Publications
Please see my Google Scholar page for the most up-to-date listing.
Patents
Su W, Andon N, Haynes P, Briggs SP, Cooper B, Glazebrook J, Goff SA, Katagiri F, Kreps J, Moughamer T, Provart N, Ricke D, Zhu T (2003). New isolated high protein-phenotype-associated plant nucleic acid molecule, useful in plant molecular biology, and specifically for altering protein content or level in plants, and developing molecular markers for plant breeding. International Patent Application WO2003027249-A2.
Kreps J, Briggs SP, Cooper B, Glazebrook J, Goff SA, Katagiri F, Moughamer T, Provart N, Ricke D, Zhu T (2003). New stress-responsive nucleic acid, useful for altering the responsiveness of a plant, e.g. cereal, to an abiotic stress such as cold stress, salt stress or osmotic stress. International Patent Application WO2003008540-A2.
Chen W, Briggs SP, Cooper B, Glazebrrok J, Goff SA, Katagiri F, Kreps J, Moughamer T, Provart N, Ricke D, Zhu T (2003). New plant regulatory nucleic acid encoding a transcription factor, for altering the biological pathway or gene expression in plants, or for the resistance or tolerance of plants to stress (e.g. drought, cold, osmotic or salt stress). . International Patent Application WO2003007699-A2.
Zhu T, Cheng W, Briggs S, Cooper B, Goff SA, Moughamer T, Glazebrook J, Katagiri F, Kreps J, Provart N, Ricke D (2003). New plant genes encoding polypeptides having an activity involved in or associated with the synthesis, metabolism or degradation of carbohydrates in the plant grain useful in generating plants having improved nutritional properties. International Patent Application WO2003000905-A2.
Sessions A, Briggs S, Cooper B, Goff SA, Moughamer T, Glazebrook J, Katagiri F, Kreps J, Provart N, Ricke D, Zhu T (2003). New isolated nucleic acid molecule encoding a polypeptide modulating flower architecture and flowering time, useful in the area of plant biotechnology, and commercial plant farming and agriculture. International Patent Application WO2003000904-A2.
Paszkowski U, Briggs S, Cooper B, Goff SA, Moughamer T, Glazebrook J, Katagiri F, Kreps J, Provart N, Ricke D, Zhu T (2003). New isolated nucleic acids encoding polypeptides that mediate phosphate uptake into plant cells, useful in plant biotechnology, particularly in regulating transport and translocation of phosphorus in photosynthetic plants. International Patent Application WO2003000897-A2.
Glazebrook J, Briggs S, Cooper B, Goff SA, Moughamer T, Katagiri F, Kreps J, Provart N, Ricke D, Zhu T (2003). New polynucleotide comprising a plant nucleotide sequence having an open reading frame that encodes a polypeptide associated with disease resistance, useful for conferring resistance or tolerance to a plant pathogen. International Patent Application WO2003000906-A2.
Provart N, Quanz M, Weißmüller M. (2000) α-1,4-Glucan Chain-containing Polysaccharides and Methods for Producing Same. International Patent WO 00/39321 [Acrobat reader required].
Quanz M, Provart N. (2000) Nucleic Acid Molecules Encoding an Amylosaccharase. International Patent WO 00/14249 [Acrobat reader required].
Bengs H, Jacobasch G, Schmiedl D, Riesmeier J, Quanz M, Bäuerlein M, Provart N. (2000) α-Amylase-resistant Polysaccharides, Production Method, Use Thereof and Food Products containing said Polysaccharides. International Patent WO 00/02926 [Acrobat reader required].
Becker M, Hicke HG, Ulbricht M, Oeckel A, Radosta S, Provart N, Quanz M. (1999) [Immobilisation of Biosynthetic Enzymes on Membrane Surfaces]. DECHEMA Jahrestagung 1999. 17. Jarestagung der Biotechnologen. April 27-29, 1999. Kurzfassung Band I, s. 311.
Quanz M, Provart N, Banasiak R. (1999) Method for Producing Water-Insoluble α-1,4-Glucan. International Patent WO 99/67412 [Acrobat reader required].
Koßmann J, Büttcher V, Welsh T, Provart N. (1995) Nucleic Acid Molecules Encoding an Amylosucrase. [ammended] International Patent WO 95/31553 [Acrobat reader required].