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. 2023 Jun 12;14:1149203. doi: 10.3389/fimmu.2023.1149203

Table 1.

Current biological agents in “Type-2 high” asthma.

Related cell Therapeutic Target Biologic Agent FDA approved Route of Administration
and Dose
Efficacy
Epithelial cells TSLP Tezepelumab Yes SC; 210 mg every 4 wks Reduced exacerbations and AHR; decreased eosinophilic inflammation; Improved lung function and quality of life
TSLP Ecleralimab No Inhal; 4mg qd attenuated bronchoconstriction and airway inflammation
IL-33 Itepekimab No SC; 300mg every 2 wks Reduced exacerbations; decreased eosinophilic inflammation; improved lung function
IL-33/ST2 Astegolimab No SC; 70-490mg every 4 wks Reduced exacerbations
Th2 cell IL-5 Mepolizumab Yes IV; 75mg every 4 wks
SC;100mg every 4 wks
Reduced exacerbations; Improved quality of life, lung function, and markers of asthma control
IL-5 Reslizumab Yes IV; 3.0mg/kg every 4 wks Reduced exacerbations and daily maintenance OCS;
IL-5R Benralizumab Yes SC; 30mg every 4 wks Reduced exacerbations and daily maintenance OCS; Improved lung function (in part study), and symptoms
IL-4 Pascolizumab No N/A N/A
IL-13 lebrikizumab No SC; 37.5 mg or 125 mg every 4 wks Unsatisfactory (Inconsistent across studies)
IL-13 Tralokinumab No SC; 300 mg every 2 wks Unsatisfactory (Inconsistent across studies)
IL-4 and IL-13 Dupilumab Yes SC; 200 or 300mg every 2 wks Reduced exacerbations; Improved lung function and asthma control; suppressed type 2 inflammatory biomarkers
TFH cell IgE Omalizumab Yes SC; 75 to 375 mg every 2 to 4 wks (based on body weight and pretreatment level of serum total IgE) Reduced exacerbations, improved quality of life, lung function, and asthma control
Th9 cell IL-9 MEDI-528 No SC; 30-300 mg every 2 wks Unsatisfactory