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| all.Amianhcrss | Process to estimate individual PK parameters of aminophylline anhydrous CR tablet with one concentration |
| all.Amianhinfusionsm | Process to estimate individual PK parameters of aminophylline anhydrous iv infusion with multiple concentrations |
| all.Amianhinfusionss | Process to estimate individual PK parameters of aminophylline anhydrous iv infusion with one concentration |
| all.Amianhirsm | Process to estimate individual PK parameters of aminophylline anhydrous IR tablet with multiple concentrations |
| all.Amianhirss | Process to estimate individual PK parameters of aminophylline anhydrous IR tablet with one concentration |
| all.Amicrss | Process to estimate individual PK parameters of aminophylline anhydrous CR tablet with one concentration |
| all.Amidihcrss | Process to estimate individual PK parameters of aminophylline dihydrous CR tablet with one concentration |
| all.Amidihinfusionsm | Process to estimate individual PK parameters of aminophylline dihydrous iv infusion with multiple concentrations |
| all.Amidihinfusionss | Process to estimate individual PK parameters of aminophylline dihydrous iv infusion with one concentration |
| all.Amidihirsm | Process to estimate individual PK parameters of aminophylline dihydrous IR tablet with multiple concentrations |
| all.Amidihirss | Process to estimate individual PK parameters of aminophylline dihydrous IR tablet with one concentration |
| all.Amism | Process to estimate individual PK parameters of aminoglycoside with multiple concentrations |
| all.Amiss | Process to estimate individual PK parameters of aminoglycoside with one concentration |
| all.Carsm | Process to estimate individual PK parameters of carbamazepine with multiple concentrations |
| all.Carss | Process to estimate individual PK parameters of carbamazepine with one concentration |
| all.ChiValsm | Process to estimate individual PK parameters of valproate for children with multiple concentrations |
| all.ChiValss | Process to estimate individual PK parameters of valproate for children with one concentration |
| all.Cycsm | Process to estimate individual PK parameters of cyclosporine A with multiple concentrations |
| all.Cycss | Process to estimate individual PK parameters of cyclosporine A with one concentration |
| all.Digss | Process to estimate individual PK parameters of digoxin with one concentration |
| all.Enfsm | Process to estimate individual PK parameters of enfuvirtide with multiple concentrations |
| all.Enfss | Process to estimate individual PK parameters of enfuvirtide with one concentration |
| all.Enoss | Process to estimate individual PK parameters of enoxaparin with one concentration |
| all.Evesm | Process to estimate individual PK parameters of everolimus with multiple concentrations |
| all.Evess | Process to estimate individual PK parameters of everolimus with one concentration |
| all.Imasm | Process to estimate individual PK parameters of imatinib mesylate with multiple concentrations |
| all.Imass | Process to estimate individual PK parameters of imatinib mesylate with one concentration |
| all.Indsm | Process to estimate individual PK parameters of indinavir with multiple concentrations |
| all.Indss | Process to estimate individual PK parameters of indinavir with one concentration |
| all.Litcitss | Process to estimate individual PK parameters of lithium citrate with one concentration |
| all.Litss | Process to estimate individual PK parameters of lithium carbonate with one concentration |
| all.Oxtcrss | Process to estimate individual PK parameters of oxtriphylline CR tablet with one concentration |
| all.Oxtirsm | Process to estimate individual PK parameters of oxtriphylline IR tablet with multiple concentrations |
| all.Oxtirss | Process to estimate individual PK parameters of oxtriphylline IR tablet with one concentration |
| all.Phess | Process to estimate individual PK parameters of phenytoin with one concentration |
| all.Ritsm | Process to estimate individual PK parameters of ritonavir with multiple concentrations |
| all.Ritss | Process to estimate individual PK parameters of ritonavir with one concentration |
| all.Tacsm | Process to estimate individual PK parameters of tacrolimus with multiple concentrations |
| all.Tacss | Process to estimate individual PK parameters of tacrolimus with one concentration |
| all.Thecrss | Process to estimate individual PK parameters of theophylline CR tablet with one concentration |
| all.Theirsm | Process to estimate individual PK parameters of theophylline IR tablet with multiple concentrations |
| all.Theirss | Process to estimate individual PK parameters of theophylline IR tablet with one concentration |
