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Table 2 List the expression changes and roles of alpha-1-antichymotrypsin in human diseases

From: Alpha-1-antichymotrypsin as a novel biomarker for diagnosis, prognosis, and therapy prediction in human diseases

Diseases

AACT derived

Abnormal expression of AACT

Roles

Reference

Inflammatory diseases

Fibromyalgia

CSF

↓

Involve in the inflammatory response and signal transduction

[5]

Multiple sclerosis

CSF

↑

Diagnostic or prognostic indicator

[27]

Heart failure

Plasma

↑

Therapeutic or diagnostic target

[28, 29]

Aortic stenosis

Plasma

↑

Indicator for early diagnosis

[6]

Active tuberculosis

Serum

↑

Use for diagnosis

[30]

Neurodegenerative diseases

AD

Serum, CSF

↑

Lead to neurofibrillary tangles in AD

[5, 35]

aMCI

Serum, CSF

↑

Biomarker for diagnosing aMCI

[39]

Cancer

Ovarian cancer

Serum, ascites

↑

Biomarker for diagnosis

[18, 73]

Prostate cancer

Tissues

↑

Increased the rate of prostate diagnosis

[46, 47]

glioblastoma

CSF

↑

Therapeutic target in GBM

[49]

HCC

Tissues

↓

Tumor suppressor and as a target for treatment intervention

[24, 59]

Pancreatic cancer

Serum

↑

Diagnostic or prognostic indicator

[14, 64]

 

Tissues

↑

 

[61–63]

Lung cancer

Serum

in early-stage:↓; in late-stage:↑

Early diagnostic biomarker of NSCLC

[16, 17]

 

Urine

in late-stage: ↑

Diagnostic biomarker of NSCLC

[71]

Colorectal cancer

Tissues

↓

Potential biomarker for CRC progression

[74]

  1. CSF: cerebrospinal fluid; AD: Alzheimer’s disease syndrome; aMCI: amnestic mild cognitive impairment; GBM: glioblastoma multiforme; HCC: hepatocellular carcinoma; NSCLC: non-small cell lung cancer; CRC: colorectal cancer; ↓: down-regulated. ↑: up-regulated