190 p.Contrast agents with high relaxivity are needed for increasing the sensitivity of magnetic resonance imaging (MRI) for novel clinical and research applications. Therefore, we are developing a new class of oligomer-based contrast agents by incorporating multiple-gadolinium complexes into peptides of controlled length and structure. This allows synthesis of a library of Gd-peptides with different sequences, peptide length and number of Gd-chelates. Screening this library will enable selection of oligomers with desired properties.DOCTOR OF PHILOSOPHY (SPMS
The prepn. of gadolinium complexes of peptide conjugates as contrast agents for use in NMR (MRI) is ...
Macromolecular ligands for gadolinium contrast agents (CAs) were prepared via a “grafting to” strate...
Medical resonance imaging (MRI) is sometimes performed using ionized gadolinium (Gd3+) as a contrast...
Paramagnetic Gd(III) chelate contrast agents have been extensively used to enhance the signal of MRI...
Molecular imaging requires the specific accumulation of contrast agents at the target. To exploit th...
Two MRI contrast agents (CAs) composed of Gd-DO3A conjugated to amino acid building blocks derived f...
A bimodal target-specific contrast agent based on a cyclic peptide contg. the target-specific NGR se...
Molecular imaging requires the specific accumulation of contrast agents at the target. To exploit th...
Magnetic resonance imaging (MRI) is one of the most important clinic diagnostic tool used to obtain...
Magnetic resonance imaging (MRI) contrast agents that contain the gadolinium ion are widely used in ...
Peptide materials based on the aggregation of poly-phenylalanine conjugates containing gadolinium co...
Most medical imaging techniques make use of specifically designed contrast agents (CAs) to optimize ...
Smart MR contrast agents exhibit modulation of their relaxivity by specific physiological or biochem...
Fast spread of MRI technique has brought new demands for MRI contrast agents. They are required to b...
Abstract: The role of Gd3+ chelates as contrast agents in Magnetic Resonance Imaging is discussed. T...
The prepn. of gadolinium complexes of peptide conjugates as contrast agents for use in NMR (MRI) is ...
Macromolecular ligands for gadolinium contrast agents (CAs) were prepared via a “grafting to” strate...
Medical resonance imaging (MRI) is sometimes performed using ionized gadolinium (Gd3+) as a contrast...
Paramagnetic Gd(III) chelate contrast agents have been extensively used to enhance the signal of MRI...
Molecular imaging requires the specific accumulation of contrast agents at the target. To exploit th...
Two MRI contrast agents (CAs) composed of Gd-DO3A conjugated to amino acid building blocks derived f...
A bimodal target-specific contrast agent based on a cyclic peptide contg. the target-specific NGR se...
Molecular imaging requires the specific accumulation of contrast agents at the target. To exploit th...
Magnetic resonance imaging (MRI) is one of the most important clinic diagnostic tool used to obtain...
Magnetic resonance imaging (MRI) contrast agents that contain the gadolinium ion are widely used in ...
Peptide materials based on the aggregation of poly-phenylalanine conjugates containing gadolinium co...
Most medical imaging techniques make use of specifically designed contrast agents (CAs) to optimize ...
Smart MR contrast agents exhibit modulation of their relaxivity by specific physiological or biochem...
Fast spread of MRI technique has brought new demands for MRI contrast agents. They are required to b...
Abstract: The role of Gd3+ chelates as contrast agents in Magnetic Resonance Imaging is discussed. T...
The prepn. of gadolinium complexes of peptide conjugates as contrast agents for use in NMR (MRI) is ...
Macromolecular ligands for gadolinium contrast agents (CAs) were prepared via a “grafting to” strate...
Medical resonance imaging (MRI) is sometimes performed using ionized gadolinium (Gd3+) as a contrast...