| all.Valsm | Process to estimate individual PK parameters of valproate with multiple concentrations |
| all.Valss | Process to estimate individual PK parameters of valproate with one concentration |
| all.Vansm | Process to estimate individual PK parameters of vancomycin with multiple concentrations |
| all.Vanss | Process to estimate individual PK parameters of vancomycin with one concentration |
| Ami.model | Algorithm to estimate individual PK parameters of aminoglycoside |
| Ami.more | Function for individual dosage adjustment of aminoglycoside |
| Ami.sm | Algorithm to estimate individual PK parameters of aminoglycoside with multiple concentrations |
| Ami.ss | Algorithm to estimate individual PK parameters of aminoglycoside with one concentration |
| Amianh.menu | Aimnophylline anhydrous input form menu |
| Amianhcr.model | Algorithm to estimate individual PK parameters of aminophylline anhydrous CR |
| Amianhcr.more | Function for individual dosage adjustment of aminophylline dihydrous CR |
| Amianhcr.ss | Algorithm to estimate individual PK parameters of aminophylline anhydrous CR with one concentration |
| Amianhinfusion.model | Estimate individual PK parameters of iv infusion aminophylline anhydrous with loading dose |
| Amianhinfusion.more | Function for individual dosage adjustment of iv infusion aminophylline anhydrous with loading dose |
| Amianhinfusion.sm | Algorithm to estimate individual PK parameters of iv infusion aminophylline anhydrous with loading dose by multiple concentrations |
| Amianhinfusion.ss | Algorithm to estimate individual PK parameters of iv infusion aminophylline anhydrous with loading dose with one concentration |
| Amianhir.model | Algorithm to estimate individual PK parameters of aminophylline anhydrous IR |
| Amianhir.more | Function for individual dosage adjustment of aminophylline anhydrous IR |
| Amianhir.sm | Algorithm to estimate individual PK parameters of aminophylline anhydrous IR with each multiple concentrations |
| Amianhir.ss | Algorithm to estimate individual PK parameters of aminophylline anhydrous IR with one concentration |
| Amidih.menu | Aimnophylline dihydrous input form menu |
| Amidihcr.model | Algorithm to estimate individual PK parameters of aminophylline dihydrous CR |
| Amidihcr.more | Function for individual dosage adjustment of aminophylline dihydrous CR |
| Amidihcr.ss | Algorithm to estimate individual PK parameters of aminophylline dihydrous CR with one concentration |
| Amidihinfusion.model | Algorithm to estimate individual PK parameters of iv infusion aminophylline dihydrous with loading dose |
| Amidihinfusion.more | Function for individual dosage adjustment of iv infusion aminophylline dihydrous with loading dose |
| Amidihinfusion.sm | Algorithm to estimate individual PK parameters of iv infusion aminophylline dihydrous with loading dose by multiple concentrations |
| Amidihinfusion.ss | Algorithm to estimate individual PK parameters of iv infusion aminophylline dihydrous with loading dose |
| Amidihir.model | Algorithm to estimate individual PK parameters of aminophylline dihydrous IR |
| Amidihir.more | Function for individual dosage adjustment of aminophylline dihydrous IR |
| Amidihir.sm | Algorithm to estimate individual PK parameters of aminophylline dihydrous IR with multiple concentrations |
| Amidihir.ss | Algorithm to estimate individual PK parameters of aminophylline dihydrous IR with one concentration |
| Amism.more | Function for individualdosage adjustment of aminoglycoside |
| AntiHIV.menu | Anti-HIV drugs menu |
| cal.again | Calculate another drug again? |
| Car.model | Algorithm to estimate individual PK parameters of carbamazepine |
| Car.more | Function for individual dosage adjustment of carbamazepine |
| Car.sm | Algorithm to estimate individual PK parameters of carbamazepine with multiple concentrations |
| Car.ss | Algorithm to estimate individual PK parameters of carbamazepine by each one concentration |
| ChiVal.model | Algorithm to estimate individual PK parameters of valproate in children |
| ChiVal.more | Function for individual dosage adjustment of valproic acid in children |
| ChiVal.sm | Algorithm to estimate individual PK parameters of valproate in child with each multiple concentrations |
| ChiVal.ss | Algorithm to estimate individual PK parameters of valproate in child with one concentration |
| ChiValcpr | Equation for the calculated conc. of valproate in children at steady-state |
| Cyc.model | Algorithm to estimate individual PK parameters of cyclosporine-A |
| Cyc.more | Function for individual dosage adjustment of cyclosporine |
| Cyc.sm | Algorithm to estimate individual PK parameters of cyclosporine-A with each multiple concentrations |
| Cyc.ss | Algorithm to estimate individual PK parameters of cyclosporine-A by each one concentration |
