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キーワード: brain, Encephalon, Gehirn, Hirn

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2020, Brown JC, DeVries WH, Korte JE, Sahlem GL, Bonilha L, Short EB, George MS

NMDA receptor partial agonist, d-cycloserine, enhances 10 Hz rTMS-induced motor plasticity, suggesting long-term potentiation (LTP) as underlying mechanism [med. app.]

Brain Stimul 13 (3): 530-532
2020, Anin J, Guo H, Song KD

Simulation of Radiation Effects of Cellphones on Humans [basics]

Kim J (ed.): Nano-, Bio-, Info-Tech Sensors, and 3D Systems IV. Proceedings of SPIE, 11378巻; SPIE, Bellingham, Washington; 113780X; ISBN 978-1-5106-3533-3
2020, Kuehn S, Pfeifer S, Kuster N

Total Local Dose in Hypothetical 5G Mobile Networks for Varied Topologies and User Scenarios [tech./dosim.]

Appl Sci 10 (17): 5971
2020, Yavaş MC

The effect of short-term electromagnetic fields caused by mobile phones on the electrical activity of alpha and beta brain waves [med./bio.]

Ann Clin Anal Med 11 (5): 474-478
2020, Belal SKM, Afifi OK, Afeefy AA

Evaluation of mobile phone radiation-induced structural changes of rat brain with emphasis on the possible protective role of pomegranate peel extract [med./bio.]

Int J Radiat Res 18 (4): 753-764
2020, Ibraheim MH, Amin A

Ameliorative Effect of Vitamin E against Radiofrequency Radiation Emitted from Mobile Phone-Induced Hematological and Histopathological Alterations in Male Albino Mice [med./bio.]

Arab J Nucl Sci Appl 53 (4): 26-38
2020, Okechukwu CE

Effects of radiofrequency electromagnetic field exposure on neurophysiology [review]

Adv Hum Biol 10 (1): 6-10
2020, Usman JD, Isyaku UM, Magaji RA, Fasanmade AA

Assessment of electromagnetic fields, vibration and sound exposure effects from multiple transceiver mobile phones on oxidative stress levels in serum, brain and heart tissue [med./bio.]

Sci Afr 7: e00271
2020, Singh A, Singh N, Jindal T, Rosado-Muñoz A, Dutta MK

A novel pilot study of automatic identification of EMF radiation effect on brain using computer vision and machine learning [med./bio.]

Biomed Signal Process Control 57: 101821
2020, Azmy R, Shamloul R, Elsawy NAF, Elkholy S, Maher E

Effects of mobile phones electromagnetic radiation on patients with epilepsy: an EEG study [med./bio.]

Egypt J Neurol Psychiatr Neurosurg 56: 36
2020, Sun X, Xu Z, Wang Y, Liu N

Protective effects of blueberry anthocyanin extracts on hippocampal neuron damage induced by extremely low-frequency electromagnetic field [med./bio.]

Food Science and Human Wellness 9 (3): 264-271
2020, Zalomaeva ES, Ivanova PN, Chalisova NI, Surma SV, Tokmacheva EV, Savvateeva-Popova EV, Shchegolev BF, Nikitina EA

Effects of Weak Static Magnetic Field and Oligopeptides on Cell Proliferation and Cognitive Functions in Different Animal Species [med./bio.]

Tech Phys 65 (10): 1585-1590
2020, Li Y, Lu M

Study on SAR Distribution of Electromagnetic Exposure of 5G Mobile Antenna in Human Brain [tech./dosim.]

J Appl Sci Eng 23 (2): 279-287
2020, Stilman M, Roth Y, Chandonnet N, Davis L, Buzan R, Wirecki T

Reply to letter to the editor [comment]

Brain Stimul 13 (3): 930
2020, Dhamne SC, Ilmoniemi RJ, Tsuboyama M, Carpenter LL, Pascual-Leone A, Rotenberg A

Safety of rTMS in patients with intracranial metallic objects [comment]

Brain Stimul 13 (3): 928-929
2020, de Wandel L, Pulopulos MM, Labanauskas V, De Witte S, Vanderhasselt MA, Baeken C

Individual resting-state frontocingular functional connectivity predicts the intermittent theta burst stimulation response to stress in healthy female volunteers [med. app.]

Hum Brain Mapp 41 (18): 5301-5312
2020, Zhu S, Zhu Y, Li H, Zhang D, Zhang D

[ウサギの臓器に対する携帯電話放射の有害な作用] [med./bio.]

All Life 13 (1): 252-258
2020, Mialon HM, Nesson ET

[携帯電話と脳のがん死亡率のリスクとの関連：25年間の国際分析] [epidem.]

Contemporary Economic Policy 38 (2): 258-269
2020, Badran BW, Caulfield KA, Cox C, Lopez JW, Borckardt JJ, DeVries WH, Summers P, Kerns S, Hanlon CA, McTeague LM, George MS, Roberts DR

[無重力での脳刺激：経頭蓋磁気刺激（TMS）運動閾値は放物線飛行による無重力中に減少する] [med. app.]

npj Microgravity 6: 26
2020, Ross A, Xing V, Wang TT, Bureau SC, Link GA, Fortin T, Zhang H, Hayley S, Sun H

[膜脱分極による毒性α-シヌクレイン蓄積の軽減：パーキンソン病のイン・ビトロモデルからの証拠] [med./bio.]

Mol Brain 13 (1): 108
2020, Lefebvre S, Pavlidou A, Walther S

[統合失調症の運動症状の治療における神経刺激の可能性は何か？] [review]

Expert Rev Neurother 20 (7): 697-706
2020, Cao Z, Yan X, Gore JC, Grissom WA

[高周波パルス性能に基づいた並列送信ヘッドコイルアレイの設計] [tech./dosim.]

Magn Reson Med 83 (6): 2331-2342
2020, Caulfield KA

[加速された高用量シータバースト刺激は治療抵抗性うつ病の万能薬か？] [review]

J Neurophysiol 123 (1): 1-3
2020, Li MN, Jing YH, Wu C, Li X, Liang FY, Li G, Dai P, Yu HX, Pei Z, Xu GQ, Lan Y

[継続的なシータバースト刺激は髄膜のVEGF-C［血管内皮増殖因子C］を上方制御することで髄膜リンパ管を拡張する] [med. app.]

Neurosci Lett 735: 135197
2020, Jo HJ, Richardson MSA, Oudega M, Perez MA

[脊髄損傷後の回復のための皮質脊髄‐運動ニューロン可塑性の可能性] [review]

Curr Phys Med Rehabil Rep 8 (3): 293-298

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