Molecular Anatomical Imaging and Electronmicroscopic Laboratory - Revision history

Bioimaging at 10:34, 31 March 2014

2014-03-31T10:34:28Z

Bioimaging at 10:30, 31 March 2014

2014-03-31T10:30:39Z

Bioimaging: Bioimaging moved page Molecular-Anatomical Imaging Laboratory to Molecular Anatomical Imaging and Electronmicroscopic Laboratory: új név

2014-03-31T10:26:14Z

Bioimaging moved page Molecular-Anatomical Imaging Laboratory to Molecular Anatomical Imaging and Electronmicroscopic Laboratory: új név

Bioimaging at 17:26, 14 September 2012

2012-09-14T17:26:13Z

Bioimaging: Created page with "{{Facility |Facility_Name=Molecular-Anatomical Imaging Laboratory |Facility_desc=UD MHSC MolAnatIL |Organization=University of Debrecen |Website=http://www.anat.dote.hu/ |Stre..."

2012-09-14T17:25:27Z

Created page with "{{Facility |Facility_Name=Molecular-Anatomical Imaging Laboratory |Facility_desc=UD MHSC MolAnatIL |Organization=University of Debrecen |Website=http://www.anat.dote.hu/ |Stre..."

New page

{{Facility
|Facility_Name=Molecular-Anatomical Imaging Laboratory
|Facility_desc=UD MHSC MolAnatIL
|Organization=University of Debrecen
|Website=http://www.anat.dote.hu/
|Street=Nagyerdei krt. 98.
|ZIP=H- 4032
|City=Debrecen
|Facility_Head=ANTAL, Miklós Dr.
}}
The RI possesses a set of research equipments that enables ihigh resolution and accurate labeling and investigation of cells, subcellular organelles and molecules that play important roles in the structure and function of various organs and tissues. The investigated cells, organelles and molecules can be studied with a wide range of qualitative and quantitative experimental methods. In addition to a substantial number of various small laboratory equipments that are essential for the continuous operation, the following large research equipments are available in the RI: Olympus confocal laser scanning microscope, Nikon multifunctional research microscope, Neurolucida 2D and 3D image analysis system

<br />

'''Area of science:<br />

''' Experimental medicine :'''Other experimental medicine <br />

'''Biology :''' Anatomy and antropology, Neurobiology, Structural biology, Evolutionary biology, Cell biology

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 The RI is one of the most important member of the Bioimaging Research Infrastructure Network. The RI is the only member of the Bioimaging Network in which ultrastructural as well as correlative light and electronmicroscopic studies can be carried out. The RI is maintained and operated by a well-trained scientific and technical staff.<br />
-The RI possesses a set of research equipments that enables ihigh resolution and accurate labeling and investigation of cells, subcellular organelles and molecules that play important roles in the structure and function of various organs and tissues. The investigated cells, organelles and molecules can be studied with a wide range of qualitative and quantitative experimental methods. In addition to a substantial number of various small laboratory equipments that are essential for the continuous operation, the following large research equipments are available in the RI: Olympus confocal laser scanning microscope, Nikon multifunctional research microscope, Neurolucida 2D and 3D image analysis system
+This RI possesses a set of research equipment that enables high resolution imaging, accurate labelling and investigation of cells, subcellular organelles and molecules that play important roles in the structure and function of various organs and tissues. The investigated cells, organelles and molecules can be studied with a wide range of qualitative and quantitative experimental methods.By using the facilities of this RI, the ultrastructure of cells and the extracellular matrix can also be investigated. With the aid of available correlative light and electron microscopic methods, there is a unique opportunity to study the localization of molecules of cells and the extracellular matrix with high resolution and nanometer-accuracy in qualitative and quantitative manners. In addition to a full range of histotechnical eguipments, the RI has a laser scanning confocal microscope, a transmission and a scanning electron microscope, a high preesure freezer and freeze fracture system, a Neurolucida and IMARIS 2D-3D image analysis system.
 <br />

@@ Line 5: / Line 5: @@
 |Organization=University of Debrecen
 |Website=http://www.anat.dote.hu/
-|Street=Nagyerdei krt. 98.
+|Street=Egyetem tér 1. Life Science Building
 |ZIP=H- 4032
 |City=Debrecen
 |Facility_Head=ANTAL, Miklós  Dr.
 }}
 The RI possesses a set of research equipments that enables ihigh resolution and accurate labeling and investigation of cells, subcellular organelles and molecules that play important roles in the structure and function of various organs and tissues. The investigated cells, organelles and molecules can be studied with a wide range of qualitative and quantitative experimental methods. In addition to a substantial number of various small laboratory equipments that are essential for the continuous operation, the following large research equipments are available in the RI: Olympus confocal laser scanning microscope, Nikon multifunctional research microscope, Neurolucida 2D and 3D image analysis system

@@ Line 1: / Line 1: @@
 {{Facility
 |Facility_Name=Molecular-Anatomical Imaging Laboratory
 |Facility_desc=UD MHSC MolAnatIL
@@ Line 7: / Line 8: @@
 |ZIP=H- 4032
 |City=Debrecen
 |Facility_Head=ANTAL, Miklós  Dr.
 }}
 The RI possesses a set of research equipments that enables ihigh resolution and accurate labeling and investigation of cells, subcellular organelles and molecules that play important roles in the structure and function of various organs and tissues. The investigated cells, organelles and molecules can be studied with a wide range of qualitative and quantitative experimental methods. In addition to a substantial number of various small laboratory equipments that are essential for the continuous operation, the following large research equipments are available in the RI: Olympus confocal laser scanning microscope, Nikon multifunctional research microscope, Neurolucida 2D and 3D image analysis system