| Cyccpr | Equation for the calculated conc. of cyclosporine at steady-state |
| Dig.model | Algorithm to estimate individual PK parameters of digoxin |
| Dig.more | Function for individual dosage adjustment of digoxin |
| Dig.ss | Algorithm to estimate individual PK parameters of digoxin with one concentration |
| Digcpr | Equation for the calculated conc. of digoxin at steady-state |
| Enf.model | Algorithm to estimate individual PK parameters of enfuvirtide |
| Enf.more | Function for individual dosage adjustment of enfuvirtide |
| Enf.sm | Algorithm to estimate individual PK parameters of enfuvirtide with each multiple concentrations |
| Enf.ss | Algorithm to estimate individual PK parameters of enfuvirtide with one concentration |
| enfcpr | Equation of Enfuvirtide PK at steady-state |
| Eno.model | Algorithm to estimate individual PK parameters of enoxaparin |
| Eno.more | Function for individual dosage adjustment of enoxaparin |
| Eno.ss | Algorithm to estimate individual PK parameters of enoxaparin with one concentration |
| Enocpr | Equation for the calculated anti-Xa maximal activity of enoxaparin at steady-state |
| Eve.model | Algorithm to estimate individual PK parameters of everolimus |
| Eve.more | Function for individual dosage adjustment of everolimus |
| Eve.sm | Algorithm to estimate individual PK parameters of everolimus with each multiple concentrations |
| Eve.ss | Algorithm to estimate individual PK parameters of everolimus with one concentration |
| Evecpr | Equation for the calculated conc. of everolimus at steady-state |
| go2menu | display menu list |
| Ima.model | Algorithm to estimate individual PK parameters of imatinib mesylate |
| Ima.more | Function for individual dosage adjustment of imatinib mesylate |
| Ima.sm | Algorithm to estimate individual PK parameters of imatinib mesylate with each multiple concentrations |
| Ima.ss | Algorithm to estimate individual PK parameters of imatinib mesylate with one concentration |
| Imacpr | Equation for the calculated conc. of imatinib mesylate |
| Imasscpr | Equation for the calculated conc. of imatinib mesylate at steady-state |
| Immunosuppressants.menu | Main immunosuppressants menu |
| Ind.model | Algorithm to estimate individual PK parameters of indinavir |
| Ind.more | Function for individual dosage adjustment of indinavir |
| Ind.sm | Algorithm to estimate individual PK parameters of indinavir with each multiple concentrations |
| Ind.ss | Algorithm to estimate individual PK parameters of indinavir with one concentration |
| Indcpr | Equation for the calculated conc. of indinavir at steady-state |
| infcpr | Equation of intermediate iv infusion conc. at steady-state |
| Lit.menu | Lithium salt form menu |
| Lit.model | Algorithm to estimate individual PK parameters of lithium carbonate |
| Lit.more | Function for individual dosage adjustment of lithium carbonate |
| Lit.ss | Algorithm to estimate individual PK parameters of lithium carbonate with one concentration |
| Litcit.model | Algorithm to estimate individual PK parameter of lithium citrate |
| Litcit.more | Function for individual dosage adjustment of lithium citrate |
| Litcit.ss | Algorithm to estimate individual PK parameters of lithium citrate with one concentration |
| Litcitcpr | Equation for the calculated conc. of lithium citrate at steady-state |
| Litcpr | Equation for the calculated conc. of lithium carbonate at steady-state |
| note_for_Amism_conc_input | Note for aminoglycoside sampling history |
| note_for_Amism_input | Note for aminoglycoside input information |
| note_for_Amism_output | Note for aminoglycoside output information |
| note_for_Amiss_input | Note for aminoglycoside input information |
| note_for_Amiss_output | Note for aminoglycoside output information |
| note_for_CBZsm_conc_input | Note for carbamazepine sampling history |
| note_for_CBZsm_input | Note for carbamazepine input information |
| note_for_CBZsm_output | Note for carbamazepine output information |
| note_for_CBZss_input | Note for carbamazepine input information |
| note_for_CBZss_output | Note for carbamazepine output information |
| note_for_ChiValsm_conc_input | Note for child valproate sampling history |
| note_for_ChiValsm_input | Note for child valproate input information |
| note_for_ChiValsm_output | Note for child valproate output information |
| note_for_ChiValss_input | Note for child valproate input information |
| note_for_ChiValss_output | Note for child valproate output information |
| note_for_close_window | Note for close window |
| note_for_convergence_plots | Declaration of convergence plots |
| note_for_Cycsm_conc_input | Note for cyclosporine A sampling history |
| note_for_Cycsm_input | Note for cyclosporine A input information |
| note_for_Cycsm_output | Note for cyclosporine A output information |
