There are 7 studies that match your criteria.
Criteria: Freq Range=300 kHz - 300 GHz (RF/mmW/THz),Study Type=In Vivo,Study Subtype=Behavior, Neurochemistry, Neuropathology,Status=Ongoing

Details - Project ID 84
Lab	University of Bordeaux, France
Study Design	900, 1800 MHz(GSM) exposure to rats and analysis of behavior, cerebral circulation, and stress response
Summary	(ongoing)
Citation
Details - Project ID 983
Lab	University of Bordeaux, France
Study Design	900, 1800 MHz (GSM) exposure to a transgenic rat (Amyotrophic Lateral Sclerosis [ALS / Lou Gehrig's Disease] model) and analysis of disease progression
Summary	(ongoing)
Citation
Details - Project ID 1521
Lab	PIOM / Univ Bordeaux, France
Study Design	900 MHz (GSM), 2450 (WiFi) exposure to rats and analysis of neuron degeneration and apoptosis, including during in utero
Summary
Citation
Details - Project ID 1525
Lab	University of Kuopio, Finland
Study Design	900 MHz (GSM) exposure to newborn rats and analysis of neuron degeneration and BBB effects (replication of Persson and Salford, 2003)
Summary
Citation
Details - Project ID 1584
Lab	Technical Univ and Ludwig-Maximilian Univ, Munich
Study Design	900, 1800 MHz (GSM), 2.2 GHz (UMTS) exposure to rats and analysis of learning and memory behavior, repreductive capability, and other parameters
Summary	In Vivo Experiments on Exposure to the High Frequency Fields of Mobile Telecommunication
Citation
Details - Project ID 1708
Lab	Univ Koblenz-Landau, FRG
Study Design	1900 MHz (DECT) exposure to bees and analysis of behavior
Summary	Electromagnetic Radiation Influences on Honeybees (Apis mellifera)
Citation
Details - Project ID 3108
Lab
Study Design	The skin of healthy mice was irradiated locally at the right flank with 101 GHz MMW in a pulsed (510 µs, 20-50 pulses, 0.5 - 1.5 kW) regime and physical, physiological, and pathological parameters as well as behavior were examined before and after irradiation.
Summary	The Lack of Toxic Effect of High-Power Short-Pulse 101 GHz Millimeter Waves on Healthy Mice.
Citation	Furman, O et al. Bioelectromagnetics., (2020) 41:188-199