MATHEMATICAL MODEL FITTING OF OBTAINED DRUG RELEASE
Controlled Drug Release from Biomaterials and Its Mathematical Modeling
... on drug release from the films [40 –43] . The investigation of release behaviour of one chosen drug from di fferent polymers allows for a more thorough analysis of the obtained ...
114
Mathematical Model of the Role of Peristalsis in Intestinal Drug Absorption
... In this paper, we shall concentrate on the enteral administration and in particular, the oral administration. This is vital because most drugs are commonly ingested orally, even though more rapid therapeutic effect is ...
6
A two-dimensional mathematical model of percutaneous drug absorption
... the drug, (2) the flux and the cumulative amount of drug eliminated into the receptor cell, (3) the steady- state value of the flux, (4) the time to reach the steady-state value of the flux and (5) the ...
13
A three-dimensional mathematical model for drug delivery from drug-eluting stents
... a drug that is slowly eluted to prevent the growth of scar tissue in the artery ...flow. Drug-eluting stents are safe and effective in most circumstances, having a lower rate of restenosis than bare- metal ...
13
Mathematical Model for Potassium Release from Polymer-coated Fertiliser
... exact mathematical model based on Fick’s Second Diffusion Law was developed to predict the release rate of polymer-coated fertiliser using a numerical solution and Fourier series ...explicit ...
6
Drug release prediction by curve fitting for surface engineered nanosystem design with green bioactive payload
... edge drug delivery technologies has enhanced considerably to replace expensive drug discovery ...in drug delivery has helped to transform plant bioactives like silymarin or curcumin originally ...
5
INVESTIGATION ON DISSOLUTION PATTERN AND MATHEMATICAL MODELING OF DRUG RELEASE OF QUERCETIN BY COMPLEXATION WITH CYCLODEXTRIN NANOSPONGES
... Nanosponges are recently developed hypercross-linked CD polymers nanostructured to form three-dimensional networks; they are obtained by reacting CD with a suitable cross-linking agents. CD-based nanosponges ...
5
STUDY OF THE BINDING PROPERTIES OF GUM OBTAINED FROM CURCUMA AMADA ON MODEL DRUG PARACETAMOL
... www.ijpsr.com DOI link: http://dx.doi.org/10.13040/IJPSR.0975-8232.7 (4).1645-55 Curcuma amada was purchased from Sri Venketeswra University. Lactose and PVP K30 were obtained from Helios Pharmaceuticals Baddi ...
11
Mathematical fitting for the variation in capacity of lithium iron phosphate batteries
... 2 Experiment C293 with fitted results. The proposed model contains both an exponential term and a polynomial term. The parameters of the two terms are obtained by fitting the capacity variation curve ...
14
FORMULATION AND EVALUATION OF SUSTAINED RELEASE MATRIX TABLET OF A MODEL DRUG
... 7. Drug release increases with increase in concentration of release enhancers such as ...data obtained from stability studies indicate that there is no much change in the release ...
9
Mathematical Modeling for Pharmacokinetic Predictions from Controlled Drug Release NanoSystems: A Comparative Parametric Study
... several mathematical models well-known in the literature for simulating drug release kinetics are compared using available experimental data sets obtained in real systems with different drugs ...
6
High performance simulation of drug release model and mass transport model by using hybrid platform
... curative drug to the neighboring arterial ...systemic drug interaction. This thesis aims to develop a mathematical model for describing the procedure of drug distribution from stent ...
51
A Mathematical Analysis of Rebound in a Target-Mediated Drug Disposition Model. I. Without Feedback
... large drug-target complex cannot be cleared through the kidneys and since the complex cannot bind to the target, target-mediated clearance is also ...for release of the target from the complex at a later ...
22
A two-dimensional mathematical model of non-linear dual-sorption of percutaneous drug absorption
... lag-time obtained as a result of two-dimensional modelling is greater than the lag-time obtained as a result of one-dimensional ...linear model, lag time is independent of donor concentration C. The ...
15
Mathematical Model of an Autoclave
... the mathematical modelling of the following autoclave processes: heating, cooling and pressure ...a mathematical model with which the behaviour of the processes can be simulated and the temperature ...
14
A Mathematical Model of Tuberculosis with Drug Resistance Effects
... deterministic model for the transmission dynamics of ...co-infection model so as to fully understand this problem and the inter- ventions for possible prevention of this ...
14
A mathematical model for histamine synthesis, release, and control in varicosities
... the mathematical model was to have a tool that can be used to interpret experimental data in a very complicated biological ...firing, release, reuptake, glial cells, and control by autoreceptors, and ...
19
Homeostatic mechanisms in dopamine synthesis and release: a mathematical model
... the model experimentally. Discussion The purpose of a mathematical model is not only to sum- marize or represent the biology that is already known, but to provide a platform for in silico ...
20
Serotonin synthesis, release and reuptake in terminals: a mathematical model
... levels. Mathematical models can play an important role because they allow one to study explicitly the simultaneous effects of all the interac- tions in a large complex ...(synthesis, release, reup- take) is ...
26
Mathematical analysis of a drug resistance in a tuberculosis transmission model
... For drug-susceptible active tuberculosis, a stan- dard 6-month treatment with 4 anti-tuberculosis medicines is administered through the provi- sion of information, surveillance and patient support provided by a ...
56