Active Ingredients: Norfloxacin
Medical uses The initial approval by the U. It licensed use in acute and chronic complicated kidney infections has been withdrawn as a result.
PsJN is found in samples sprayed with the bacterial inoculum at developmental stages examined. The concentration of PsJN cells in plant tissue decreases with advancing fruit growth.
No PsJN is found in control plants. A faint band is observed, with the same molecular size as the one in the positive control, in two replicates of DNA extracted from seedlings obtained from P inoculated with hormone-producing, phosphate-solubilizing PsJN wild type.
Large arrows indicate PsJN, while small arrows indicate other microbes. PsJN is found in cells of the embryo Emb, but not in the seed coat.
One seedling shows GUS-activity in the tips of the cotyledons. Micro Tom on agar plates, 7 days after sowing. Micro Tom on water agar.
No significant difference in germination behavior can be observed between treatments.
Outdoor generation of seeds colonized with desired endophytes. A, C Contacting winter wheat in the field during flowering with a solution of the heterologous hormone-producing endophyte PsJN to allow uniform colonization of the subsequent seeds.
Successful germination of wheat seeds colonized with heterologous endophytes. A Appearance of Panonicus variety winter wheat seeds harboring the heterologous hormone-producing endophyte PsJN. Successful germination of maize hybrid seeds uniformly containing novel endogenous and heterologous endophytes.
Trappe and Kronj et and barley Hordeum vulgare cv. Panel D shows that distinct bacterial communities live within seeds of the four varieties tested.
Trappe and Kronjet and barley Hordeum vulgare cv. Eunova and Calcule endoseeds colonized by endophytes from different origin and taxonomy.
Trappe seeds endoseed or coated on seeds exoseed on seed plant growth, tillering and spike onset as compared to control plants. This includes any possible side effects not.The method of claim 72, wherein the at least one inoculant bacterial endophyte is introduced into the cereal seed by the method of: contacting at least one flower of a cereal plant in the course of a flowering phase of the cereal plant with a preparation comprising a population of the at least one inoculant bacterial endophyte, wherein the preparation comprises 106 to 109 CFU per ml, whereby the inoculant bacterial endophytes enter the flowering plant via at least one flower and are conveyed to an interior of at least one seed produced by the flowering. The method of claim 72, wherein the cereal plant is wheat.
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