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. Author manuscript; available in PMC: 2018 Dec 1.
Published in final edited form as: Carbohydr Polym. 2017 Aug 18;177:49–57. doi: 10.1016/j.carbpol.2017.08.058

Table 2.

In vitro dissolution parameters of the 3D printed tablets.

Ritger-Peppas model Linear model Peppas-Sahlin model
Exponent, n R2 Slope, k R2 k1 k2 m R2
T1 0.59 0.9872 7.14 0.8881 0.29014 -0.0277 0.8509 0.9975
T2 0.69 0.9924 5.28 0.9254 0.20396 -0.0145 0.8348 0.9956
T3 0.78 0.9808 5.46 0.9790 0.06398 0.0732 0.4685 0.9861
T4 0.71 0.9968 6.02 0.8472 0.18201 0.0746 0.5061 0.9949
T5 0.64 0.9973 4.97 0.9399 0.18909 0.0074 0.6001 0.9968
T6 0.82 0.9968 5.82 0.9585 0.11352 0.0314 0.6168 0.9979
T7 0.10 0.8971 1.41 0.2995 - - - -
T8 0.67 0.9801 2.36 0.5606 - - - -
T9 0.79 0.9900 5.00 0.9271 0.12184 0.0437 0.5939 0.9869
*

T7, T8 parameters were not calculated because their released rate too fast (over 60% in 2 h).