about
BioModels Database: a free, centralized database of curated, published, quantitative kinetic models of biochemical and cellular systems.A genomic regulatory network for developmentEvolving a lingua franca and associated software infrastructure for computational systems biology: the Systems Biology Markup Language (SBML) project25th Annual Computational Neuroscience Meeting: CNS-2016Circular dichroism and its application to the study of biomolecules.Simple stochastic simulation.Do motifs reflect evolved function?--No convergent evolution of genetic regulatory network subgraph topologies.An elastically tethered viscous load imposes a regular gait on the motion of myosin-V. Simulation of the effect of transient force relaxation on a stochastic process.A provisional regulatory gene network for specification of endomesoderm in the sea urchin embryo.CellML2SBML: conversion of CellML into SBML.The temperature dependence of P680(+) reduction in oxygen-evolving photosystem II.New computational approaches for analysis of cis-regulatory networks.Replacement of tyrosine D with phenylalanine affects the normal proton transfer pathways for the reduction of P680+ in oxygen-evolving photosystem II particles from Chlamydomonas.Symmetry structure in discrete models of biochemical systems: natural subsystems and the weak control hierarchy in a new model of computation driven by interactions.An electron microscopic investigation of the structure of alfalfa mosaic virus.βCaMKII regulates bidirectional long-term plasticity in cerebellar Purkinje cells by a CaMKII/PP2B switch mechanism.Filamentous actin binding enables βCaMKII to regulate bidirectional plasticity in cerebellar Purkinje cells.From evolving artificial gene regulatory networks to evolving spiking neural networks for pattern recognition.Does CaMKII decode Ca2+ oscillations?Relationship between excitation energy transfer, trapping, and antenna size in photosystem II.Exploring the concept of interaction computing through the discrete algebraic analysis of the Belousov-Zhabotinsky reaction.Genetic algorithms and their application to in silico evolution of genetic regulatory networks.Automatic analysis of computation in biochemical reactions.Bio-logic: gene expression and the laws of combinatorial logic.Methods for simulating the dynamics of complex biological processes.Effects of the tubulin-colchicine complex on microtubule dynamic instability.Kinetic analysis of the induction period in lipoxygenase catalysis.Effect of lipid hydroperoxide on lipoxygenase kinetics.Stochastic model of template-directed elongation processes in biologyGenetic Regulatory Network Models of Biological Clocks: Evolutionary History MattersRapid Kinetic TechniquesModulation of Quantum Yield of Primary Radical Pair Formation in Photosystem II by Site-Directed Mutagenesis Affecting Radical Cations and Anions†Proton/Hydrogen Transfer Affects the S-State-Dependent Microsecond Phases of P680+Reduction during Water Splitting†Mechanism of Lipoxygenase Inactivation by the Linoleic Acid Analogue Octadeca-9,12-diynoic AcidEffect of nonionic detergents on lipoxygenase catalysisThe Dioxygenation Rate In Lipoxygenase Catalysis Is Determined by the Amount of Iron(III) Lipoxygenase in SolutionOpposite-end behaviour of dynamic microtubulesA Lateral Cap model of microtubule dynamic instabilityDynamic properties of microtubules at steady state of polymerisationOn the relationship between nucleotide hydrolysis and microtubule asssembly : Studies with a GTP-regenerating system
P50
Q25255639-9D61E43A-88B7-4445-8378-D843CE0CAAD1Q28204498-7478B027-A7CC-45D0-9507-D4FEBC1C08CBQ28269437-7088648A-7098-4055-ADAD-362B8093160CQ28596987-DDA4AC07-8456-4059-8744-1538A8A31881Q30365432-6FE5E8D8-67EC-4CA8-996F-E102D38737F2Q33515507-8050D937-320B-4DF7-A9AB-265DC515E30BQ34793697-FFC9386F-D88F-463C-B07B-4973D1146B83Q35102766-82E950D5-B08C-44C6-84B1-D045D486ED41Q38288998-F0558A10-C8CA-4CA3-90F9-FE1C841833C3Q38444942-C2C911FA-FF71-412C-887D-3982831E9BCCQ43951827-5AA71C6C-6BE6-4DCF-A7E0-AB23BE91CC7EQ44003926-C63BAAB4-7566-44A5-9AC2-6908AB21F7B3Q44261763-83335C30-D05D-4896-9965-82E226E774CBQ44896208-D8D0F992-08C1-4E55-B06B-F9A9CBE35026Q45791942-6EEA10DF-8ADD-4197-B1E2-C10CF8655993Q46047902-147F2F4E-E757-479B-8195-B3DA2461D8D8Q46137595-291CD664-254C-4903-87A3-A700C76D4311Q46138146-3A2B1DB3-ABA6-4455-A00A-55BD3B722B22Q46387183-9DB79CD9-3AD5-44B9-A765-82BACAE4CD1EQ47214078-34F88D41-E7F8-4B52-8642-45053EC0352DQ51244174-01B5E4DE-0291-4F28-8656-BB7AB0501DC4Q51611278-87CBBF26-5120-4A14-851D-7907AA72FD0EQ51620823-C83FF748-1BB7-4B07-83C4-F96CA04AC144Q51623999-DEB74CA6-DD44-413E-BF2C-230643108C20Q51624883-FB22DAE3-1DFB-4C8E-B07A-7F67062687DCQ52379829-9EFA26A2-9200-47C4-BC2C-4B6A85262F37Q52392052-8431ABF7-239C-4F66-BF67-280936C4A950Q52415864-95F328B8-5594-4D30-904A-BE8E83513F4CQ61783521-A6CC2DED-EABA-414A-929A-8A73792B127DQ61783527-1330742B-62A6-4484-96DE-EF95ED3737D9Q61783528-914FB1FD-85CD-4F65-B0FE-7811BFFB8EE6Q61783540-7B54B2A5-BA76-40D0-B322-5BB7A718771FQ61783541-6ABD97CC-2581-47AD-8927-926B5052DA1BQ61783542-AD32661C-9484-4EEB-957E-15E1FF29B390Q61783544-ADC95D83-9E70-4BB2-B23D-6B62FB189409Q61783545-5D8DAF0A-30E5-4EFE-B994-A30460166023Q61783548-D7DE43F5-E572-409C-B1DF-1D221703BCF7Q61783551-C6EC85A7-329D-48B0-B56B-628798064D91Q61783552-1324E78B-F8B6-4F20-9C89-025D6FBC1B44Q61783553-366DA1C3-1D73-45B9-89FD-5803F7D28B07
P50
description
hulumtuese
@sq
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Maria Schilstra
@ast
Maria Schilstra
@en
Maria Schilstra
@es
Maria Schilstra
@nl
Maria Schilstra
@sl
type
label
Maria Schilstra
@ast
Maria Schilstra
@en
Maria Schilstra
@es
Maria Schilstra
@nl
Maria Schilstra
@sl
altLabel
Marietje
@en
prefLabel
Maria Schilstra
@ast
Maria Schilstra
@en
Maria Schilstra
@es
Maria Schilstra
@nl
Maria Schilstra
@sl
P108
P106
P21
P2456
P31
P496
0000-0001-5931-9049