| note_for_Cycss_input | Note for cyclosporine A input information |
| note_for_Cycss_output | Note for cyclosporine A output information |
| note_for_c_to_d | Note for dose adjustment (C->D) |
| note_for_c_to_d_eno | Note for dose adjustment (C->D) for enoxaparin |
| note_for_c_to_d_mcg | Note for dose adjustment (C->D) |
| note_for_c_to_d_meq | Note for dose adjustment (C->D) |
| note_for_c_to_d_ng | Note for dose adjustment (C->D) |
| note_for_Dig_input | Note for digoxin input information |
| note_for_Dig_output | Note for digoxin output information |
| note_for_d_to_c | Note for dose adjustment (D->C) |
| note_for_d_to_c_eno | Note for dose adjustment (D->C) for enoxaparin |
| note_for_d_to_c_mcg | Note for dose adjustment (D->C) |
| note_for_d_to_c_meq | Note for dose adjustment (D->C) |
| note_for_d_to_c_ng | Note for dose adjustment (D->C) |
| note_for_Enfsm_conc_input | Note for enfuvirtide sampling history |
| note_for_Enfsm_input | Note for enfuvirtide input information |
| note_for_Enfsm_output | Note for enfuvirtide output information |
| note_for_Enfss_input | Note for enfuvirtide input information |
| note_for_Enfss_output | Note for enfuvirtide output information |
| note_for_Eno_input | Note for enoxaparin input information |
| note_for_Eno_output | Note for enoxaparin output information |
| note_for_Evesm_conc_input | Note for everolimus sampling history |
| note_for_Evesm_input | Note for everolimus input information |
| note_for_Evesm_output | Note for everolimus output information |
| note_for_Evess_input | Note for everolimus input information |
| note_for_Evess_output | Note for everolimus output information |
| note_for_Imasm_conc_input | Note for imatinib mesylate sampling history |
| note_for_Imasm_input | Note for imatinib mesylate input information |
| note_for_Imasm_output | Note for imatinib mesylate output information |
| note_for_Imass_input | Note for imatinib mesylate input information |
| note_for_Imass_output | Note for imatinib mesylate output information |
| note_for_Indsm_conc_input | Note for indinavir sampling history |
| note_for_Indsm_input | Note for indinavir input information |
| note_for_Indsm_output | Note for indinavir output information |
| note_for_Indss_input | Note for indinavir input information |
| note_for_Indss_output | Note for indinavir output information |
| note_for_infusionR_c_to_d | Note for dose adjustment (C->D) |
| note_for_infusionR_d_to_c | Note for dose adjustment (D->C) |
| note_for_infusion_c_to_d | Note for dose adjustment (C->D) |
| note_for_infusion_d_to_c | Note for dose adjustment (D->C) |
| note_for_Litcit_input | Note for lithium citrate input information |
| note_for_Litcit_output | Note for lithium citrate output information |
| note_for_Lit_input | Note for lithium carbonate input information |
| note_for_Lit_output | Note for lithium carbonate output information |
| note_for_Phe_input | Note for phenytoin input information |
| note_for_Phe_output | Note for phenytoin output information |
| note_for_plot | Note for screen convergence plots by enter button of PgUp/PgDown in keyboard |
| note_for_Ritsm_conc_input | Note for ritonavir sampling history |
| note_for_Ritsm_input | Note for ritonavir input information |
| note_for_Ritsm_output | Note for ritonavir output information |
| note_for_Ritss_input | Note for ritonavir input information |
| note_for_Ritss_output | Note for ritonavir output information |
| note_for_Tacsm_conc_input | Note for tacrolimus sampling history |
| note_for_Tacsm_input | Note for tacrolimus input information |
| note_for_Tacsm_output | Note for tacrolimus output information |
| note_for_Tacss_input | Note for tacrolimus input information |
| note_for_Tacss_output | Note for tacrolimus output information |
| note_for_Thecrss_input | Note for theophylline salt form CR tablet input information |
| note_for_Thecr_output | Note for theophylline salt form CR tablet output information |
| note_for_Theinfusionsm_input | Note for theophylline salt form iv infusion input information |
| note_for_Theinfusionsm_output | Note for theophylline salt form iv infusion output information |
| note_for_Theinfusionss_input | Note for theophylline salt form iv infusion input information |
| note_for_Theinfusionss_output | Note for theophylline salt form iv infusion output information |
| note_for_Theirsm_input | Note for theophylline salt form IR tablet input information |
| note_for_Theirsm_output | Note for theophylline salt form IR tablet output information |
| note_for_Theirss_input | Note for theophylline salt form IR tablet input information |
| note_for_Theirss_output | Note for theophylline salt form IR tablet output information |
| note_for_Thesm_conc_input | Note for theophylline salt form sampling history |
