Effect of formulation variables and gamma sterilization on transcorneal permeation and stability of proniosomal gels as ocular platforms for antiglaucomal drug
This study aims to evaluate the effect of different formulation variables (surfactant type and
HLB value) adopting full factorial design (5 1. 2 1) using coacervation phase technique on in …
HLB value) adopting full factorial design (5 1. 2 1) using coacervation phase technique on in …
Effect of Formulation Variables and Gamma Sterilization on Transcorneal Permeation and Stability of Proniosomal Gels as Ocular Platforms for Antiglaucomal Drug.
S Sayed, M Abdelmoteleb, MM Amin… - AAPS …, 2020 - search.ebscohost.com
This study aims to evaluate the effect of different formulation variables (surfactant type and
HLB value) adopting full factorial design (5< sup> 1. 2< sup> 1) using coacervation phase …
HLB value) adopting full factorial design (5< sup> 1. 2< sup> 1) using coacervation phase …
Effect of Formulation Variables and Gamma Sterilization on Transcorneal Permeation and Stability of Proniosomal Gels as Ocular Platforms for Antiglaucomal Drug.
S Sayed, M Abdelmoteleb, MM Amin… - AAPS …, 2020 - europepmc.org
This study aims to evaluate the effect of different formulation variables (surfactant type and
HLB value) adopting full factorial design (51. 21) using coacervation phase technique on in …
HLB value) adopting full factorial design (51. 21) using coacervation phase technique on in …
Effect of Formulation Variables and Gamma Sterilization on Transcorneal Permeation and Stability of Proniosomal Gels as Ocular Platforms for Antiglaucomal Drug
S Sayed, M Abdelmoteleb, MM Amin… - AAPS …, 2020 - pubmed.ncbi.nlm.nih.gov
This study aims to evaluate the effect of different formulation variables (surfactant type and
HLB value) adopting full factorial design (5 1. 2 1) using coacervation phase technique on in …
HLB value) adopting full factorial design (5 1. 2 1) using coacervation phase technique on in …