"We found that the breathing rates of the individual fish vary," says Dr. Judit Vas, a behavioral biologist at NMBU. "Some of them breathe more slowly or faster than others. The newly developed ...

Gills and mammalian ears bear little resemblance ... did in a tour-de-force comparative genomic study that included a fish, an amphibian, a reptile, a mammal and even a horseshoe crab (Limulus ...

Box breathing is a deep breathing technique that ... Sitting upright, slowly exhale through your mouth, releasing all the oxygen from your lungs. Focus on this intention and be conscious of ...

Research links human outer ears to cartilage in fish gills. Gene-editing experiments confirm evolutionary connection. Findings date back to marine invertebrates 400 million years ago.

The driver of a car, on the way for some ice fishing along the western coast of Finland, suddenly plunged through thin sea ice on Monday morning. The driver managed to escape unharmed before the ...

Rotenone is sometimes best employed in areas where the invasive pike have eaten through the natural fish supply. That can be seen in pikes’ stomachs. “They’re kind of little swimming traps to tell us ...

Mission Navshakti 2.0, launched by ICAR-NBFGR, empowers rural women through training in ornamental fish farming and aquarium fabrication. The initiative promotes economic independence and social ...

Humans' outer ears may have evolved from the gills of prehistoric fish, a new study finds. Gene-editing experiments indicate that cartilage in fish gills migrated into the ear canal millions of years ...

Many muscles and organs are involved with breathing. If you have difficulty getting enough air, try changing your posture or sleeping position. Breathing exercises may also help. If you breathe ...

State Key Laboratory of High Performance Ceramics and Superfine Microstructure, Shanghai Institute of Ceramics, Chinese Academy of Sciences, Shanghai 200050, China Center of Materials Science and ...

the gill structures enable fish to breathe while the cartilage in mammals’ outer ears captures sound. But the underlying gene network that builds these structures shares a common history.