Sleep Hygiene Education, ReadiWatch™ Actigraphy, and Telehealth Cognitive Behavioral Training for Insomnia for People With Prostate Cancer.

Objectives: To test the feasibility of sleep hygiene education and longitudinal wrist actigraph sleep metrics measurement alone versus in combination with telehealth-delivered cognitive behavioral therapy for insomnia (teleCBT-I) for people with prostate cancer (PC) receiving androgen deprivation therapy (ADT).

Sample & Setting: 45 men with PC receiving ADT were recruited from a midwestern comprehensive cancer center.

Methods & Variables: Participants were provided with wrist actigraphs, their individual sleep metrics data, and sleep hygiene education.

Reciprocal interactions between CA1 pyramidal and axo-axonic cells control sharp wave-ripple events.

Diverse sources of inhibition serve to modulate circuits and control cell assembly spiking across various timescales. For example, in hippocampus area CA1 the competition between inhibition and excitation organizes spike timing of pyramidal cells (PYR) in network events, including sharp wave-ripples (SPW-R). Specific cellular-synaptic sources of inhibition in SPW-R remain unclear, as there are > 20 types of GABAergic interneurons in CA1.

Cervicocephalic force steadiness and force sense in people with and without neck pain.

Background: Proprioceptive and motor control impairments have been identified in people with neck pain, but there is limited data regarding deficits and reliability of cervical force steadiness and force sense.

Objectives: To evaluate between-group differences and test-retest reliability of cervical force steadiness and force sense in people with and without neck pain.

Design: Cross-sectional comparative study.

Reciprocal interactions between CA1 pyramidal and axo-axonic cells control sharp wave-ripple events.

Diverse sources of inhibition serve to modulate circuits and control cell assembly spiking across various timescales. For example, in hippocampus area CA1 the competition between inhibition and excitation organizes spike timing of pyramidal cells (PYR) in network events, including sharp wave-ripples (SPW-R). Specific cellular-synaptic sources of inhibition in SPW-R remain unclear, as there are >20 types of GABAergic interneurons in CA1.