The anatomical barriers and the tear fluid dynamics in the precorneal area have a huge effect on the eye-related drug bioavailability. In situ forming gels stand out as the formulation candidates for the improvement of bioavailability and efficacy of topical ophthalmic drugs. These are prepared as liquid dosage forms that undergo phase transition on eye surface to form viscoelastic gel in response to an environmental stimulus following topical administration. During formulation development, in situ forming ophthalmic gels need to be fine-tuned considering all the biopharmaceutical challenges of the front of the eye. The aim of this thesis was to develop temperature-responsive in situ forming poloxamer P407/ poloxamer P188/chitosan gel...
Bioraspoloživost lijeka u oku je vrlo niska pri topikalnoj primjeni konvencionalnih kapi za oko zbog...
The aim of the present work was development and characterization of in-situ Ophthalmic Gel of&...
Objective: This work was conducted to develop and evaluate Poloxamer 407-HPMC K50M based in situ gel...
In situ forming ophthalmic gels need to be fine tuned considering all the biopharmaceutical challeng...
The purpose of the study was to develop an optimized thermoreversible in situ gelling ophthalmic dru...
Objective: The present study has focused on development and optimization of thermosensitive in-situ ...
Purpose: To overcome the problems of low bioavailability of the drug associated with the short pre-c...
Background: The significant problem in the ocular drug delivery is the attainment of optimal drug co...
Delivery of drug into the ocular region is hindered by the protective layers that encapsulate the ey...
In situ ophthalmic gel is a type of eye drug preparation that has a higher bioavailability value and...
In situ gelling systems are becoming one of the most popular and well-known, with many potential ben...
AbstractIn situ gels are systems which are applied as solutions or suspensions and are capable of un...
Objective: This work aims to formulate and evaluate an ophthalmic in-situ gel of ciprofloxacin hydro...
The aim of this study was the development and optimization of chitosan and hydroxypropyl methylcellu...
Eye is the most sensitive organ of the body. Designing of ocular drug delivery system is the m...
Bioraspoloživost lijeka u oku je vrlo niska pri topikalnoj primjeni konvencionalnih kapi za oko zbog...
The aim of the present work was development and characterization of in-situ Ophthalmic Gel of&...
Objective: This work was conducted to develop and evaluate Poloxamer 407-HPMC K50M based in situ gel...
In situ forming ophthalmic gels need to be fine tuned considering all the biopharmaceutical challeng...
The purpose of the study was to develop an optimized thermoreversible in situ gelling ophthalmic dru...
Objective: The present study has focused on development and optimization of thermosensitive in-situ ...
Purpose: To overcome the problems of low bioavailability of the drug associated with the short pre-c...
Background: The significant problem in the ocular drug delivery is the attainment of optimal drug co...
Delivery of drug into the ocular region is hindered by the protective layers that encapsulate the ey...
In situ ophthalmic gel is a type of eye drug preparation that has a higher bioavailability value and...
In situ gelling systems are becoming one of the most popular and well-known, with many potential ben...
AbstractIn situ gels are systems which are applied as solutions or suspensions and are capable of un...
Objective: This work aims to formulate and evaluate an ophthalmic in-situ gel of ciprofloxacin hydro...
The aim of this study was the development and optimization of chitosan and hydroxypropyl methylcellu...
Eye is the most sensitive organ of the body. Designing of ocular drug delivery system is the m...
Bioraspoloživost lijeka u oku je vrlo niska pri topikalnoj primjeni konvencionalnih kapi za oko zbog...
The aim of the present work was development and characterization of in-situ Ophthalmic Gel of&...
Objective: This work was conducted to develop and evaluate Poloxamer 407-HPMC K50M based in situ gel...