Time: 2024-09-10
A team of checkup research_worker at the Washington University Pain Center , in St. Louis , along with colleague from the Georgia Institute of Technology , have successfully isolate the nerve_cell in the air_passage of mouse responsible for trip sneeze and cough . The group conduct experiment with ion channel activation in mouse , inducement sneeze and cough to pinpoint the involve nerve_cell . The research_worker found a compound name BAM 8 - 22 that induce sneeze by energizing the MrgprC11 ion channel , confirm their intuition about the nerve_cell responsible.
The survey also identify the nerve_cell in mouse that gun_trigger cough . multiple nerve_cell in the trachea express a know signal chemical were found to be responsible for cough . By remove these nerve_cell , the research_worker successfully extinguish the gun_trigger for cough in the mouse . The team is now interest in further understanding the event following the activation of sneeze or cough nerve_cell and investigation if similar nerve_cell are present in humans.
sneeze and cough , while seemingly similar , involve distinct centripetal receptor and nervous nerve_pathway , as uncover by a survey conduct by doctor from Washington University School of Medicine in St. Louis . lead by anesthesiologist Haowu Jiang , the research found that particular set of nerve_cell gun_trigger sneeze and cough , supply potential relief to person agony from cold and allergy in the future.
In mouse , the research_worker stimulate different set of nerve_cell associate to sneeze conditions to identify the one responsible for trip a sneeze . They detect that energizing a particular type of scabies receptor name MrgprC11 result in sneeze . The survey show that sneeze and cough are connect to distinct set of nerve_cell , affect different respiratory reflexes.
The findings also shed light on the potential development of new drug and symptom treatment for respiratory infection and allergy , offer better relief with fewer side effects compare to exist medicine . understanding the divergent neuropathways for sneeze and cough could lead to better treatment for park respiratory issues.