Singing News and Research

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Simple Neural Circuit Controls Chewing and Appetite

Speaking, singing, coughing, laughing, yelling, yawning, chewing-;we use our jaws for many purposes. Each action requires a complex coordination of muscles whose activity is managed by neurons in the brain.

24 Oct 2024

Brain's Co-Rippling Activity Sheds Light on Consciousness

For many years, researchers have been concentrating on how the brain organizes information into hierarchical structures, with distinct regions of the brain designated for distinct functions.

13 Aug 2024

Alston's Singing Mouse and The Fascinating Link Between Brain Circuits and Perception of Time

The pace of life is hard. It travels more quickly or slowly than intended. Still, humans adjust. Conversational rhythms become familiar. One follows the stream of people strolling along a metropolitan sidewalk.

31 Jan 2024

Midshipman Fish Song Shows Midbrain's Role in Vocal Production

Talkative midshipman fish also referred to as “California singing fish,” rely heavily on the midbrain to initiate and organize the trains of sounds necessary for vocal communication.

4 Jan 2024

New AI Tool Tracks Complex Fruit Fly Behavior

What is the easiest way to know if a fruit fly is hungry? Ask a computer.

3 Jul 2023

Bats use distinct laryngeal structures to generate echolocation and social calls

Bats use distinct structures in the larynx to produce high-frequency echolocation calls and lower-frequency social calls, according to a study by Coen Elemans at the University of Southern Denmark and colleagues, publishing November 29th in the open access journal PLOS Biology.

30 Nov 2022

Exploring Rhythm in Endangered Singing Lemurs

AZoLifeSciences interviews Dr. Chiara De Gregorio about searching for musical rhythms in primates and finding their answer in the Madagascan rainforest.

From University of Turin 11 Nov 2021

Study provides a detailed look at predator-prey relationship between bats and katydids

Ecosystems can be incredibly complex, with many interacting species. In many habitats, predators shape the behavior of prey and prey shape the behavior of predators.

31 Aug 2020

Force can activate genes without intermediates, enzymes, or signaling molecules

A new study reports that cells tend to increase gene expression as a response to physical forces alone. According to the team, the initial step in the production of proteins—gene activation—begins within 1 ms once a cell gets stretched, which is hundreds of times faster than chemical signals can travel.

2 Apr 2020