Azuah Lucrecia Gonzalez (Azuah L Gonzalez)

Publication Activity (10 Years)

Years Active: 2019-2024
Publications (10 Years): 19

Top Topics

Emergency Medicine

Neoadjuvant Chemotherapy

Peripheral Blood

Top Venues

Genes and immunity

This page only lists publications with an associated author ORCID identifier.

Publications

Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity 25 (1) (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Correction: Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity 25 (2) (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity 25 (2) (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity 25 (1) (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity 25 (1) (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity 25 (1) (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity 25 (2) (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Correction: Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Correction: Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity 25 (2) (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity 25 (2) (2024)
Teresa Neuwirth, Azuah Lucrecia Gonzalez, Emilie Fisher-Gupta, Georg Stary
Getting under the skin: resident memory CD8 + T cells have a second residence in the draining lymph node. Genes and immunity 25 (2) (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity 25 (1) (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity 25 (1) (2024)
Lisabeth Pimenov, Azuah Lucrecia Gonzalez, Amanda C Doran, Sylvia Knapp
Same name, different game?-How ontogeny shapes classical monocyte phenotypes. Genes and immunity 25 (1) (2024)
Diana Hooker-Romero, Erin L Mettert, Leah Schwiesow, David Balderas, Pablo A Alvarez, Anadin Kicin, Azuah Lucrecia Gonzalez, Gregory V Plano, Patricia J Kiley, Victoria Auerbuch
Iron availability and oxygen tension regulate the Yersinia Ysc type III secretion system to enable disseminated infection. PLoS pathogens 15 (12) (2019)