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advanced dissolution absorption model (adam)  (Simcyp)

 
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    Simcyp advanced dissolution absorption model (adam)
    Advanced Dissolution Absorption Model (Adam), supplied by Simcyp, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/adam+model+for+absorption/advanced+dissolution++absorption++and+metabolism+model/pmc12114857-102-1-8
    Average 90 stars, based on 1 article reviews
    advanced dissolution absorption model (adam) - by Bioz Stars, 2026-10
    90/100 stars

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    Related Articles

    Software:

    Article Title: Physiologically Based Pharmacokinetic (PBPK) Modeling of small molecules: How Much Progress Have We Made?
    Article Snippet: With ADAM or ACAT From prior models available in software libraries From prior models available in software libraries Matched to observed Independent nonpregnant iv and po data, pregnant population; visual comparison N/A Gastroplus , Simcyp, PKSim (Coppola et al., 2022) P-gp and BCRP transported drugs, nelfinavir, efavirenz, imatinib Fetal-to maternal unbound steady state plasma concentra tion ratio Full PBPK, ADAM model for absorpti on (N) Middle out back calculated CYP mediate clearance (N) Full PBPK with Kp predicted using Poulin and Theil method (N) Similar to observed Independently validated in nonpregnant subjects.

    Comparison:

    Article Title: Physiologically Based Pharmacokinetic (PBPK) Modeling of small molecules: How Much Progress Have We Made?
    Article Snippet: With ADAM or ACAT From prior models available in software libraries From prior models available in software libraries Matched to observed Independent nonpregnant iv and po data, pregnant population; visual comparison N/A Gastroplus , Simcyp, PKSim (Coppola et al., 2022) P-gp and BCRP transported drugs, nelfinavir, efavirenz, imatinib Fetal-to maternal unbound steady state plasma concentra tion ratio Full PBPK, ADAM model for absorpti on (N) Middle out back calculated CYP mediate clearance (N) Full PBPK with Kp predicted using Poulin and Theil method (N) Similar to observed Independently validated in nonpregnant subjects.

    Clinical Proteomics:

    Article Title: Physiologically Based Pharmacokinetic (PBPK) Modeling of small molecules: How Much Progress Have We Made?
    Article Snippet: With ADAM or ACAT From prior models available in software libraries From prior models available in software libraries Matched to observed Independent nonpregnant iv and po data, pregnant population; visual comparison N/A Gastroplus , Simcyp, PKSim (Coppola et al., 2022) P-gp and BCRP transported drugs, nelfinavir, efavirenz, imatinib Fetal-to maternal unbound steady state plasma concentra tion ratio Full PBPK, ADAM model for absorpti on (N) Middle out back calculated CYP mediate clearance (N) Full PBPK with Kp predicted using Poulin and Theil method (N) Similar to observed Independently validated in nonpregnant subjects.



