It has previously been reported that the caffeine : malonic acid co-crystal system forms spontaneously upon the contact of the two materials. Here we studied the crystal growth in this system to rationally define the role that water plays, thus enabling us to monitor the conversion by solid-state NMR and control the kinetics of spontaneous co-crystal production by increasing or decreasing the relative humidity
International audienceThis paper reports for the first time the crystallization of cocrystals (caffe...
The cocrystallization of caffeine and urea was monitored and analyzed using infrared spectroscopy, R...
The asthma therapeutic theophylline exists in at least three anhydrous polymorphs and a monohydrate....
peer-reviewedThe co-crystallization of caffeine and urea was monitored and analyzed using infrared ...
YesThe main objective of this research is to investigate solid-state destabilization mechanism and k...
The crystal structure of a new 1 : 2 caffeine–citric acid hydrate cocrystal is presented. The caffei...
Previously reported methods for co-crystal synthesis have employed a variety of strategies and these...
This dissertation has focused on the solid-state characterization of different co-crystal system as ...
yesReproducible control of stoichiometry and difficulties in large scale production have been identi...
Pharmaceutical cocrystals comprise one active pharmaceutical ingredient (API) and at least one small...
peer-reviewedCaffeine and maleic acid can form various cocrystal forms, which is a potential route t...
Reproducible control of stoichiometry and difficulties in large scale production have been identifi...
Caffeine (a model pharmaceutical mimic) and malonic acid (a common excipient partner) are known to f...
ABSTRACT: A systematic crystal engineering study was performed on the model pharmaceutical compound ...
YesA green approach has been used for co-crystallization of non-congruent co-crystal pair of caffein...
International audienceThis paper reports for the first time the crystallization of cocrystals (caffe...
The cocrystallization of caffeine and urea was monitored and analyzed using infrared spectroscopy, R...
The asthma therapeutic theophylline exists in at least three anhydrous polymorphs and a monohydrate....
peer-reviewedThe co-crystallization of caffeine and urea was monitored and analyzed using infrared ...
YesThe main objective of this research is to investigate solid-state destabilization mechanism and k...
The crystal structure of a new 1 : 2 caffeine–citric acid hydrate cocrystal is presented. The caffei...
Previously reported methods for co-crystal synthesis have employed a variety of strategies and these...
This dissertation has focused on the solid-state characterization of different co-crystal system as ...
yesReproducible control of stoichiometry and difficulties in large scale production have been identi...
Pharmaceutical cocrystals comprise one active pharmaceutical ingredient (API) and at least one small...
peer-reviewedCaffeine and maleic acid can form various cocrystal forms, which is a potential route t...
Reproducible control of stoichiometry and difficulties in large scale production have been identifi...
Caffeine (a model pharmaceutical mimic) and malonic acid (a common excipient partner) are known to f...
ABSTRACT: A systematic crystal engineering study was performed on the model pharmaceutical compound ...
YesA green approach has been used for co-crystallization of non-congruent co-crystal pair of caffein...
International audienceThis paper reports for the first time the crystallization of cocrystals (caffe...
The cocrystallization of caffeine and urea was monitored and analyzed using infrared spectroscopy, R...
The asthma therapeutic theophylline exists in at least three anhydrous polymorphs and a monohydrate....