Table 2.
Disease | Targeting | Strategy | Delivery Route |
Treatment Regiment | Results/ Outcomes |
Proposed mechanism of action | Type of study | References |
---|---|---|---|---|---|---|---|---|
TRALI | Supportive care | Oxygen inhalation | Not mentioned | Not mentioned | Relieving respiratory distress | Maintaining hemodynamics | Review | Semple et al. (13), 2019 |
Review | Kuldanek et al. (126), 2019 | |||||||
Ventilation | Invasive | Not mentioned | Review | Kuldanek et al. (126), 2019 | ||||
Noninvasive | Not mentioned | |||||||
Extra-corporeal membrane oxygenation | Intravenous catheterization | Not mentioned | Review | Kuldanek et al. (126), 2019 | ||||
Lasting 15 h after the operation | Case reports | Honda et al. (131), 2015 | ||||||
Serum proinflammatory, anti-inflammatory markers levles, and oxidative stress | Ascorbic acid | I.V. | 2.5 gm/6 h, 96 h | Better 7-days survival | Reduced most proinflammatory markers levels and oxidative stress; elevated anti-inflammatory marker | Clinical trial | Kassem et al. (132), 2022 | |
Gut glora | Broad spectrum;(vancomycin, ampicillin, neomycin, and metronidazole) | Oral | 1 mg/mL, every 48 hours for 1 week | Preventing murine TRALI | Decreasing plasma MIP-2 levels and pulmonary PMN recruitment | Preclinical study | Kapur R et al. (24), 2018 | |
Antibody-dependent TRALI |
NETs | Aspirin | I.P. | 100 μg/g, 30 min prior to LPS priming and again 2 h prior to MHC-I mAb challenge. | Alleviating lung injury | Decreasing NET formation and NET-associated platelets sequestration | Preclinical study | Caudrillier et al. (78), 2012 |
DNase1 | I.V. | 10 mg/kg, at the same time of H2Kd mAb injection; 5 minutes after H2Kd mAb injection |
Alleviating lung injury | Decreasing NET formation and NET-associated platelets sequestration | Preclinical study | Caudrillier et al. (78), 2012 | ||
DNase1 | Intranasal | 50 μg/mouse, 10 min before or 90 min after H2Kd antibody injection. |
Improving arterial oxygen saturation | Disrupting NET accumulation | Preclinical study | Thomas et al. (81), 2012 | ||
Disulfiram | I.P. | 50 mg/kg, 24 h and 3 h before H2Kd antibody injection. | Improving survival | Blockade of NET formation | Preclinical study | Adrover et al. (91), 2022 | ||
MSI-1436 | I.P. | 10 mg/kg, 2 h before TRALI induction | Preventing murine TRALI and improving survival | Limiting NET production | Preclinical study | Song et al. (46), 2022 | ||
ROS | IVIg | I.P. | 2 g/kg, 18 h before 34-1-2S injection; 1 g/kg dose of IVIg 3 min post 34-1-2S injection | Preventing TRALI as well as reducing lung injury | Inhibiting PMN derived ROS production | Preclinical study | Semple et al. (97), 2012 | |
PMNs | MSI-1436 | I.P. | Optimal dose of 10 mg/kg, 2 h before 34-1-2S injection. | Preventing murine TRALI and improving survival | Promoting PMN aging | Preclinical study | Song et al. (46), 2022 | |
Dasatinib | Oral | Not mentioned | Alleviating lung injury | Inhibited PMN activation | Preclinical study | Le et al. (49), 2022 | ||
ECs | IL-35 | I.V. | 100 μg/kg, once a day for 2 days before the TRALI model, and the model was generated on the third day, with a third injection before 34-1-2S injection. | Preventing TRALI | Inhibition of endothelial activation | Preclinical study | Qiao et al. (133), 2020 | |
Macrophage | anti-OPN antibody | I.V. | 2.25 mg/kg, injected with TRALI induction antibodies | Preventing TRALI onset | Blocking OPN derived from macrophages | Preclinical study | Kapur et al. (26), 2019 | |
AAT | Exogenous gene delivery; hydrodynamic injection | A mixture of a pattB-CMV-AAT and a mouse codon-optimized PhiC31o vector was codelivered to hepatocytes by hydrodynamic injection |
Alleviating lung injury | Suppressing AMs polarization toward the proinflammatory M1 phenotype | Preclinical study | Wang et al. (74), 2020 | ||
Platelets | Sarpogrelate | I.V. | 1 mg/kg,5min before 34-1-2S injection; injection after TRALI induction | Abolishing lung edema | Blockade of platelet FcγRIIA/CD32A activation mediated serotonin secretion | Preclinical study | El Mdawar et al. (84), 2021 | |
Tirofiban | I.V. | 2 μg/g, 30min before 34-1-2S injection | Decreasing lung injury | Suppressing platelet activation and targeting pulmonary coagulation-fibrinolytic disorders | Preclinical study | Yuan et al. (134), 2023 | ||
Anti-inflammatory cytokine | IL-10 | I.V. | 45 mg/kg, together with the TRALI induction antibodies or 15 min after injection of TRALI induction antibodies | Protecting and rescuing murine TRALI | Removal of a major anti-inflammatory brake. | Preclinical study | Kapur et al. (32), 2017 | |
Treg | IL-2/IL-2c | I.P. | IL-2 5μg/kg or IL-2c (1 mg of recombinant murine IL-2 and 10 mg of mouse IL-2 antibody) administered to mice for 5 consecutive days before TRALI model induction |
Preventing murine TRALI |
Activation of Treg-IL-10 axis |
Preclinical study | He et al. (135), 2019 |
TRALI, transfusion-related acute lung injury; h, hour; I.V., intravenous injection; I.P., intraperitoneal injection; min, minute; MIP-2, macrophage inflammatory protein-2; NETs, neutrophil extracellular traps; ROS, reactive oxygen species; mAb, monoclonal antibody; IVIg, intravenous immunoglobulin; PMNs, polymorphonuclear neutrophils; ECs, endothelial cells; IL, interleukin; OPN, osteopontin; α1-antitrypsin, AAT; AM, alveolar macrophage; FcγR, IgG receptor; IL-2c, anti-IL-2 complexes; Treg, regulatory T cell.