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An Atlas of Human Vector-Borne Microbe Interactions Reveals Pathogenicity Mechanisms

Thomas M. Hart,Nicole D. Sonnert,Xiaotian Tang,Reetika Chaurasia, Paige E. Allen,Jason R. Hunt,Curtis B. Read, Emily E. Johnson,Gunjan Arora,Yile Dai,Yingjun Cui,Yu-Min Chuang, Qian Yu,M. Sayeedur Rahman,M. Tays Mendes,Agustin Rolandelli,Pallavi Singh,Abhai K. Tripathi,Choukri Ben Mamoun,Melissa J. Caimano,Justin D. Radolf,Yi-Pin Lin,Volker Fingerle,Gabriele Margos,Utpal Pal,Raymond M. Johnson,Joao H. F. Pedra,Abdu F. Azad,Jeanne Salje,George Dimopoulos,Joseph M. Vinetz,Jason A. Carlyon,Noah W. Palm,Erol Fikrig,Aaron M. Ring

CELL（2024）

Cited 2|Views5
Key words
host-pathogen interactions,vector-borne disease,arthropod-borne disease,infectious disease,mechanisms of pathogenicity,protein disulfide isomerase,thioredoxin,systems biology,Lyme disease,host sensing
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