High resolution spatial mapping of dominant frequency. by Terrence Pong (511730)

Persistent AF increased left atrial dominant frequency. by Terrence Pong (511730)

Cardiac fibrosis quantification by magnetic resonance imaging in pigs. by Terrence Pong (511730)

Measurement of stress-associated signal molecules in plasma. by Koki Sakurai (11690201)

The disturbed <i>Hif</i> associated signaling in <i>Tnni2^K175del</i> mice resulted in reduced angiogenesis and impeded formation of ossification centers of long bones. by Xiaoquan Zhu (589276)

“…(F) Immunostaining revealed a decreased vegf in the hypertrophic cell zones of growth plates of radii and ulnae (<i>arrows</i>) from E15.5 homozygous mutant mice compared to those of wild-type littermates. …”

LPC-DHA inhibits Srebp activity and de novo lipogenesis and Mfsd2a is regulated by Srebp. by Jia Pei Chan (5593388)

“…Scd1 expression in NSC^WT cells decreased with LPC-DHA treatment, but to a lesser extent in NSC^KO cells. β-actin served as a loading control. …”

Associations between WNT signaling pathway-related gene polymorphisms and risks of osteoporosis development in Chinese postmenopausal women: a case–control study by Z. Yang (1300311)

“…</p> <p>We found that <i>LRP5</i> polymorphisms (rs2291467, rs11228240 and rs12272917) were significantly associated with a decreased risk of osteoporosis in homozygote, recessive and additive models (<i>p</i> < 0.05). …”

Measurement protocols. by Peter H. Charlton (11389289)

“…Signal quality increased as the arm was raised to heart height: whilst sitting, quality was lowest with the arm alongside the body (10.5 dB), and increased when the sensor was held in the lap (13.7 dB) and at heart height (15.5 dB) (p < 0.001). …”

Factors influencing PPG signal quality. by Peter H. Charlton (11389289)

“…Signal quality increased as the arm was raised to heart height: whilst sitting, quality was lowest with the arm alongside the body (10.5 dB), and increased when the sensor was held in the lap (13.7 dB) and at heart height (15.5 dB) (p < 0.001). …”

Characteristics of participants included in the analysis. by Peter H. Charlton (11389289)

S1 Data - by Verneri Ruonala (12419145)

The observed levels of PPG signal quality. by Peter H. Charlton (11389289)

“…Signal quality increased as the arm was raised to heart height: whilst sitting, quality was lowest with the arm alongside the body (10.5 dB), and increased when the sensor was held in the lap (13.7 dB) and at heart height (15.5 dB) (p < 0.001). …”

The AC and DC components of the PPG signal. by Peter H. Charlton (11389289)

“…Signal quality increased as the arm was raised to heart height: whilst sitting, quality was lowest with the arm alongside the body (10.5 dB), and increased when the sensor was held in the lap (13.7 dB) and at heart height (15.5 dB) (p < 0.001). …”

Physiologic values. by Hiroki Iwata (2434012)

“…The serum syndecan-1 concentration, a glycocalyx component, in the 4% hydrogen group (5.7 ± 4.4 pg/mL) was lower than in the control (19.5 ± 6.6 pg/mL) and 2% hydrogen (19.8 ± 5.0 pg/mL) groups (<i>P</i> < 0.001 for each), but it was not significantly different from the sham group (6.2 ± 4.0 pg/mL, <i>P</i> = 0.999). …”

The influence of participant characteristics on PPG signal quality, assessed using the PI. by Peter H. Charlton (11389289)

S1 Data - by Timmion K. Skervin (11432568)

The influence of participant characteristics on PPG signal quality, assessed using the SNR. by Peter H. Charlton (11389289)

The influence of participant characteristics on PPG signal quality, assessed using the TMCC. by Peter H. Charlton (11389289)

The influence of participant characteristics on PPG signal quality (without including DC amplitude), assessed using the SNR. by Peter H. Charlton (11389289)

Fig 8 - by Xiajun Zhang (3161865)