0000000001056925
AUTHOR
G. Ochs
showing 2 related works from this author
Evidence for the Existence of a Pseudogene for the Large Subunit of Rubisco within the Chloroplast DNA of Norway Spruce (Picea Abies)
1998
Many hundreds of genes are involved in the synthesis, maintenance and degradation of chloroplasts. Although quite a number of these genes are located in the chloroplast genome, by far the greater proportion is present in the nuclear genome. The sizes of chloroplast DNAs (cpDNA) were estimated from restriction enzyme mapping studies and the complete sequences of different cpDNAs from diverse plant lineages have been determined to date (Marchantia polymorpha [1], Nicotiana tabacum [2], Oryza saliva [3], Epifagus virginiana [4], Euglena gracilis [5], Pinus thunbergii [6], Porphyra purpurea [7], Odontella sinensis [8], Zea mays [9], Chlorella vulgaris [10]).
Molecular Characterization of the Multigene Family Encoding the Different Glutamine Synthetase Isoforms in the Amphidiploid CROP Brassica Napus
1998
The fusion of the A genome of Brassica campestris (AA/n=10) and the C genome type of Brassica oleracea (CC/n=9) has led to the origin of the amphidiploid crucifer Brassica napus (AACC/n=19) [1], one of the most important oil crop in modern farming. The production of high quality industrial lubricants, edible oils and fatty acids or the supply of high protein press-residues for animal mast are only some utilizations of oilseed rape. Furthermore, rape oil can also be used for the manufacture of alternative fuels like ‘Bio-Dieser’.