Review
Copyright ©The Author(s) 2019.
World J Stem Cells. Aug 26, 2019; 11(8): 476-490
Published online Aug 26, 2019. doi: 10.4252/wjsc.v11.i8.476
Table 1 Possible molecules and their role in chronic myeloid leukemia stem cells-bone marrow microenvironment interaction
TargetSourceRoleRef.
G-CSFCML LSCMobilization[15]
CD26CML LSCMobilization[16]
β1-integrinsCML LSCHoming[19]
SelectinsCML LSC, endothelial cellsHoming[20]
CD44CML LSCHoming[20]
Chemokines (MIP-1α, MIP-1β, etc)BMM, CML LSCGrowth of CML LSC[15,25]
Cytokines (IL-1α, IL-1β, TNFα, etc)BMM, CML LSCGrowth of CML LSC[15,25]
BMP2/4MSC, CML LSCDrug resistance[26]
FGF2MSCDrug resistance[28]
PIGFMSCProliferation, metabolism[29]
miR-126CML LSC, endothelial cellsDormancy[30]
HIF-1CML LSCGrowth of CML LSC[15]
Jagged-1OsteoblastDormancy[94]
Parathyroid hormoneBMMCML LSC removal[95]
WNTBMMGrowth of CML LSC[21]
N-cadherinCML LSCDrug resistance[21]
Table 2 Possible molecules and their role in acute myeloid leukemia stem cells-bone marrow microenvironment interaction
TargetSourceRoleRef.
VLA-4AML LSCsHoming[37]
CD44AML LSCsHoming[38,96]
CXCR4AML LSCsAdhesion[40]
Jagged-1OsteoblastProliferation[42]
CXCR2AML LSCsProliferation, survival[44]
Parathyroid hormoneBMMOB proliferation, LSCs growth[97]
Proangiogenesis factors (VEGF, HGF, BFGF, VEGFR)AML LSCs, BMMEndothelial and LSC proliferation[47,48]
Cytokines (IL-6, IL1β, TNFα, G-CSF, GM-CSF)AML LSCs, BMMAngiogenesis, LSC proliferation[51]
Tie-2OsteoblastLSCs quiescent[46]
CD36AML LSCsEnergy source provider[56]
Table 3 Chronic myeloid leukemia and acute myeloid leukemia stem cell markers for detection and selective targeting
TargetCDCML LSCAML LSCNormal HSCNormal progenitorRef.
IL-2RαCD25++-+/-[59,69]
DPP4CD26+---[16]
Siglec-3CD33++++[98]
SCARB3CD36+++/-+[99]
Pgp-1CD44++++[38]
IAPCD47++++[70]
Campath-1CD52++++[100]
C1qR1CD93+++/-+/-[101]
TactileCD96-+--[66]
MIC2CD99-+++[102]
SCFRCD117+++/-+/-[64]
IL-3RαCD123+++/-+/-[68]
CLL-1-+/-++/-+[67]
TIM-3--++/-+/-[71]
IL-1RAP-++-+[60,103]
Table 4 A draft of compounds under clinical trial in leukemic stem cell bone marrow microenvironment target therapy
DiseaseTargetCompoundClinical trial ID
CMLCXCR4BL-8040NCT02115672
CMLIL-1RAPCAR-LMCNCT02842320
CMLJAK-inhibitorRuxolitinibNCT01702064, NCT03654768, NCT01751425, NCT03610971
AMLCXCR4Plerixafor (AMD3100)NCT01455025
AMLHypoxiaTH-302NCT01149915
AMLVEGFAfliberceptNCT00601991
AMLVLA-4AS101NCT01010373
AMLAng-1/2Trebananib (AMG 386)NCT01555268
AMLCD47SRF231, TTI-621, CC90002, Hu5F9-G4NCT03512340, NCT02663518, NCT02367196, NCT02678338, NCT03248479
AMLNotchLY3039478, MK0752NCT01695005, NCT00100152
AMLXIAPAEG35156NCT00363974
AMLBH3ABT-199NCT01994837
AMLPan FGFRLY274455NCT01212107