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    The input parameters required for a Simcyp population file are arranged in tabs as shown in the middle pane. The key tabs relevant to most populations are shown separately. The first tab contains the demographic parameters for the population (a), allowing the user to describe a relationship between age, height, and weight. The user‐defined functionality to define the distribution frequency (%) of population with respect to age in the Sim‐Japanese population (b). The user‐defined functionality to define the height and weight relationship for the Sim‐Morbidly Obese population (c). The Demographic tab (d) allows the input for all metabolism and transporter protein frequencies. The blood composition parameters are defined on a separate tab (e). For an orally administered drug, the required physiology data for the GI tract table (f) are automatically selected depending on the <t>absorption</t> model selected (first order, <t>ADAM,</t> or M‐ADAM). The Liver tab (g) contains the input parameters for the organ scalars (such as HPGL, MPPGL, and liver weight), the enterohepatic recirculation, and the metabolic and transporter protein phenotype and genotype population abundances and variabilities. The Kidney tab (h) allows the input of parameters required to estimate the population‐specific GFR for the age‐dependent serum creatinine plasma concentration, the organ scalar (such as MPPGK and kidney size), and the metabolic and transporter phenotype abundances and variabilities.
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    advanced dissolution, absorption and metabolism (adam) model  (Simcyp)
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    The input parameters required for a Simcyp population file are arranged in tabs as shown in the middle pane. The key tabs relevant to most populations are shown separately. The first tab contains the demographic parameters for the population (a), allowing the user to describe a relationship between age, height, and weight. The user‐defined functionality to define the distribution frequency (%) of population with respect to age in the Sim‐Japanese population (b). The user‐defined functionality to define the height and weight relationship for the Sim‐Morbidly Obese population (c). The Demographic tab (d) allows the input for all metabolism and transporter protein frequencies. The blood composition parameters are defined on a separate tab (e). For an orally administered drug, the required physiology data for the GI tract table (f) are automatically selected depending on the <t>absorption</t> model selected (first order, <t>ADAM,</t> or M‐ADAM). The Liver tab (g) contains the input parameters for the organ scalars (such as HPGL, MPPGL, and liver weight), the enterohepatic recirculation, and the metabolic and transporter protein phenotype and genotype population abundances and variabilities. The Kidney tab (h) allows the input of parameters required to estimate the population‐specific GFR for the age‐dependent serum creatinine plasma concentration, the organ scalar (such as MPPGK and kidney size), and the metabolic and transporter phenotype abundances and variabilities.
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    The input parameters required for a Simcyp population file are arranged in tabs as shown in the middle pane. The key tabs relevant to most populations are shown separately. The first tab contains the demographic parameters for the population (a), allowing the user to describe a relationship between age, height, and weight. The user‐defined functionality to define the distribution frequency (%) of population with respect to age in the Sim‐Japanese population (b). The user‐defined functionality to define the height and weight relationship for the Sim‐Morbidly Obese population (c). The Demographic tab (d) allows the input for all metabolism and transporter protein frequencies. The blood composition parameters are defined on a separate tab (e). For an orally administered drug, the required physiology data for the GI tract table (f) are automatically selected depending on the absorption model selected (first order, ADAM, or M‐ADAM). The Liver tab (g) contains the input parameters for the organ scalars (such as HPGL, MPPGL, and liver weight), the enterohepatic recirculation, and the metabolic and transporter protein phenotype and genotype population abundances and variabilities. The Kidney tab (h) allows the input of parameters required to estimate the population‐specific GFR for the age‐dependent serum creatinine plasma concentration, the organ scalar (such as MPPGK and kidney size), and the metabolic and transporter phenotype abundances and variabilities.

    Journal: CPT: Pharmacometrics & Systems Pharmacology

    Article Title: A guide to developing population files for physiologically‐based pharmacokinetic modeling in the Simcyp Simulator

    doi: 10.1002/psp4.13202

    Figure Lengend Snippet: The input parameters required for a Simcyp population file are arranged in tabs as shown in the middle pane. The key tabs relevant to most populations are shown separately. The first tab contains the demographic parameters for the population (a), allowing the user to describe a relationship between age, height, and weight. The user‐defined functionality to define the distribution frequency (%) of population with respect to age in the Sim‐Japanese population (b). The user‐defined functionality to define the height and weight relationship for the Sim‐Morbidly Obese population (c). The Demographic tab (d) allows the input for all metabolism and transporter protein frequencies. The blood composition parameters are defined on a separate tab (e). For an orally administered drug, the required physiology data for the GI tract table (f) are automatically selected depending on the absorption model selected (first order, ADAM, or M‐ADAM). The Liver tab (g) contains the input parameters for the organ scalars (such as HPGL, MPPGL, and liver weight), the enterohepatic recirculation, and the metabolic and transporter protein phenotype and genotype population abundances and variabilities. The Kidney tab (h) allows the input of parameters required to estimate the population‐specific GFR for the age‐dependent serum creatinine plasma concentration, the organ scalar (such as MPPGK and kidney size), and the metabolic and transporter phenotype abundances and variabilities.

    Article Snippet: The created CD population has been applied to two oral drug formulations: budesonide‐controlled release and midazolam solution modeled using the Simcyp ADAM absorption model with clinical studies in the CD population.

    Techniques: Clinical Proteomics, Concentration Assay