Common Ground: Both studies focus on repetitive magnetic stimulation (rMS) techniques and their potential to modulate brain activity and behavior in models of neurological disorders.
Key Differences: Current study examines the effect of intermittent theta burst stimulation (iTBS) on microglial activity and neuronal plasticity in mice brain tissue cultures, while the recommended study assesses continuous theta burst stimulation (cTBS) on learning/memory deficits and behavioral disturbances in a rat AD model.
Methodologies: Current study uses electrophysiological recordings and live imaging to assess microglial markers in mice tissue cultures. Recommended study employs behavioral tests (Novel Object Recognition Test, Open Field Test) in TMT-induced rat AD models.
Complementary Aspects: Current study provides cellular-level insight into microglial modulation, while the recommended study shows functional outcomes (learning/memory, anxiety) in an AD-like model.
Potential Impact: Combining studies could guide tailored magnetic stimulation protocols for both cellular and behavioral improvements in neurodegenerative diseases.

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