Advancing the science of NOWS research. by Sarah E. Maylott (14560785)

“…It is not known which infants will develop NOWS, therefore, the current hospital standard-of-care dictates a 96-hour observational hold. Understanding which infants will develop NOWS soon after birth could reduce hospital stays for infants who do not develop NOWS and decrease burdens on hospitals and clinicians. …”

Protocol measures. by Sarah E. Maylott (14560785)

“…It is not known which infants will develop NOWS, therefore, the current hospital standard-of-care dictates a 96-hour observational hold. Understanding which infants will develop NOWS soon after birth could reduce hospital stays for infants who do not develop NOWS and decrease burdens on hospitals and clinicians. …”

Cry variables. by Sarah E. Maylott (14560785)

“…It is not known which infants will develop NOWS, therefore, the current hospital standard-of-care dictates a 96-hour observational hold. Understanding which infants will develop NOWS soon after birth could reduce hospital stays for infants who do not develop NOWS and decrease burdens on hospitals and clinicians. …”

Decrease in the phosphorylation level of STAT3 after treatment with LIF MO. by Kazuhiro Ogai (622067)

Population behavior of split drive components <i>Rescue</i>^<i>tko</i> and Cas9/<i>Cleaver</i> alone and together as a complete split^50cM <i>ClvR</i> V2 elemen... by Georg Oberhofer (3401438)

HF prediction model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

Skin temperature model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

Raw data of each parameter. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

Feeling of physical fatigue model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

Skin temperature prediction model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

HF model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

HR model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

LF/HF model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

LF/HF prediction model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

HR prediction model parameters. by Miho Iwasaki (22553084)

“…Herein, 28 healthy individuals were repeatedly moved between two temperature environments, and their psychological/physiological responses to temperature differences in the environment were recorded [T_26-26 (control), T_26-31 (5 °C step), T_26-36 (10 °C step), and T_21-36 (15 °C step)]. …”

JARID1B downregulation results in the decrease of cell invasion capability. by Yung-Ting Kuo (736349)

Decrease in extracellular Zn²⁺ in the hippocampus by zinc chelators. by Atsushi Takeda (18203)

Experimental protocol. by Hiroyuki Matsuta (13250169)

Erratum: Lipopolysaccharide-Induced Sickness Behavior in Lactating Rats Decreases Ultrasonic Vocalizations and Exacerbates Immune System Activity in Male Offspring by Nascimento A.F. (4273759)

Visualization of the primary motor network analyzed using FSL MELODIC. by Hiroyuki Matsuta (13250169)