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Poster em Conferência Internacional

The rate of supersaturation variation as an important parameter during crystal growth
Cecília Ferreira (Autor) (FEUP); Fernando Rocha (Autor) (FEUP); Martins, PM (Autor) (ICBAS); Ana Margarida Damas (Autor) (ICBAS)
2012
Documentos
Small temperature oscillations greatly affect protein crystallization
Cecília Ferreira (Autor) (FEUP); Rosa Crespo (Autor) (FEUP); Fernando Rocha (Autor) (FEUP); Martins, PM (Autor) (FEUP); Luis Gales (Autor) (ICBAS); Ana Margarida Damas (Autor) (ICBAS)
2010
Running away from thermodynamics to promote or inhibit crystal growth
Cecília Ferreira (Autor) (FEUP); Martins, PM (Autor) (ICBAS); Fernando Rocha (Autor) (FEUP); Ana Margarida Damas (Autor) (ICBAS)
2011
Dissolution behaviour of lysozyme crystals
Cecília Ferreira (Autor) (FEUP); Fernando Rocha (Autor) (FEUP); Martins, PM (Autor) (FEUP); Ana Margarida Damas (Autor) (ICBAS)
2014
Documentos

Artigo em Revista Científica Internacional

What Can the Kinetics of Amyloid Fibril Formation Tell about Off-pathway Aggregation?
Rosa Crespo (Autor) (FEUP); Eva Villar-Alvarez (Autor) (Outra); Pablo Taboada (Autor) (Outra); Fernando A. Rocha (Autor) (FEUP); Ana M. Damas (Autor) (Outra); Pedro M. Martins (Autor) (FEUP)
Unsteady-state transfer of impurities during crystal growth of sucrose in sugarcane solutions
Martins, PM (Autor) (FEUP); Ferreira, A (Autor) (FEUP); Polanco, S (Autor) (Outra); Rocha, F (Autor) (FEUP); Damas, AM (Autor) (ICBAS); Rein, P (Autor) (Outra)
Unsteady-state inhibition of crystal growth caused by solution impurities
Pedro M Martins (Autor) (ICBAS); Fernando Rocha (Autor) (FEUP); Ana M Damas (Autor) (ICBAS); Peter Rein (Autor) (Outra)
Understanding Water Equilibration Fundamentals as a Step for Rational Protein Crystallization
Pedro M Martins (Autor) (FEUP); Fernando Rocha (Autor) (FEUP); Ana M Damas (Autor) (ICBAS)
The role of diffusional resistance on crystal growth: Interpretation of dissolution and growth rate data
Martins, PM (Autor) (Outra); Rocha, F (Autor) (FEUP)
The nucleation of protein crystals as a race against time with on- and off-pathways
Cecília Ferreira (Autor) (FEUP); Pedro M. Martins (Autor) (Outra); Fernando A. Rocha (Autor) (FEUP); Ana M. Damas (Autor) (Outra); Pablo Taboada (Autor) (Outra); Silvia Barbosa (Autor) (Outra)
The influence of microencapsulation with a modified chitosan (water soluble) on ß-galactosidase activity
Berta N. Estevinho (Autor) (FEUP); Ana M. Damas (Autor) (FEUP); Pedro Martins (Autor) (FEUP); Fernando Rocha (Autor) (FEUP)
The influence of impurities on the crystal growth kinetics according to a competitive adsorption model
Pedro M Martins (Autor) (Outra); Fernando A Rocha (Autor) (FEUP); Peter Rein (Autor) (Outra)
The Finding of Nondissolving Lysozyme Crystals and Its Significance for the Study of Hard-to-Crystallize Biological Macromolecules
Cecília Ferreira (Autor) (FEUP); Fernando A. Rocha (Autor) (FEUP); Ana M. Damas (Autor) (Outra); Pedro M. Martins (Autor) (FEUP)
Study of the inhibition effect on the microencapsulated enzyme β-Galactosidase
Berta N. Estevinho (Autor) (FEUP); Ana M. Damas (Autor) (ICBAS); Pedro Martins (Autor) (ICBAS); Fernando Rocha (Autor) (FEUP)
Small temperature oscillations promote protein crystallization
Cecília Ferreira (Autor) (FEUP); Rosa Crespo (Autor) (Outra); Pedro Miguel Martins (Autor) (ICBAS); Luís Gales (Autor) (ICBAS); Fernando Rocha (Autor) (FEUP); Ana Margarida Damas (Autor) (ICBAS)
Running away from thermodynamics to promote or inhibit crystal growth
Cecília Ferreira (Autor) (FEUP); Fernando A. Rocha (Autor) (FEUP); Ana M. Damas (Autor) (ICBAS); Pedro M. Martins (Autor) (ICBAS)
Rationalizing Protein Crystallization Screenings through Water Equilibration Theory and Protein Solubility Data
Martins, PM (Autor) (FEUP); Pessoa, J (Autor) (Outra); Sarkany, Z (Autor) (Outra); Rocha, F (Autor) (FEUP); Damas, AM (Autor) (ICBAS)
Potential use of ultrasound to promote protein crystallization
Rosa Crespo (Autor) (Outra); Pedro M Martins (Autor) (FEUP); Luis Gales (Autor) (ICBAS); Fernando Rocha (Autor) (FEUP); Ana M Damas (Autor) (ICBAS)
On growth rate hysteresis and catastrophic crystal growth
Cecília Ferreira (Autor) (FEUP); Fernando A. Rocha (Autor) (FEUP); Ana M. Damas (Autor) (Outra); Pedro M. Martins (Autor) (ICBAS)
New developments on size-dependent growth applied to the crystallization of sucrose
Martins, PM (Autor) (FEUP); Rocha, F (Autor) (FEUP)

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