DICKEYA FANGZHONGDAI WAS PREVALENT AND CAUSED TARO SOFT ROT WHEN COEXISTING WITH THE PECTOBACTERIUM COMPLEX, WITH A PREFERENCE FOR ARACEAE PLANTS

Bacterial soft rot caused by coinfection with Dickeya spp.and Pectobacterium spp.in hosts can cause successive changes in fields, and it is difficult to prevent the spread of and control the infection.Pectobacterium spp.are prevalent in the growing areas of tuberous crops, including taro and potato.Recently, Dickeya fangzhongdai has emerged as a vi

Abstract Humans use their arms in complex ways that often demand two-handed coordination.Neurological conditions limit this impressive feature of the human motor system.Understanding how neuromodulatory techniques may alter neural mechanisms of bimanual coordination is a vital step towards designing efficient rehabilitation interventions.By non-inv