- Cannabinoid receptor antagonism augments the valproic acid induced attenuation of neural stem cell proliferation, an effect not dependant on IL-1? 
A M Thornton, D P Finn, F Molina-Holgado, M Roche
 
								
									
									
									- Cannabinoid receptor antagonism augments the valproic acid induced attenuation of neural stem cell proliferation, an effect not dependant on IL-1β 
A M Thornton, D P Finn, F Molina-Holgado, M Roche
 
								
									
									
									- Characterisation of CB1 cannabinoid receptors in molecular docking studies  
L Murali, S Alexander, S Doughty, A Emtage
 
								
									
									
									- Characterisation of CB1 cannabinoid receptors in molecular docking studies  
L Murali, S Alexander, S Doughty, A Emtage
 
								
									
									
									- Coupling of the human recombinant CB2 cannabinoid receptor to ERK and calcium elevation 
W Hourani, S P Alexander
 
								
									
									
									- Coupling of the human recombinant CB2 cannabinoid receptor to ERK and calcium elevation  
W Hourani, S P Alexander
 
								
									
									
									- Coupling of the human recombinant CB2 cannabinoid receptor to extracellular signal-regulated kinase and calcium elevation in Chinese hamster ovary cells  
W Hourani, R Roberts, S P Alexander
 
								
									
									
									- Coupling of the human recombinant CB2 cannabinoid receptor to extracellular signal-regulated kinase and calcium elevation in Chinese hamster ovary cells  
W Hourani, R Roberts, S P Alexander
 
								
									
									
									- CPT1C deficient mice show increased hypothalamic 2-AG levels and impaired leptin and diet-induced thermogenesis 
C Miralpeix, R Rodríguez-Rodríguez, J Casas, N Casals
 
								
									
									
									- CPT1C deficient mice show increased hypothalamic 2-AG levels and impaired leptin and diet-induced thermogenesis 
C Miralpeix, R Rodríguez-Rodríguez, J Casas, N Casals