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1	Histidine-Rich Ca Binding Protein and Cardiac Functions Chen, Shan 17 July 2009 (has links) No description available. Biomedical Research Calcium cycling cardiac arrhythmias delayed afterdepolarization sarcoplasmic reticulum histidine-rich Ca binding protein
2	Co-localization of the astrocytic proteins Mts1 and clusterin in CNS injury Augustsson, Mirja January 2005 (has links) <p>In the case of injury to the CNS, different proteins act to repair and protect cells in the brain and spinal cord. In the present study, we looked at dorsal root injury and hypoglossal nerve avulsion and transection. Here we studied for the first time the expression of Parkin in these types of injuries. However the antibodies against Parkin used here have not been able to detect Parkin in the injuries examined, neither with fluorescence or using DAB. The roles of Mts1, GFAP, and clusterin after injury have been investigated earlier, but their co-localization in the same cells was first shown in this study in the hypoglossal nucleus with immunohisto-chemical methods. These results may also be of value in the process of finding an effective treatment for neurodegenerative disorders such as ALS.</p> astrocytes clusterin GFAP Mts1 parkin spinal cord injury astrocytic cultures Ca-binding protein chaperon ABC Cell biology Cellbiologi
3	Co-localization of the astrocytic proteins Mts1 and clusterin in CNS injury Augustsson, Mirja January 2005 (has links) In the case of injury to the CNS, different proteins act to repair and protect cells in the brain and spinal cord. In the present study, we looked at dorsal root injury and hypoglossal nerve avulsion and transection. Here we studied for the first time the expression of Parkin in these types of injuries. However the antibodies against Parkin used here have not been able to detect Parkin in the injuries examined, neither with fluorescence or using DAB. The roles of Mts1, GFAP, and clusterin after injury have been investigated earlier, but their co-localization in the same cells was first shown in this study in the hypoglossal nucleus with immunohisto-chemical methods. These results may also be of value in the process of finding an effective treatment for neurodegenerative disorders such as ALS. astrocytes clusterin GFAP Mts1 parkin spinal cord injury astrocytic cultures Ca-binding protein chaperon ABC Cell and Molecular Biology Cell- och molekylärbiologi
4	The Amphiphilicity of ACP Helices: A Means of Macromolecular Interaction? Ernst-Fonberg, Mary L., Tucker, Margie Mc, Fonberg, Ignacy B. 11 May 1987 (has links) ACP interacts with diverse proteins in an unknown way. Possibly there is a similar mode of interaction between ACP and all ACP-binding proteins, the amphiphilic helix. The hydrophobicities of helices from 4 different ACPs were compared. Hydrophobic moment plots were prepared for ACP helices and those of many EF hand calcium-binding proteins. Both groups of proteins occupied the same region of the plot. acyl carrier protein amphiphilic helix Ca -binding protein 2+ hydrophobic moment plot hydrophobicity projection protein interaction Biomedical Sciences

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