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1. 成人における電撃療法（ECT）施行法technique for performing electroconvulsive therapy ect in adults [show details]
… less cognitive impairment. The outmoded sine wave form of stimulus causes more cognitive impairment and should no longer be used. The dose of the electric stimulus is usually estimated empirically at the …
2. ペーシングシステムの誤作動：評価およびマネージメントpacing system malfunction evaluation and management [show details]
…of an evoked potential following the pacing stimulus. The diagnosis of loss of capture is based upon the presence of a stimulus, without a subsequent P wave or QRS complex, which occurs at a time when …
3. 心電図チュートリアル：SＴ波およびT波の変化ecg tutorial st and t wave changes [show details]
… Abnormalities of the U wave may be seen in the following circumstances: A prominent U wave may be indicative of hypokalemia Other conditions that may increase the amplitude of the U wave include bradycardia …
4. 心電図チュートリアル：その他の診断ecg tutorial miscellaneous diagnoses [show details]
… peaked T waves, PR interval and QRS duration increases, atrial standstill, ST elevation in V1 to V2, or sine wave. Hypokalemia may cause ST segment depression, decrease in T wave amplitude or T wave inversion …
5. 成人における高カリウム血症の臨床症状clinical manifestations of hyperkalemia in adults [show details]
…tall peaked T waves with a shortened QT interval; progressive lengthening of the PR interval and QRS duration; disappearance of the P wave; and widening of the QRS complex to a sine wave pattern. The progression …

English Journal

Perceived Rigidity Significantly Affects Visually Induced Self-Motion Perception (Vection).

, N N, S S, S S, h h, .
Perception. 2019 May;48(5)386-401.
When an observer sees a uniformly moving visual stimulus, he or she typically perceives an illusory motion of his or her body in the opposite direction (vection). In this study, the effects of the visual inducer's perceived rigidity were examined using a horizontal sine wave-like line stimulus movin
PMID 31066643

High-frequency characteristics of L- and M-cone driven electroretinograms.

Aher AJ, Jacob MM, Kremers J.
Vision research. 2019 Apr;159()35-41.
Electroretinograms (ERGs) elicited by high temporal frequency (26-95 Hz) L- and M-cone isolating sine-wave stimuli were investigated in human observers for full-field (FF) and different spatially restricted stimulus sizes (70°, 50°, 30°, and 10° diameter). Responses to L- and M-cone isolating
PMID 30926305

A Neuronal Network Model of the Primate Visual System: Color Mechanisms in the Retina, LGN and V1.

Martínez-Cañada P, Morillas C, Pelayo F.
International journal of neural systems. 2019 Mar;29(2)1850036.
Color plays a key role in human vision but the neural machinery that underlies the transformation from stimulus to perception is not well understood. Here, we implemented a two-dimensional network model of the first stages in the primate parvocellular pathway (retina, lateral geniculate nucleus and
PMID 30215284

Japanese Journal

円滑性追跡眼球運動における速度知覚に動的視対象の視認性が及ぼす影響

金民赫,石橋圭太,岩永光一
デザイン学研究 62(2), 2_55-2_62, 2015
本研究の主な目的は、円滑性追跡眼球運動における速度知覚に動的視対象の視認性による周辺視野の感度が及ぼす影響を調べることであった。追跡タスクの難易度は、以下の刺激特性による視認性で調節された。背景的特性（格子パターンの色構成：白黒対白グレー）と曲線の太さ（0.06deg、0.18deg、0.36deg）が異なる６種類の比較刺激を用いて実験を行った。PC画面上を正弦波の軌跡を描きながら左から右へ移動す …
NAID 130005105195

視覚運動プライミングにおける空間的距離の効果

吉本早苗,竹内龍人
基礎心理学研究 33(1), 19-27, 2014
… It is known that the perceived direction of a directionally ambiguous test stimulus is influenced by the moving direction of a preceding priming stimulus. … Subjects judged the perceived direction of 180-deg phaseshifted sine-wave gratings (test stimulus) displayed immediately after the offset of a priming stimulus. …
NAID 130004712492

視覚誘導自己直線運動感覚の空間特性の輝度依存性

呉景龍,于英花,楊家家
人間工学 = The Japanese journal of ergonomics 49(1), 18-24, 2013-02-15
人間の視野に，一定条件の運動視覚情報を与えることによって，身体が静止状態であるにもかかわらず，自己運動感覚を引き起こすことがある．このことを視覚誘導自己運動感覚と言う．視覚誘導自己運動感覚（Vection）は自己運動感覚の方向によって，大きく二種類に分けられ，視覚誘導自己直線運動感覚（LV：Linear Vection）と視覚誘導自己回転運動感覚（CV：Circular Vection）がある．V …
NAID 10031166233

「正弦波振動刺激」

　　[★]

英: sine wave stimulus
関: 正弦波

「SINE」

　　[★]

日: 短い散在反復配列、短分散型核内反復配列、短い散在性反復配列
英: short interspersed element, short interspersed nuclear element, short interspersed nucleotide element, SINEs
関: レトロトランスポゾン

quoted from http://en.wikipedia.org/wiki/Long_interspersed_nucleotide_elements#SINEs

Short interspersed repetitive elements or Short interspersed nuclear elements[8] are short DNA sequences (<500 bases) that represent reverse-transcribed RNA molecules originally transcribed by RNA polymerase III into tRNA, rRNA, and other small nuclear RNAs. SINEs do not encode a functional reverse transcriptase protein and rely on other mobile elements for transposition. The most common SINEs in primates are called Alu sequences. Alu elements are 280 base pairs long, do not contain any coding sequences, and can be recognized by the restriction enzyme AluI (hence the name). With about 1,500,000 copies, SINEs make up about 13% of the human genome.[11] While historically viewed as "junk DNA", recent research suggests that in some rare cases both LINEs and SINEs were incorporated into novel genes, so as to evolve new functionality. The distribution of these elements has been implicated in some genetic diseases and cancers.