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International Journal of Bioprinting                               Semi-solid extrusion for pediatric medicine




                                                                                   Continued
                 Ref.  111    112  113  114       115  116      117      118



                     Quality assessment of SSE additive manufacturing of  lipid-based emulsion gels for poorly water-soluble drugs;  printlets that disintegrate within 3 min are considered  Comparative study of the suitability of the molding for  SSE 3D printing to produce pediatric dosage forms Development of small dosage forms (mini-tablets)   Multi-layered films with porous structures used as   Evaluation of different drying times on the properties of  orodispersible f













                 Commentaries  orodispersible  for pediatric use  substrates for inkjet printing  dosing syringes  highest drug release rate








                     Capmul MGM EP, Captex 355 EP/NF,  Kolliphor EL, purified water, Methocel   Lactose monohydrate, croscarmellose  sodium, PVP, flavoring essence  Ac-Di-Sol; Kollidon ®  30; lactose  monohydrate; sucralose; water HPMC; PVA; glycerol; sodium starch  glycolate; porogen agents (Aeroperl ®  300,  Fujisil ® , Syloid ®  244 FP, Syloid ®  XDP 3050,  Neusilin ®  S2, Neusilin ®  US2, and Neusilin ®    Maltodextrin; sorbitol; hydroxyethyl   HPMC E15; sodium starch









                 Excipients  A4M, Ac-Di-Sol SD-711  UFL2)  cellulose; purified water  poloxamer; HPMC







                     Fenofibrate  Hydrochlorothiazide  Carbamazepine  No API used  No API used  Phenytoin sodium  Estradiol  Apigenin

                 API



                 Formulation details    and properties  Immediate release printlets   from emulsion gels.  Immediate release printlets  Orodispersible films  Fast-disintegrating tablets  Mucoadhesive buccal films  Mucoadhesive films








             Table 1. Continued  Formulation type  Orodispersible dosage   forms  Others dosage forms  Mucoadhesive films










            Volume 10 Issue 6 (2024)                        48                                doi: 10.36922/ijb.4063
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