The micellar aggregates formed at high pH for dipeptide-based gelators can be varied by using different alkali metal salts to prepare the solutions. The nature of the micellar aggregates directly affects the properties of the resulting gels
Gels can be formed by dissolving Fmoc–diphenylalanine (Fmoc–PhePhe or FmocFF) in an organic solvent ...
The self-assembly of low molecular weight gelators to form gels has enormous potential for cell cult...
Gels can be formed by dissolving Fmoc–diphenylalanine (Fmoc–PhePhe or FmocFF) in an organic solvent ...
The micellar aggregates formed at high pH for dipeptide-based gelators can be varied by using differ...
The micellar aggregates formed at high pH for dipeptide-based gelators can be varied by using differ...
The micellar aggregates formed at high pH for dipeptide-based gelators can be varied by using differ...
Some functionalised dipeptides can form hydrogels when salts are added to solutions at high pH. We h...
A simple heat and cool cycle can be used to significantly affect the properties of a solution of a l...
A simple heat and cool cycle can be used to significantly affect the properties of a solution of a l...
We show that the same low molecular weight gelator can form gels using three different methods. Gels...
We show that the same low molecular weight gelator can form gels using three different methods. Gels...
We describe a new dipeptide hydrogel based on an oligophenylene vinylene core. After gelation, the i...
Mixing low molecular weight gelators (LMWGs) shows promise as a means of preparing innovative materi...
We describe a new dipeptide hydrogel based on an oligophenylene vinylene core. After gelation, the i...
The properties of a hydrogel are controlled by the underlying network that immobilizes the solvent. ...
Gels can be formed by dissolving Fmoc–diphenylalanine (Fmoc–PhePhe or FmocFF) in an organic solvent ...
The self-assembly of low molecular weight gelators to form gels has enormous potential for cell cult...
Gels can be formed by dissolving Fmoc–diphenylalanine (Fmoc–PhePhe or FmocFF) in an organic solvent ...
The micellar aggregates formed at high pH for dipeptide-based gelators can be varied by using differ...
The micellar aggregates formed at high pH for dipeptide-based gelators can be varied by using differ...
The micellar aggregates formed at high pH for dipeptide-based gelators can be varied by using differ...
Some functionalised dipeptides can form hydrogels when salts are added to solutions at high pH. We h...
A simple heat and cool cycle can be used to significantly affect the properties of a solution of a l...
A simple heat and cool cycle can be used to significantly affect the properties of a solution of a l...
We show that the same low molecular weight gelator can form gels using three different methods. Gels...
We show that the same low molecular weight gelator can form gels using three different methods. Gels...
We describe a new dipeptide hydrogel based on an oligophenylene vinylene core. After gelation, the i...
Mixing low molecular weight gelators (LMWGs) shows promise as a means of preparing innovative materi...
We describe a new dipeptide hydrogel based on an oligophenylene vinylene core. After gelation, the i...
The properties of a hydrogel are controlled by the underlying network that immobilizes the solvent. ...
Gels can be formed by dissolving Fmoc–diphenylalanine (Fmoc–PhePhe or FmocFF) in an organic solvent ...
The self-assembly of low molecular weight gelators to form gels has enormous potential for cell cult...
Gels can be formed by dissolving Fmoc–diphenylalanine (Fmoc–PhePhe or FmocFF) in an organic solvent ...