drug carrier
        Product list
  
          
            |  | 1. Product list
                    
                      | Product | Quant. | Component ratio | Average Molecular Weight *1 | Intrinsic Viscosity
 (dl/g) *2
 |  
                      | DL-Lactic Acid (LA)
 | Glycolic Acid (GA)
 |  
                      | PLA-0005 | 25 g | 100 | 0 | 5,000 
 | 0.085 ~ 0.099 
 |  
                      | PLA-0010 | 25 g | 100 
 | 0 
 | 10,000 
 | 0.118 ~ 0.137 
 |  
                      | PLA-0015 | 25 g | 100 | 0 | 15,000 
 | 0.147 ~ 0.177 
 |  
                      | PLA-0020 | 25 g | 100 | 0 | 20,000 
 | 0.177 ~ 0.216 
 |  
                      | PLGA-7505 | 25 g | 75 | 25 | 5,000 
 | 0.082 ~ 0.098 
 |  
                      | PLGA-7510 | 25 g | 75 | 25 | 10,000 
 | 0.119 ~ 0.140 
 |  
                      | PLGA-7515 | 25 g | 75 | 25 | 15,000 
 | 0.152 ~ 0.185 
 |  
                      | PLGA-7520 | 25 g | 75 | 25 | 20,000 
 | 0.186 ~ 0.230 
 |  
                      | PLGA-5005 | 25 g | 50 | 50 | 5,000 
 | 0.088 ~ 0.102 
 |  
                      | PLGA-5010 | 25 g | 50 | 50 | 10,000 
 | 0.122 ~ 0.143 
 |  
                      | PLGA-5015 | 25 g | 50 | 50 | 15,000 
 | 0.154 ~ 0.186 
 |  
                      | PLGA-5020 | 25 g | 50 | 50 | 20,000 
 | 0.187 ~ 0.229 
 |  
                    
                      | *1 | Average Molecular Weight : measured by GPC. |  
                      | *2 | Intrinsic Viscosity : calculated according to the following equation:The method is described in the Pharmacopoeia of Japan
 |  
                      |  | Intrinsic Viscosity = In t / t0 / C
 
                            
                              | Where C | : | concentration of sample (g/dl) |  
                              | t | : | time in seconds for the sample solution to pass through a capillary tube |  
                              | t0 | : | time in seconds for the solvent to pass through the same capillary tube |  
                            
                              | Test conditions    : | Solvent ; Chloroform Sample concentration ; 1 % (w / v)
 Viscosimeter ; Ubbelohde-type
 Temperature ; 25°C
 |  Storage These polymers are susceptible to hydrolysis, therefore should be kept under anhydrous conditions below 10°C. |  | 
        
        
 
          
          
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