he SISE-programs would be made publicly 440 available. This could provide a range of versions of the SISE-programs, with a variety of 441 helpful features that would enable SISE-users to find an optimal solution for their 442 needs. 443 444 Availability and requirements 445 446 Project name: SISE-Software 447 Project home page: https://github.com/Rob-Roelfsema/SISE-Software-April2025 448 Operating system: Windows 449 Programming language: LabView 450 Other requirements: Supporting Virtual Instrument (VI) files (for *.vi files only) 451 License: GNU GPL 452 Any restrictions to use by non-academics: none 453 454 List of abbreviations 455 AI channel, Analog Input channel 456 ASCII, American Sta
Open resource ↗Rob-Roelfsema/SISE-Software-April2025 · pdf-layout-page:15 lines:1-60Unverified paper record
SISE, free LabView-based software for ion flux measurements
10 Apr 2025 · 10.1101/2025.04.09.647937
Abstract
Plant growth and development strongly depend on the uptake of soil minerals and their distribution within plants. Various electrophysiological techniques have been developed to study these ion transport processes, from the single molecule-to whole plant level. An important non-invasive method is provided by Scanning Ion-Selective Electrodes (SISE), which are used to detect ion fluxes. These SISE-measurements depend on software that coordinates the perpetually electrode movement between two positions, as well as data collection and analysis. We developed two LabView-based programs; the SISE-monitor and SISE-analyser that enable ion flux recordings and their analysis, respectively. These applications are freely available, both as windows-executable files that enable routine measurements, as well as the LabView source code that allows deep insights into the routines used for measurement and further development of the programs to include new functions.
Plant phenotyping relevance
植物のイオンフラックスを取得・解析するソフトウェアを開発した研究であり、植物生理状態の測定ワークフローが中心です。
abstractWe developed two LabView-based programs; the SISE-monitor and SISE-analyser that enable ion flux recordings and their analysis, respectively.
abstractThese applications are freely available, both as windows-executable files that enable routine measurements, as well as the LabView source code that allows deep insights into the routines used for measurement and further development of the programs to include new functions.
Code and data availability
The paper's authors publicly released their LabView-based SISE-Monitor and SISE-Analyser software (used for ion flux measurements and analysis) as *.exe and *.vi files on GitHub, with explicit availability statements and a public repository URL.
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