Main Article Content
Abstract
Some plant species can move rapidly in response to various stimuli (e.g. touch). Some of these plant species are Mimosa Pudica L (Putri Ashamed) and the Venus Fly Trap plant. Previous electrophysiological studies have shown that electrical signals travel long distances and quickly through the Mimosa pudica plant (Putri Malu). Thigmotactic or seismonastic movements in Mimosa pudica, such as responses to touch, Mimosa pudica are electrically and mechanically analyzed using matlab software, i.e. if the voltage of the electric signal the output is 506mV-800mV or higher. Venus Fly Trap plant in response to mechanical stimulation. Electrical signaling and rapid closing of the Venus flytrap plant that electrically stimulated between the sheath and lobe closes the Venus flytrap leaf by activating a mechanically stimulated motor call from the trigger hair. Biologically closed electrical circuits operating over long distances in biological networks are electrically and mechanically analyzed using matlab software i.e. the generated electrical voltage signal is 512mV-555mV or higher. Activation of such a circuit can cause various physiological and biophysical responses. Here, we analyze the biologically open and closed electrical circuits of sensitive plants Venus’s fly trap and shy daughter by data acquisition with the measurements taken on this assay taking a time duration of approximately 9 s per test.
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References
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References
Burri, Jan T., Eashan Saikia, Nino F. L. ¨. Aubli, Hannes Vogler, Falk K. Wittel, Markus R. ¨. Uggeberg, Hans J. Herrmann, Ingo Burgert, Bradley J. Nelson, and Ueli Grossniklaus. n.d. “The Mechanical Basis for Snapping of the Venus Flytrap, Darwin’s ‘Most Wonderful Plant in the World.’” doi: 10.1101/697797.
Forterre, Yoël. 2013. “Slow, Fast and Furious: Understanding the Physics of Plant Movements.” Journal of Experimental Botany 64(15):4745–60.
Hagihara, Takuma, and Masatsugu Toyota. 2020. “Mechanical Signaling in the Sensitive Plant Mimosa Pudica L.” Plants 9(5).
Kagawa, H., and E. Saito. 2000. “A Model on the Main Pulvinus Movementof Mimosa Pudica.” JSME International Journal, Series C: Mechanical Systems, Machine Elements and Manufacturing 43(4):923–28. doi: 10.1299/jsmec.43.923.
Muladi, M., M. F. A. Jalil, R. F. Arifin, A. Aripriharta, I. A. E. Zaini, S. Sendari, S. Hidayat, and W. M. Utomo. 2021. “An Experimental Study of Generating Electricity from Urban Tropical Forest Plants.” in Journal of Physics: Conference Series. Vol. 1825. IOP Publishing Ltd.
Newsgroup, compsoft-sysmatlab. 1984. The Language of Technical Computing Computation Visualization Programming Getting Started with MATLAB Anonymous FTP Server Product Enhancement Suggestions Subscribing User Registration.
Senavirathna, Mudalige Don Hiranya Jayasanka, and Guligena Muhetaer. 2020. “Electrode Insertion Generates Slow Propagating Electric Potentials in Myriophyllum Aquaticum Plants.” Plant Signaling & Behavior 15(3):1734332. doi: 10.1080/15592324.2020.1734332.
Temmei, Yusuke, Shinichi Uchida, Daisuke Hoshino, Nobuyuki Kanzawa, Michio Kuwahara, Sei Sasaki, and Takahide Tsuchiya. 2005. “Water Channel Activities of Mimosa Pudica Plasma Membrane Intrinsic Proteins Are Regulated by Direct Interaction and Phosphorylation.” FEBS Letters 579(20):4417–22. doi: 10.1016/j.febslet.2005.06.082.
Volkov, Alexander G. 2018. Signaling in Electrical Networks of the Venus Flytrap ( Dionaea Muscipula Ellis).
Volkov, Alexander G., Tejumade Adesina, and Emil Jovanov. 2007. “Closing of Venus Flytrap by Electrical Stimulation of Motor Cells.” Plant Signaling and Behavior 2(3):139–45. doi: 10.4161/psb.2.3.4217.
Volkov, Alexander G., Justin C. Foster, and Vladislav S. Markin. 2010. “Signal Transduction in Mimosa Pudica: Biologically Closed Electrical Circuits.” Plant, Cell and Environment 33(5):816–27. doi: 10.1111/j.1365-3040.2009.02108.x.