Profile

Samuel Campos

Member of the Graduate Faculty | Associate Professor, BIO5 Institute | Associate Professor, Immunobiology | Associate Professor, Molecular and Cellular Biology | Associate Professor, Cancer Biology - GIDP

Immunobiology

Full Page

Overview

Research

Scientific Grantsmanship
Cancer Biology
Principles and Molecular Mechanisms of Microbe-Host Interactions

Student Thesis/Dissertation(5)

Human Papillomavirus Infection Inhibits Sting Phosphorylation To Limit cGAS/Sting Activity
2023·masters
HUMAN PAPILLOMAVIRUS EARLY GENES AS A MECHANISM FOR INNATE IMMUNESYSTEM EVASION THROUGH THE CGAS-STING PATHWAY
2022·bachelors
Interplay Between Human Papillomavirus and cGAS/STING
2020·doctoral
Golgi-Dependent Cgas/Sting Responses To Human Papillomavirus And Rhinovirus Infection
2019
Papillomavirus L2-Dependent Endocytosis and Subcellular Trafficking
2016·masters

News(3)

UArizona Researchers Pivot to Tackle COVID-19
2020
Viruses: Tiny Teachers of Biology
2014
Better Than Ever Helps Employees Get Fit and Fight Cancer
2010

People

Profile

Samuel Campos

Courses(3)

Scientific Grantsmanship

Cancer Biology

Principles and Molecular Mechanisms of Microbe-Host Interactions

Student Thesis/Dissertation(5)

Human Papillomavirus Infection Inhibits Sting Phosphorylation To Limit cGAS/Sting Activity

HUMAN PAPILLOMAVIRUS EARLY GENES AS A MECHANISM FOR INNATE IMMUNESYSTEM EVASION THROUGH THE CGAS-STING PATHWAY

Interplay Between Human Papillomavirus and cGAS/STING

Golgi-Dependent Cgas/Sting Responses To Human Papillomavirus And Rhinovirus Infection

Papillomavirus L2-Dependent Endocytosis and Subcellular Trafficking

News(3)

UArizona Researchers Pivot to Tackle COVID-19

Viruses: Tiny Teachers of Biology

Better Than Ever Helps Employees Get Fit and Fight Cancer

Profile

Samuel Campos

Courses(3)

Scientific Grantsmanship

Cancer Biology

Principles and Molecular Mechanisms of Microbe-Host Interactions

Student Thesis/Dissertation(5)

Human Papillomavirus Infection Inhibits Sting Phosphorylation To Limit cGAS/Sting Activity

HUMAN PAPILLOMAVIRUS EARLY GENES AS A MECHANISM FOR INNATE IMMUNESYSTEM EVASION THROUGH THE CGAS-STING PATHWAY

Interplay Between Human Papillomavirus and cGAS/STING

Golgi-Dependent Cgas/Sting Responses To Human Papillomavirus And Rhinovirus Infection

Papillomavirus L2-Dependent Endocytosis and Subcellular Trafficking

News(3)

UArizona Researchers Pivot to Tackle COVID-19

Viruses: Tiny Teachers of Biology

Better Than Ever Helps Employees Get Fit and Fight Cancer