Célula única quantificação de mRNA e expressão de proteínas de superfície em CD4 infectados por vírus de imunodeficiência simiana+ T células isoladas de macacos Rhesus

Overview

This article describes a methodology to quantitate the expression of 96 genes and 18 surface proteins by single cells ex vivo. This approach allows for the identification of differentially expressed genes and proteins in virus-infected cells relative to uninfected cells, specifically applied to SIV-infected CD4 + T cells isolated from rhesus macaques.

Key Study Components

Area of Science

• Neuroscience
• Immunology
• Host-pathogen interactions

Background

• Understanding the unique characteristics of productively infected cells.
• Identifying host cofactors that facilitate viral infections.
• Developing targeted therapeutic interventions.
• Providing quantitative measures for protein and mRNA within single cells.

Purpose of Study

• To quantify gene and protein expression in single cells.
• To compare SIV-infected and uninfected CD4 + T cells.
• To enhance understanding of host-pathogen interactions.

Methods Used

• Cell sorting procedure demonstrated by a senior technician.
• Preparation of assay mix with 96 gene expression assays.
• Pipetting of assay into a 96 well PCR plate.
• Use of commercially available reagents for the assay.

Main Results

• Identification of differentially expressed genes and proteins.
• Quantitative data on protein and mRNA levels in single cells.
• Insights into the characteristics of SIV-infected cells.

Conclusions

• The methodology provides a robust framework for studying viral infections.
• It facilitates the exploration of therapeutic targets in infected cells.
• Future applications may extend to other viral pathogens.

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