Abstract: Primary data for an application is stored at a remotely located first server such as cloud storage. A user of the application may wish to modify or add to the primary data to create supplemental data for which storage is not supported in the first server. Configurations herein include a way to store the supplemental data (e.g., edits, additions, etc.) on a second server at a second storage service provider (e.g. a corporate intranet). Different instances of the application executing on different computer devices by that same user can retrieve the primary data from the first storage service provider as well as retrieve the supplemental data from the second storage service provider.

Abstract: Primary data for an application is stored at a remotely located first server such as cloud storage. A user of the application may wish to modify or add to the primary data to create supplemental data for which storage is not supported in the first server. Configurations herein include a way to store the supplemental data (e.g., edits, additions, etc.) on a second server at a second storage service provider (e.g. a corporate intranet). Different instances of the application executing on different computer devices by that same user can retrieve the primary data from the first storage service provider as well as retrieve the supplemental data from the second storage service provider.

Abstract: Primary data for an application is stored at a remotely located first server such as cloud storage. A user of the application may wish to modify or add to the primary data to create supplemental data for which storage is not supported in the first server. Configurations herein include a way to store the supplemental data (e.g., edits, additions, etc.) on a second server at a second storage service provider (e.g. a corporate intranet). Different instances of the application executing on different computer devices by that same user can retrieve the primary data from the first storage service provider as well as retrieve the supplemental data from the second storage service provider.

Abstract: A plant culture medium composition for modulating plant transformation events, comprising a plant culture medium and an effective amount of at least one compound having a chloride component intermixed thereinto. In one embodiment, the at least one chloride-containing compound is selected from the group comprising: NaCl, MgCl2, and KCl. Another embodiment relates to a method for modulating the frequency of plant transformation events. The method comprises the steps of providing a plant culture medium composition and contacting at least one plant with the plant culture medium composition. At least one cell from the at least one plant is transformed with a nucleic acid of interest. The presence of at least one transformation event is detected and quantified. The frequency of quantified transformation events is compared with a suitable control. Changes in quantified transformations events compared to the control are indicative of changes in the frequency of plant transformation events.

Abstract: A plant culture medium composition for modulating plant transformation events, comprising a plant culture medium and an effective amount of at least one compound having a rare earth element component intermixed thereinto. The at least one rare earth element-containing compound is selected from the group comprising: CeCl3, LaCl3, and combinations thereof. Another embodiment relates to a method for modulating the frequency of plant transformation events. The method comprises the steps of providing the plant culture medium composition and contacting at least one plant with the plant culture medium composition. At least one cell from the at least one plant is transformed with a nucleic acid of interest. The presence of at least one transformation event is detected and quantified. The frequency of quantified transformation events is compared with a suitable control. Changes in quantified transformations events compared to the control are indicative of changes in the frequency of plant transformation events.

Abstract: A composition, and method for enhancing transformation of plants is provided. The method involves the use of a transformation-enhancing composition enriched with an effective amount of ammonium nitrate such that, when contacted with plants, it produces an increase in homologous recombination and transformation frequency in the plants. The composition, method and use of ammonium nitrate as described herein reduces undesirable deletions of the introduced DNA.