1
Kenneth A Hibberd, Paul C Anderson, Melanie Barker: Tryptophan overproducer mutants of cereal crops. Molecular Genetics Research and Development, Pennie & Edmonds, April 15, 1986: US04581847 (167 worldwide citation)

This invention is directed to the production of novel plant genotypes or lines which produce increased free tryptophan levels and are resistant to inhibition by analogs which normally inhibit the activity of the enzyme anthranilate synthase before alteration. This invention further relates to genes ...


2
Kenneth A Hibberd, Paul C Anderson, Melanie Barker: Tryptophan overproducer mutants of cereal crops. Molecular Genetics Research and Development Partnership, Pennie & Edmonds, February 10, 1987: US04642411 (138 worldwide citation)

This invention is direction to the production of novel plant genotypes or lines which produce increased free tryptophan levels and are resistant to inhibition by analogs which normally inhibit the activity of the enzyme anthranilate synthase before alteration. This invention further relates to genes ...


3
Tomas Kempe, Anthony F Purchio, Marc S Collett, William J DeLorbe: Molecular cloning of RNA using RNA ligase and synthetic oligonucleotides. Molecular Genetics Research and Development Partnership, Pennie & Edmonds, April 28, 1987: US04661450 (55 worldwide citation)

Methods and compositions for the insertion and molecular cloning of RNA in DNA cloning vectors are described. RNA molecules to be cloned are modified by the ligation of oligonucleotide linkers onto the termini of the RNA molecule using T4 RNA ligase. Such linkers may be composed of DNA, RNA, or mixt ...


4
Henry J George, Richard A Krzyzek, Lynn W Enquist, Roger J Watson: Co-aggregate purification of proteins. Molecular Genetics Research and Development Partnership, Pennie & Edmonds, June 16, 1987: US04673641 (52 worldwide citation)

Methods are provided for stabilization and purification of proteins produced in host cell systems. The methods provide for significant stabilization of any unfused non-bacterial protein that is produced in the same host cell that is producing an aggregate-forming fusion protein or any aggregate-form ...


5
Kimberly F Glassman, Linda J Barnes, William P Pilacinski: Method of inducing lysine overproduction in plants. Molecular Genetics Research and Development Partnership, Merchant Gould Smith Edell Welter & Schmidt, November 2, 1993: US05258300 (48 worldwide citation)

A method is provided for increasing the level of free L-lysine in a plant comprising: (a) introducing a foreign gene into the cells of a plant tissue source; and (b) expressing said foreign gene in said cells, wherein a first DNA sequence of said gene encodes dihydrodipicolinic acid synthase (DHDPS) ...


6
John S Salstrom, Dawn Newman, Douglas F Harbrecht, Shiu Lok Hu: Plasmid cloning and expression vectors for use in microorganisms. Molecular Genetics Research and Development Partnership, Pennie & Edmonds, January 6, 1987: US04634678 (13 worldwide citation)

DNA cloning and expression vectors capable of replication in a microbial host comprising from upstream to downstream (a) at least one promoter; (b) a translation start codon; (c) a cloning segment which provides a means for inserting nucleic acid sequences and (d) a sequence coding for a detectable ...


7
Glassman Kimberly F, Barnes Linda J, Pilacinski William P: Method of inducing lysine overproduction in plants. Molecular Genetics Research And Development Limite, HAMRE Curtis B, December 14, 1989: WO/1989/011789 (1 worldwide citation)

A method is provided for increasing the level of free L-lysine in a plant comprising: (a) introducing a foreign gene into the cells of a plant tissue source; and (b) expressing said foreign gene in said cells, wherein a first DNA sequence of said gene encodes dihydrodipicolinic acid synthase (DHDPS) ...


8
Kimberly F Glassman, Linda J Barnes, William P Pilacinski: Method of inducing lysine overproduction in plants. Molecular Genetics Research And Development Partnership, CAO HENGXING, January 3, 1990: CN89103204

A method is provided for increasing the level of free L-lysine in a plant comprising: (a) introducing a foreign gene into the cells of a plant tissue source; and (b) expressing said foreign gene in said cells, wherein a first DNA sequence of said gene encodes dihydrodipicolinic acid synthase (DHDPS) ...



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