| note_for_Valsm_conc_input | Note for valproate sampling history |
| note_for_Valsm_input | Note for valproate input information |
| note_for_Valsm_output | Note for valproate output information |
| note_for_Valss_input | Note for valproate input information |
| note_for_Valss_output | Note for valproate output information |
| note_for_Vansm_conc_input | Note for vancomycin sampling history |
| note_for_Vansm_input | Note for vancomycin input information |
| note_for_Vansm_output | Note for vancomycin output information |
| note_for_Vanss_input | Note for vancomycin input information |
| note_for_Vanss_output | Note for vancomycin output information |
| Oxt.menu | Oxtriphylline input form menu |
| Oxtcr.model | Algorithm to estimate individual PK parameters of oxtriphylline CR |
| Oxtcr.more | Function for individual dosage adjustment of oxtriphylline CR |
| Oxtcr.ss | Algorithm to estimate individual pharmacokinetics parameters of oxtriphylline CR with one concentration |
| Oxtir.model | Algorithm to estimate individual PK parameters of oxtriphylline IR |
| Oxtir.more | Function for individual dosage adjustment of oxtriphylline IR |
| Oxtir.sm | Algorithm to estimate individual PK parameters of oxtriphylline IR with each multiple concentrations |
| Oxtir.ss | Algorithm to estimate individual PK parameters of oxtriphylline IR with one concentration |
| Phe.more | Function for individual dosage adjustment of phenytoin |
| Phe.ss | Algorithm to estimate individual PK parameters of phenytoin with one concentration |
| Phecpr | Equation for the calculated conc. of phenytoin at steady-state |
| PheDemo | Function for the test runs to estimate individual PK parameters of phenytoin with one concentration |
| Phelimit | Avoid Dose greater than Vmax when performing dosage adjustment for phenytoin |
| Phenytoin | Demo for the test runs to estimate individual PK parameters of phenytoin with one concentration |
| pocpr | Equation of oral conc. at steady-state |
| Rit.model | Algorithm to estimate individual PK parameters of ritonavir |
| Rit.more | Function for individual dosage adjustment of ritonavire |
| Rit.sm | Algorithm to estimate individual PK parameters of ritonavir with each multiple concentrations |
| Rit.ss | Algorithm to estimate individual PK parameters of ritonavir with one concentration |
| Ritcpr | Equation for the calculated conc. of ritonavir at steady-state |
| Ritss_test | Test file for ritonavir |
| run | logo and disclaimer |
| Tac.model | Algorithm to estimate individual PK parameters of tacrolimus |
| Tac.more | Function for individual dosage adjustment of tacrolimus |
| Tac.sm | Algorithm to estimate individual PK parameters of tacrolimus with each multiple concentrations |
| Tac.ss | Algorithm to estimate individual PK parameters of tacrolimus with one concentration |
| Taccpr | Equation for the calculated conc. of tacrolimus at steady-state |
| tdm | Function of Therapeutic drug monitoring |
| The.menu | Theophylline input form menu |
| Theall.menu | Theophylline salt form menu |
| Thecr.model | Algorithm to estimate individual PK parameters of theophylline CR |
| Thecr.more | Function for individual dosage adjustment of theophylline CR |
| Thecr.ss | Algorithm to estimate individual PK parameters of theophylline CR with one concentration |
| TheCRcpr | Equation for the calculated conc. of theophylline CR at steady-state |
| Theinfusioncpr | Equation for the calculated conc. of iv infusion theophylline with loading dose at steady-state |
| Their.model | Algorithm to estimate individual PK parameters of theophylline IR |
| Their.more | Function for individual dosage adjustment of theophylline IR |
| Their.sm | Algorithm to estimate individual PK parameters of theophylline IR with each multiple concentrations |
| Their.ss | Algorithm to estimate individual PK parameters of theophylline IR with one concentration |
| TheIRsscpr | Equation for the calculated conc. of theophylline IR at steady-state |
| Val.menu | Population of valproic acid menu |
| Val.model | Algorithm to estimate individual PK parameters of valproate |
| Val.more | Function for individual dosage adjustment of valproic acid |
| Val.sm | Algorithm to estimate individual PK parameters of valproate with each multiple concentrations |
| Val.ss | Algorithm to estimate individual PK parameters of valproate with one concentration |
| Valcpr | Equation for the calculated conc. of valproate at steady-state |
| Van.model | Algorithm to estimate individual PK parameters of vancomycin |
| Van.more | Function for individual dosage adjustment of vancomycin |
| Van.sm | Algorithm to estimate individual PK parameters of vancomycin with each multiple concentrations |
| Van.ss | Algorithm to estimate individual PK parameters of vancomycin with one concentration |