A neural mass model of cross frequency coupling von Chehelcheraghi, Mojtaba, van Leeuwen, Cees, Steur, Erik, Nakatani, Chie

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A neural mass model of cross frequency coupling von Chehelcheraghi, Mojtaba, van Leeuwen, Cees, Steur, Erik, Nakatani, Chie

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Analysis of an Interneuron Gamma Mechanism for Cross-Frequency Coupling von Chehelcheraghi, Mojtaba, Nakatani, Chie, van Leeuwen, Cees

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A neural mass model of phase-amplitude coupling von Chehelcheraghi, Mojtaba, Nakatani, Chie, van Leeuwen, Cees, Steur, Erik

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A neural mass model of phase–amplitude coupling von Chehelcheraghi, Mojtaba, Nakatani, Chie, Steur, Erik, van Leeuwen, Cees

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Increasing Detectability of Cross Frequency Coupling von Mojtaba, Chehelcheraghi, Chie, Nakatani, Cees, Van Leeuwen

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High IIP3 and Low-Noise CMOS Mixer Using Non-linear Feedback Technique von Amirabadi, Amir, Chehelcheraghi, Mojtaba, Kamarei, Mahmoud

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Cross-frequency phase synchrony around the saccade period as a correlate of perceiver's internal state von Nakatani, Chie, Chehelcheraghi, Mojtaba, Jarrahi, Behnaz, Nakatani, Hironori, van Leeuwen, Cees

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Cross-frequency phase synchrony around the saccade period as a correlate of perceiver's internal state von Nakatani, Chie, Chehelcheraghi, Mojtaba, Jarrahi, Behnaz, Nakatani, Hironori, van Leeuwen, Cees

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Increasing the Detectability of Phase-Amplitude Coupling von Chehelcheraghi, Mojtaba, Nakatani, Chie, van Leeuwen, Cees

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Increasing the Detectability of Phase-Amplitude Coupling von Chehelcheraghi, Mojtaba, Nakatani, Chie, Cees van Leeuwen

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Applying Vasopressin-Pre-Conditioned Human Adipose Mesenchymal Stem Cells Improves Heart Condition after Transplantation into Infarcted Myocardium von Nasiri Boroujeni, Shakiba, Chehelcheraghi, Farzaneh, Khaksarian, Mojtaba, Sedighi, Mehrnoosh, Ghorbanzadeh, Vajihe, Nazari, Afshin

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