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United States Department of Agriculture

Agricultural Research Service

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Thomas M Hohn
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Publications (Clicking on the reprint icon Reprint Icon will take you to the publication reprint.)
ENGINEERING DEOXYNIVALENOL METABOLISM IN WHEAT THROUGH THE EXPRESSION OF A FUGAL TRICHOTHECENE ACETYLTRANSFERASE GENE -
POSSIBLE ROLE OF TRICHOTHECENE MYCOTOXINS IN VIRULENCE OF FUSARIUM GRAMINEARUM ON MAIZE -
IDENTIFICATION OF THE ORF YLL063C AS TAC1, A GENE ENCODING AN ACETYLTRANSFERASE IN YEAST -
ISOLATION OF A POLYKETIDE SYNTHASE GENE REQUIRED FOR FUMONISIN BIOSYNTHESIS IN GIBBERELLA FUJIKUROI MATING POPULATION A -
TRICHOTHECENE MYCOTOXINS PLAY A ROLE IN VIRULENCE OF GIBBERELLA EAR ROT OF CORN -
CHARACTERIZATION OF A TRANSCRIPTIONAL ACTIVATOR CONTROLLING TRICHOTHECENE TOXIN BIOSYNTHESIS -
TRI12 ENCODES AN APPARENT TRANSPORT PROTEIN INVOLVED IN TRICHOTHECENE PRODUCTION IN FUSARIUM SPOROTRICHIOIDES -
GENETIC TRANSFORMATION OF PLANTS FOR CONTROL OF MYCOTOXIN FORMATION -
THE TRI11 GENE OF FUSARIUM SPOROTRICHIOIDES ENCODES A CYTOCHROME P-450 MONOOXYGENASE REQUIRED FOR C-15 HYDROXYLATION IN TRICHOTHECENE BIOSYNTHESIS -
CHARACTERIZATION OF THE GENE CLUSTER FOR BIOSYNTHESIS OF MACROCYCLIC TRICHOTHECENES IN MYROTHECIUM RORIDUM -
GENETIC TRANSFORMATION OF PLANTS FOR CONTROL OF MYCOTOXIN FORMATION -
MOLECULAR CHARACTERIZATION OF TRI12 WHICH ENCODES AN APPARENT TRANSPORT PROTEIN INVOLVED IN TRICHOTHECENE PRODUCTION BY FUSARIUM SPOROTRICHIOIDES -
MOLECULAR ANALYSIS OF TRICHOTHECENE BIOSYNTHESIS IN FUSARIUM -
FUNCTION AND BIOSYNTHESIS OF TRICHOTHECENES PRODUCED BY FUSARIUM SPECIES -
RESTORATION OF WILD-TYPE VIRULENCE TO TRI5 DISRUPTION MUTANTS OF GIBBERELLA ZEAE VIA GENE REVERSION AND MUTANT COMPLEMENTATION -
METABOLIC PATHWAY GENE CLUSTERS IN FILAMENTOUS FUNGI -
TRICHOTHECENES ACCUMULATED IN LIQUID CULTURES OF A FUSARIUM SPOROTRICHIOIDES MUTANT LACKING A FUNCTIONAL TRICHOTHECENE C-15 HYDROXYLASE -
MYCOTOXINS IN PLANT PATHOGENESIS -
TRICHOTHECENES AS VIRULENCE FACTORS IN FUSARIUM WHEAT HEAD SCAB: IMPLICATIONS FOR NEW SOURCES OF FUSARIUM RESISTANCE IN WHEAT -
INTRODUCTION AND EXPRESSION OF ISOPRENOID BIOSYNTHETIC PATHWAYS IN FUSARIUM SPOROTRICHIOIDES -
REDUCED VIRULENCE OF TRICHOTHECENE ANTIBIOTIC-NONPRODUCING MUTANTS OF GIBBERELLA ZEAE IN WHEAT FIELD TESTS -
FUNGAL TRICHOTHECENE BIOSYNTHESIS: REGULATION AND FUNCTION -
REDUCED VIRULENCE OF TRICHOTHECENE ANTIBIOTIC-NONPRODUCING MUTANTS OF GIBBERELLA ZEAE IN WHEAT FIELD TESTS -
CHARACTERIZATION OF A CYTOCHROME P450 IN FUNGAL TOXIN BIOSYNTHESIS -
TRICHOTHECENE BIOSYNTHESIS IN FUSARIUM - CHEMISTRY AND MOLECULAR APPROACHES -
CHARACTERIZATION OF NOVEL SESQUITERPENOID BIOSYNTHESIS IN TOBACCO EXPRESSING A FUNGAL SESQUITERPENE SYNTHASE -
METABOLIC ENGINEERING OF TRICHOTHECENE-PRODUCING FUSARIUM -
TRICHOTHECENE TOXIN PRODUCTION AND VIRULENCE OF FUSARIUM GRAMINEARUM ON WHEAT -
15-DECALONECTRIN 15-O-ACETYLTRANSFERASE, ISOLATION AND CHARACTERIZATION OF TRI3, A GENE ENCODING 15-O-ACETYLTRANSFERASE FROM FUSARIUM SPOROTRICHIOIDES -
BIOCHEMISTRY AND REGULATION OF TRICHOTHECENE TOXIN BIOSYNTHESIS IN FUSARIUM -
TRICHOTHECENES AND WHEAT HEAD BLIGHT -
SIGNIFICANCE OF MOLECULAR APPROACHES TO FUSARIUM MYCOTOXIN RESEARCH -
MAPPING OF FUMONISIN BIOSYNTHETIC GENES IN GIBBERELLA FUJIKUROI -
GENETIC APPROACHES TO THE ROLE OF FUMONISIN AND TRICHOTHECENE TOXINS OF FUSARIUM IN PLANT PATHOGENESIS -
BIOSYNTHESIS OF TRICHOTHECENES, GENETIC AND MOLECULAR ASPECTS -
REDUCED VIRULENCE OF GIBBERELLA ZEAE CAUSED BY DISRUPTION OF A TRICHOTHECENE TOXIN BIOSYNTHETIC GENE -
REDUCED VIRULENCE OF A TRICHOTHECENE NONPRODUCING MUTANT OF GIBBERELLA ZEAE ON FIELD GROWN WHEAT -
REGULATION OF HMGR EXPRESSION IN THE TRICHOTHECENE-PRODUCING FUNGUS GIBBERELLA PULICARIS (FUSARIUM SAMBUCINUM) -
ISOLATION AND CHARACTERIZATION OF THE TRICHOTHECENE PATHWAY GENE ENCODING TRI7 FROM FUSARIUM SPOROTRICHIOIDES -
ISOLATION OF THE TRICHODIENE SYNTHASE GENE (TRI5) FROM THE MACROCYCLIC TRICHOTHECENE PRODUCING FUNGUS MYROTHECIUM RORIDUM -
TRI10: A NEW GENE IN THE TRICHOTHECENE GENE CLUSTER IN FUSARIUM SPOROTRICHIOIDES -
THE TRI4 GENE OF FUSARIUM SPOROTRICHIOIDES ENCODES A CYTOCHROME P450 INVOLVED IN TRICHOTHECENE BIOSYNTHESIS -
BIOSYNTHESIS OF TRICHOTHECENES, GENETIC AND MOLECULAR ASPECTS -
TRI6, AN UNUSUAL ZINC FINGER PROTEIN GENE INVOLVED IN REGULATION OF TRICHOTHECENE BIOSYNTHESIS IN FUSARIUM SPOROTRICHIOIDES -
Last Modified: 5/2/2016
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