An in situ analysis pipeline for initial host-pathogen interactions reveals signatures of human colorectal HIV transmission | Zendy

Heeva Baharlou | Zendy; Nicolas Canete | Zendy; Erica E. Vine | Zendy; Kevin Hu | Zendy; Di Yuan | Zendy; Kerrie J. Sandgren | Zendy; Kirstie M. Bertram | Zendy; Najla Nasr | Zendy; Jake W. Rhodes | Zendy; M. Gosselink | Zendy; Angelina Di Re | Zendy; Faizur Reza | Zendy; Grahame Ctercteko | Zendy; Nimalan PathmaNathan | Zendy; Geoffrey Collins | Zendy; James Wei Tatt Toh | Zendy; Ellis Patrick | Zendy; Muzlifah Haniffa | Zendy; Jacob D. Estes | Zendy; Scott N. Byrne | Zendy; Anthony L. Cunningham | Zendy; Andrew N. Harman | Zendy

Open Access

An in situ analysis pipeline for initial host-pathogen interactions reveals signatures of human colorectal HIV transmission

Author(s) -

Heeva Baharlou,

Nicolas Canete,

Erica E. Vine,

Kevin Hu,

Di Yuan,

Kerrie J. Sandgren,

Kirstie M. Bertram,

Najla Nasr,

Jake W. Rhodes,

M. Gosselink,

Angelina Di Re,

Faizur Reza,

Grahame Ctercteko,

Nimalan PathmaNathan,

Geoffrey Collins,

James Wei Tatt Toh,

Ellis Patrick,

Muzlifah Haniffa,

Jacob D. Estes,

Scott N. Byrne,

Anthony L. Cunningham,

Andrew N. Harman

Publication year - 2022

Publication title -

cell reports

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 6.264

H-Index - 154

eISSN - 2639-1856

pISSN - 2211-1247

DOI - 10.1016/j.celrep.2022.111385

Subject(s) - human immunodeficiency virus (hiv) , in situ , host (biology) , transmission (telecommunications) , biology , pathogen , pipeline (software) , computational biology , virology , genetics , computer science , chemistry , telecommunications , organic chemistry , programming language

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