Correlation between <i>SLC2A1</i> expression and immune checkpoints in LUAD.

Correlation between <i>SLC2A1</i> expression and immune checkpoints in LUAD.

<p>(A) Correlation between <i>SLC2A1</i> expression and immune checkpoint in 33 tumors. (B) Heat maps: Correlation between <i>SLC2A1</i> expression and immune checkpoint. (C) Correlation of <i>SLC2A1</i> expression with PDCD1, LAG3, CD274, HAVCR2, PDCD1LG2 a...

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Main Author: Zijun Xiao (254039) (author)
Other Authors: Qinqin Long (11428636) (author), Jiaxing Liao (10880344) (author), Fengdie Huang (17668278) (author), Lusheng Liao (17668275) (author), Mingyou Dong (12980717) (author)
Published: 2025
Subjects:
Biochemistry
Medicine
Microbiology
Genetics
Immunology
Developmental Biology
Cancer
Virology
Biological Sciences not elsewhere classified
significant negative correlation
receiver operating characteristic
low mutation frequency
comprehensive bioinformatics analysis
cell nuclear division
cbioportal ), genemania
including r packages
>) genes family
dna methylation levels
dna replication
animal levels
including luad
gene family
vivo </
vitro </
tumor growth
systematically exploring
study elucidates
study demonstrated
study aimed
strongly linked
slc2a7 </
slc2a </
promising biomarker
prognostic biomarkers
nude mice
normal tissues
molecules within
lung adenocarcinoma
invasion capabilities
immune response
immune landscape
immune infiltration
functional implications
closely linked
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Summary:<p>(A) Correlation between <i>SLC2A1</i> expression and immune checkpoint in 33 tumors. (B) Heat maps: Correlation between <i>SLC2A1</i> expression and immune checkpoint. (C) Correlation of <i>SLC2A1</i> expression with PDCD1, LAG3, CD274, HAVCR2, PDCD1LG2 and SIGLEC15; Scatter plots: Positively correlation of <i>SLC2A1</i> expression with PDCD1 (D), LAG3 (E), CD274 (F), HAVCR2 (G), PDCD1LG2 (H) and SIGLEC15 (I).</p> <p>(TIF)</p>

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