost Tolerance
      
We studied the chemical composition of autumnal rosette leaves of winter rape hybrid Kasimir in stands of different density and its influence on plant wintering.
      
For this period, rape accumulated 24.7% of dry weight in rosette leaves and 29.7% of dry weight in a terminal bud, whereas the sum of active temperatures was 857.3 °C .
      
Rape overwintering depended directly on the total level of sugars in the leaves of autumnal rosette (r = 0.684) and in the terminal bud (r = 0.720) and on the lipid content in leaves (r = 0.623) and terminal bud (r = 0.832).
      
The winter rape hybrid overwintered best in stands of low density (21-40 plants/m2) (r = -0.900).
      
In conclusion, BnLIP1-encoded protein is predicted to be a lipolytic enzyme widely expressed at various stages of oilseed rape germination and development.
      
Osmolyte accumulation in different rape genotypes under sodium chloride salinity
      
Physiological mechanisms of two rape (Brassica napus L.) genotype adaptation to chlorine salinity were investigated.
      
 

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