A BEHAVIORAL AND MODELING STUDY OF CONTROL ALGORITHMS UNDERLYING THE TRANSLATIONAL OPTOMOTOR RESPONSE IN LARVAL ZEBRAFISH WITH IMPLICATIONS FOR NEURAL CIRCUIT FUNCTION.

The optomotor response (OMR) is central to the locomotory behavior in diverse animal species including insects, fish and mammals.Furthermore, the study of the OMR in larval zebrafish has become a key model system for investigating the neural basis of sensorimotor control.However, a comprehensive understanding of the underlying control algorithms is

BACKGROUND AND AIMS:Excessive uptake of commensal bacterial antigens through a permeable intestinal barrier may influence host responses to specific antigen in a genetically predisposed Dust Bag Holder host.The aim of this study was to investigate whether intestinal barrier dysfunction induced by indomethacin treatment affects the host response to

The ongoing coronavirus disease 2019 (COVID-19) pandemic is the third global crisis after two epidemics of severe acute respiratory syndromes.It has affected general public besides health care systems and governments.Confinements and lock downs have changed waking up time and going to bed time, ultimately affecting circadian clocks that can disturb