Table 1 Genes encoding proteins associated with HIV proteins +, upregulated; −, downregulated.

From: HIV-1 envelope glycoprotein stimulates viral transcription and increases the infectivity of the progeny virus through the manipulation of cellular machinery

Gene Name

Regulation

Functional Category

Proposed Role in HIV Replication

CD2

+

Cell adhesion molecules

HIV-1 latency

CD40L

+

TNF superfamily member

Immunological control of viral replication

TAF9,CDK8,MED21

+

Facilitate RNAP II complex function

Regulate Tat mediated HIV-1 transactivation;

AP1S2

+

mediates the recruitment of clathrin

Interact with HIV-1 gp41 or Nef protein

AP3M1

+

Facilitates the budding of vesicles

Viral Budding

CCR5

+

Chemokine receptor

Viral entry, Chemokine signaling pathway

FN1

+

Bind to integrin

Binds to HIV-1 gp120/160 and increase infection

LAMC1

+

extracellular matrix glycoproteins

Upregulated by HIV infection or Tat protein

MANEA

+

Endomannosidase

Process of HIV-1 gp160 formation

NUP54

+

Nuclear pore protein

Nuclear import of PIC

PLS1

+

Actin-binding protein

Interact with HIVgp41

SDC2

+

Syndecan proteoglycan

Interact with HIV gp120, Tat and Matrix

TJP1

+

Tight junction proteins

gp120-mediated tight junction disruption

UBE2D1

+

Ubiquitin enzyme

Ubiquitination of HIV-1 Tat

FCAR

Immunoglobulin

The phenotype and function of monocytes

MKNK2

Protein kinases (CAMK)

MEK2-ERK pathway

ARHGEF1

Rho GTPases

Binds to HIV gp41

ESR2

Estrogen receptor

HIV gp120-induced cell death

EEF1D

Translation elongation

Enhance the translation of viral protein

GAA

Glucosidase

Processing of HIV-1 gp120

NFKBIB

NF-kappa-B inhibitor

NF-kappa-B pathway