Table 4 Overview of compounds inhibiting the CXCL12-CXCR4/ACKR3 interaction in recent in vivo experiments and in completed or ongoing clinical trials

From: The chemokines CXCL8 and CXCL12: molecular and functional properties, role in disease and efforts towards pharmacological intervention

Agent name (company)

Mechanism of action

Targeting diseases

In vivo model/Clinical trials

Results

Ref.

Plerixafor/AMD3100/Mozobil

(Genzyme)

CXCR4 antagonist

Cervical cancer

Cervical cancer xenografts

Plerixafor with radiochemotherapy blunted therapy-induced increases in CXCL12 signaling & reduced tumor growth and intestinal toxicity

[266]

Breast cancer

Triple negative breast cancer murine model

Liposomal-AMD3100 with immunotherapy reduced tumor size & prolonged survival

[267]

Ovarian cancer

Ovarian cancer murine model

Plerixafor with immunotherapy inhibited tumor growth & prolonged survival by preventing multifaceted immunosuppression

[268]

Multiple myeloma

NCT00903968

(Phase I/II: completed)

Plerixafor in combination with bortezomib is safe & the objective response rate is high

[326]

NCT05087212

(Phase IV: recruiting)

  

Chronic lymphocytic leukemia

NCT00694590

(Phase I: completed)

Plerixafor is well-tolerated, supporting further studies

[272]

Myelodysplastic syndromes

NCT01065129

(Phase I: completed)

Plerixafor with azacytidine chemotherapy is safe & demonstrated encouraging response rates

[273]

Pediatric cancer

NCT01288573

(Phase I/II completed)

Plerixafor with standard G-CSF ± chemotherapy for HSC mobilization was well tolerated & efficacious

[274]

Metastatic pancreatic cancer

NCT04177810

(Phase II: recruiting)

  

Glioblastoma

NCT03746080

(Phase II: recruiting)

  

WHIM syndrome

NCT00967785

(Phase I/II: recruiting)

  

COVID-19

NCT05411575

(Phase II: ongoing)

  

NCT04646603

(Phase II: recruiting)

  

Fanconi anemia

NCT02678533

(Phase I/II: completed)

HSC mobilization with plerixafor is safe & more efficient in younger patients without bone marrow failure

[284]

NCT02931071

(Phase II: completed)

HSC mobilization with plerixafor is safe & efficient in pediatric patients

[285]

Sickle cell disease

NCT03226691

(Phase I: completed)

Safe & sufficient collection of HSCs in most but not all participants. HSC mobilization is impacted by age, bone marrow reserve & disease severity

[286]

NCT02193191

(Phase I: recruiting)

  

NCT03664830

(Phase I: recruiting)

  

NCT04817345

(Phase II: recruiting)

  

NCT05445128

(Phase II: recruiting)

  

HSC transplantation with matched sibling donors

NCT01696461

(Phase II: completed)

Rapid and safe mobilization of sufficient numbers of HSCs from matched sibling donors. Engraftment was prompt & outcomes in recipients were encouraging

[327]

Chronic granulomatous disease

NCT03547830

(Phase II: recruiting)

  

Type 1 diabetes

NCT03182426

(Phase I/II: ongoing)

  

Idiopathic CD4 lymphocytopenia

NCT02015013

(Phase II: recruiting)

  

Balixafortide/ POL6326

(Polyphor)

CXCR4 antagonist

Breast cancer

NCT03786094

(Phase III: ongoing)

  

PTX-9908/CTCE-9908 (TCM Biotech)

CXCR4 antagonist

Hepatocellular carcinoma

NCT03812874

(Phase I/II: recruiting)

  

Motixafortide/

BL-8040

(BioLineRx)

CXCR4 antagonist

Healthy volunteers

NCT05293171

(Phase I: ongoing)

  

Pancreatic cancer

NCT02826486

(Phase II: ongoing)

BL-8040 with immuno- and chemotherapy increased anti-tumor immune responses

[275]

NCT02907099

(Phase II: ongoing)

  

NCT04543071

(Phase II: recruiting)

  

NCT03193190

(Phase I/II: recruiting)

  

Gastric & esophageal cancer

NCT03281369

(Phase I/II: recruiting)

  

Acute myeloid leukemia

NCT01838395

(Phase II: completed)

BL-8040 with chemotherapy increased survival & supported continued clinical development

[276]

Multiple myeloma

NCT03246529

(Phase III: ongoing)

  

Advanced hematological cancer

NCT02639559

(Phase II: ongoing)

  

X4P-001/mavorixafor/ AMD11070/AMD070

(X4 Pharmaceuticals)

CXCR4 antagonist

WHIM syndrome

NCT03005327

(Phase II: ongoing)

Mobilization of neutrophils and lymphocytes & reduced infections

[282]

NCT03995108

(Phase III: ongoing)

  

Chronic neutropenia

NCT04154488

(Phase I: recruiting)

  

Renal cell carcinoma

NCT02923531

(Phase I/II: completed)

Manageable safety profile, supporting further studies

[328]

NCT02667886

(Phase I/II: ongoing)

  

Waldenstrom’s macroglobulinemia

NCT04274738

(Phase I: ongoing)

  

Breast cancer

NCT05103917

(Phase I/II: recruiting)

  

Spiegelmer NOX-A12/ Olaptesed

(TME Pharma)

RNA-oligonucleotide binding CXCL12

Pancreatic & colorectal cancer

NCT03168139

(Phase I/II: completed)

NOX-A12 with immunotherapy was safe, supporting further clinical studies

[269]

Chronic lymphocytic leukemia

NCT01486797

(Phase II: completed)

NOX-A12 with chemo- and immunotherapy was safe, supporting further clinical studies

[270]

Multiple myeloma

NCT01521533

(Phase II: completed)

NOX-A12 with chemotherapy was safe, supporting further clinical studies

[271]

Glioblastoma

NCT04121455

(Phase I/II: recruiting)

  

ACT-1004–1239

(Idorsia)

ACKR3 antagonist

Healthy volunteers

NCT03869320

(Phase I: completed)

ACT-1004–1239 was safe & well tolerated supporting further clinical development

[279]

NCT04286750

(Phase I: completed)

Favorable safety/tolerability and pharmacokinetic profiles, supporting further clinical development

[280]

Ulocuplumab/

BMS-936564/

MDX-1338

(Bristol-Myers Squibb)

Anti-CXCR4 antibodies

Waldenstrom’s macroglobulinemia

NCT03225716

(Phase I/II: ongoing)

Support for further clinical development

[277]

Multiple myeloma

NCT01359657

(Phase I: completed)

Ulocuplumab is safe & leads to a high response rate if combined with lenalidomide and dexamethasone

[278]

  1. This table provides an overview of compounds evaluated in recent (over the last 4 years) pre-clinical research, clinical trials with published results, and trials that are currently ongoing
  2. BRCA1 breast cancer-associated gene 1, HSC hematopoietic stem cell, WHIM Warts, Hypogammaglobulinemia, Immunodeficiency, and Myelokathexis syndrome