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Basic Study
©Author(s) (or their employer(s)) 2026.
World J Stem Cells. Feb 26, 2026; 18(2): 112940
Published online Feb 26, 2026. doi: 10.4252/wjsc.v18.i2.112940
Table 1 Primers used in this study
Name
Sequences (5’-3’)
Tm
CG (%)
Product length (bp)
HSPD1SenseAGGGTTCAAATGATTCTCCTGC60.045.5143
AntisenseCAAGGTCAGGAGTTCAAGACCAG60.752.2
PPARASenseTGAACTCCTGACCTCAAGTGATC58.347.8114
AntisenseCCAGGTACACAGAAAGCATTAACT57.841.7
GPX4SenseGAGCAGTACCAGCCACCGTT59.960.0176
AntisenseAGACCTCTCAACCCAGTGTCTG58.154.5
Table 2 Short hairpin RNA sequences used for in vivo knockdown of Gata2

Sequences (5’ to 3’)
Gata2 target GAATCGGAAGATGTCCAGCAA
Gata2 shRNAGAATCGGAAGATGTCCAGCAACGAATTGCTGGACATCTTCCGATTC
Control shRNAAAACGTGACACGTTCGGAGAACGAATTCTCCGAACGTGTCACGTTT
Table 3 Primary antibodies used in this study
Antibody
Source
Lot number
Manufacturer
Molecular weight (kDa)
Cleaved caspase-3Rabbit mAb9664Cell Signaling Technology, Danvers, MA, United States17
GAPDHMouse mAbMAB45855Bioswamp, Wuhan, China36
GATA2Mouse mAbsc-267Santa Cruz, TX, United States50
GRP78Rabbit mAbab108615Abcam, Cambridge, MA, United States78
GPX4Mouse mAbsc-166437Santa Cruz, TX, United States21
UCP2Mouse mAbsc-390189Santa Cruz, TX, United States70
HSP60Mouse mAbsc-376240Santa Cruz, TX, United States60
PCNAMouse mAbsc-25280Santa Cruz, TX, United States36
MCADMouse mAbsc-365109Santa Cruz, TX, United States45
MLKLRabbit pAbPA5-34733Thermo Fisher Scientific, Waltham, MA, United States54
PPARαMouse mAbMA5-37652Thermo Fisher Scientific, Waltham, MA, United States55
p-MLKLRabbit mAb37333SCell Signaling Technology, Danvers, MA, United States54
Table 4 Dynamic changes in the patient’s liver biochemical indexes
DateALT (U/L)
AST (U/L)
TBil (μmol/L)
DBil (μmol/L)
ALP (U/L)
GGT (U/L)
ALB (g/L)
GLB (g/L)
Reference: 7-40
Reference: 13-35
Reference: 5-21
Reference: 0-3.4
Reference: 50-135
Reference: 7-45
Reference: 40-55
Reference: 20-40
December 3, 202173↑53↑115.1↑56.4↑166↑15328↓26
December 5, 202151↑43↑106.4↑49↑158↑12927.6↓27
December 9, 2021263483.2↑38.8↑149↑11827.7↓26
December 12, 2021213276.9↑35.1↑13110530.9↓24
December 14, 2021152784.4↑39.7↑142↑9728.7↓27
December 17, 2021132673.3↑31↑150↑8533.8↓25
August 4, 2022212615.44.5↑176↑6237.4↓25
August 6, 202244↑1520.9↑5.5↑157↑48↑32.5↓19↓
August 8, 202276↑2620.36.2↑153↑4532.7↓19↓
Table 5 Dynamic changes in the patient's blood routine indexes
DateWBC (× 109/L)
RBC (× 1012/L)
HB (g/L)
PLT (× 109/L)
NEUT (%)
Lym, %
Reference: 3.5-9.5
Reference: 3.8-5.1
Reference: 115-150
Reference: 125-350
Reference: 0.40-0.75
Reference: 0.20-0.50
December 1, 20212.0↓    1.77↓    70↓9↓0.660.27
December 3, 20211.92↓    1.94↓    79↓41↓0.490.40
December 5, 20211.46↓    1.99↓    81↓21↓0.400.49
December 9, 20211.51↓    1.87↓    74↓12↓0.35↓0.54↑
December 12, 20211.62↓    1.71↓    70↓30↓0.410.48
December 14, 20214.26    1.71↓    71↓21↓0.720.22
December 15, 20212.15↓    1.65↓    70↓46↓0.640.30
Table 6 Dynamic changes in bone marrow examinations
Date
G/E
NRBC
MKC (a)
PLT (a)
LYM%
Bone marrow granules
Blood
June 19, 20201.39:1↓Hyperplasia of active11Rare and scatteredIncreasedRelatively fullWhite blood cells reduce
August 31, 20202.86:1Hyperplasia of activeNotNotIncreasedNot seenWhite blood cells reduce
June 15, 20215.53:1↑Hyperplasia of activeNotRareIncreasedNot seenWhite blood cells reduce
January 18, 20221.72:1↓Hyperplasia of activeNotNotIncreasedNot seenWhite blood cells reduce
Table 7 Dynamic changes in serum-related iron indexes
DateZn, μmol/L
Cu, μmol/L
Fe, μmol/L
UIBC, μmol/L
TIBC, μmol/L
Reference: 10.7-17.7
Reference: 12.56-23.55
Reference: 9-27
Reference: 22.4-57.8
Reference: 50-77
November 25, 20214.5↓17.1232.3↑1.5↓34↓
May 31, 2022--24.618.1↓42.7↓
Table 8 Results of flow cytometric immunofluorescence analysis
Cell population
Percentage of total (%)
Cell series/phenotype analysis
Lymphoid6.53The relative ratio decreased
CD45 weakly expressed cells5.75Some of them were normally hyperplastic B progenitor cells
CD45 negative expression cells24.57They were mainly nucleated red cells and cell debris