Author: admin_alscvf8679

How Long Does Non Surgical Rhinoplasty Last?
28 Sep 2025admin_alscvf8679

Many people are drawn to the idea of refining their nose without the commitment of surgery. Non surgical rhinoplasty, often …
ALS Nose Twitching: Understanding the Causes, Symptoms, and What to Watch For
18 Jul 2025admin_alscvf8679

Muscle twitching can be a worrying symptom, especially when you notice it in unexpected places like your nose. Many people …
Can Cartilage Move After Rhinoplasty? Understanding the Healing Process
5 May 2025admin_alscvf8679

Rhinoplasty, often called a nose job, is one of today’s most common and transformative cosmetic surgery procedures. It involves reshaping …

Synaptic priming: A framework for pharmacotherapy in depression 10/08/2025

Through the perspective of metaplasticity, Brown et al. examine the therapeutic effects of intermittent ketamine administration and explore how targeting spatiotemporal features of antidepressant dosing and environmental conditions may improve the effectiveness of treatments for depression.

Restoration of temporal separability between beta and movement ensemble co-firing with motor recovery 10/08/2025

Choi et al. demonstrate that stroke disrupts temporal separability between beta and movement-related ensemble co-firing states, which is restored during recovery. They also show that low-frequency alternating current stimulation enhances separability, improves motor performance, and thus represents a promising therapeutic approach.

Segregated supramammillary-dentate gyrus circuits modulate cognitive and affective function in healthy and Alzheimer’s disease model mice 10/03/2025

Luo et al. identify distinct supramammillary-dentate gyrus subcircuits that differentially regulate memory and emotion. In Alzheimer’s disease (AD) models, these pathways show aberrant activity, but targeted optogenetic activation selectively restores cognitive or affective functions, revealing circuit-level mechanisms underlying diverse AD symptoms and highlighting potential therapeutic targets.

Identification of the peptide Vulnusin, a wound signal that mediates mechanical-injury-induced nociception in Drosophila 10/03/2025

Guo et al. identify the peptide Vulnusin as an acute wound signal that activates C4da nociceptors through the PPK1/PPK26 ion channel in Drosophila larvae. Vulnusin localizes in the extracellular space apical to the epidermis when uninjured but reaches the C4da nociceptor upon damage to trigger the nociceptive rolling behavior.