BioImagingHU - User contributions [en]

Becton Dickinson FACScan flow cytometer

2014-03-31T11:42:46Z

Bioimaging: Created page with "{{Equipment |Identifier=Becton Dickinson FACScan flow cytometer |Count=1 |Facility=Molecular Cell Analysis Core Facility |Description=Flow cytometer }} The instrument can be u..."

{{Equipment
|Identifier=Becton Dickinson FACScan flow cytometer
|Count=1
|Facility=Molecular Cell Analysis Core Facility
|Description=Flow cytometer
}}
The instrument can be used to measure the light scattering and fluorescence parameters of large cell populations on a cell-by-cell basis fast, precisely and reproducibly. The light source is a 488-nm Ar ion laser. Measureable parameters: forward and side scattering, fluorescence intensities of 3 spectrally different dyes.
With these parameters infromation on the following cellular properties can be gained: expression of intracellular and cell surface proteins (using immunefluorescent labeling); cell viability (calcein-AM, FDA and/or propidium-iodide); intracellular pH (BCECF-AM); membrane potential (oxonol); DNA-content, which can be used to characterize the cells within different phases of the cell cycle; intracellular accumulation of fluorescent substrates of such as those of ABC transporters (e.g. daunorubicin, doxorubicin, calcein, rhodamine 123).

Becton Dickinson FACSArray high-speed bioanalyzer

2014-03-31T11:41:36Z

Bioimaging: Created page with "{{Equipment |Identifier=Becton Dickinson FACSArray high-speed bioanalyzer |Count=1 |Facility=Molecular Cell Analysis Core Facility |Description=Bioanalyzer }} The instrument c..."

{{Equipment
|Identifier=Becton Dickinson FACSArray high-speed bioanalyzer
|Count=1
|Facility=Molecular Cell Analysis Core Facility
|Description=Bioanalyzer
}}
The instrument can be used for measuring light scatter and fluorescence parameters of individual cells. Lasers: 532, 633 nm; forward scatter and side scatter detectors, 3 fluorescence detectors. Automatic sample loading from cell 96-well cell culture plates. Besides fluorescence intenstity measurements (detection of protein expression, immune phenotyping, viability) the instrument can be used for determining Förster resonance energy transfer (FRET) as well.

Becton Dickinson FACSDIVA flow cytometer and high-speed cell sorter

2014-03-31T11:38:39Z

Bioimaging: Created page with "{{Equipment |Identifier=Becton Dickinson FACSDIVA flow cytometer and high-speed cell sorter |Count=1 |Facility=Molecular Cell Analysis Core Facility |Description=Flow cytomete..."

{{Equipment
|Identifier=Becton Dickinson FACSDIVA flow cytometer and high-speed cell sorter
|Count=1
|Facility=Molecular Cell Analysis Core Facility
|Description=Flow cytometer
}}
The instrument can be used for measuring light scatter and fluorescence parameters of individual cells and sorting cells. The instrument is equipped with "DiVa" electronics allowing 18-bit resolution and online calculation of complex logical sorting gates. Lasers: 350, 488, 532, 633 nm; 7 fluorescence detectors, forward scatter and side scatter detectors. Polarizers allow fluorescence anisotropy detection. In addition to traditional fluorescence intenstity measurements (detection of protein expression, immune phenotyping, viability) the instrument can be used for determining Förster resonance energy transfer - FRET as well.software for FRET calculations.

Ion chanel molecular pharmacology laboratory

2014-03-31T11:37:19Z

Bioimaging: Created page with "{{Equipment |Identifier=Ion chanel molecular pharmacology laboratory |Count=1 |Facility=Molecular Cell Analysis Core Facility |Description=Pharmacology laboratory }} In the El..."

{{Equipment
|Identifier=Ion chanel molecular pharmacology laboratory
|Count=1
|Facility=Molecular Cell Analysis Core Facility
|Description=Pharmacology laboratory
}}
In the Electrophysiology Laboratory there are 4 electrophysiological workstations, each capable of cellular electrophysiological (patch clamp) measurements. The method allows the measurement of ionic currents across the cell membrane or a small membrane patch, the transmembrane potential as well as the ion current flowing through a single ion channel. The workstations are mounted on inverted fluorescence microscopes (Nikon, Leitz), equipped with micromanipulators (Eppendorf, Burleigh), electronic microelectrode amplifiers (Axopatch 200A, Multiclamp 700B) and computer controlled data acquisition devices (Axon Digidata 1200 and 1322A analog-digital converters). One of the workstations is combined with a PTI DeltaScan microscopic fluorimeter, which facilitates the determination of the intracellular Ca2+ concentration in individual cells by applying Ca2+ sensitive dyes (e.g. Fura-2) and detection of electrophysiological parameters simultaneously.

ICys laser scanning cytometer

2014-03-31T11:35:30Z

Bioimaging: Created page with "{{Equipment |Identifier=iCys laser scanning cytometer |Count=1 |Facility=Molecular_Cell_Analysis_Core_Facility |Description=Laser scanning cytometer }} The LSC is a microscope..."

{{Equipment
|Identifier=iCys laser scanning cytometer
|Count=1
|Facility=Molecular_Cell_Analysis_Core_Facility
|Description=Laser scanning cytometer
}}
The LSC is a microscope-based instrument alloying advantages of a flow cytometer and a microscope. It is the only instrument of its kind in Hungary. It solves the problem of imaging microscopy: "which few cells to study out of the many different ones", and provides morphological information on large populations. 3 lasers (405, 488, 633 nm), 5 detectors. Olympus IX71 inverted fluorescence microscope with motorized stage, 10 to 60X objectives, high resolution camera and custom control and analysis software. Data for each cell include coordinates, time of measurement, area, perimeter, total fluorescence, max. pixel intensity, light scatter and further derived parameters. Software allows measurement of cells before and after treatment and relocalization of cells.

Molecular Cell Analysis Core Facility

2014-03-31T11:33:40Z

Bioimaging:

{{Facility
|Coordinates=47.5588510822 N,21.6212721714 E
|Facility_Name=Molecular Cell Analysis Core Facility
|Facility_desc=UD MHSC Mol Cell Analysis
|Organization=University of Debrecen
|Website=http://biophys.med.unideb.hu/en/Molecular Cell Analysis Core Facility
|Street=Egyetem tér 1. Life Science Building
|ZIP=H- 4032
|City=Debrecen
|Facility_Head=SZÖLLŐSI, János Prof. Dr.
}}
As a Cellular analytics laboratory it makes possible for researchers to access modern microscopic methods to study cell surface receptors, chromatin structure and stem cells, cell sorting. Sampleas from clinical research are measured as well. These methods can be learned as a part of our doctoral programs. 

State-of-the-art cell analysis lab with flow cytometry, microscopy and electrophysiology equipment. Encompasses techniques from high throughput cellular screening to study of single molecules. 3 flow cytometers, BD FACSDIVA capable of high speed cell sorting. CompuCyte iCys slide based imaging cytometer offers high-throughput, high-content imaging of fluorescence/scatter signals of cell populations. 4 electrophysiology workstations, PTI DeltaScan microfluorimeter with patch clamp for simultaneous Ca2+ and electrophysiology measurements. Olympus, Zeiss confocal microscopes, fluorescence correlation spectroscopes to measure molecular (co)mobility and nanomolar concentrations. TIRF microscope for studying cell surface with single molecule sensitivity and superresolution PALM/STORM. TIRF-FLIM microscope for fluorescence lifetime, FRET studies (molecular interactions). Atomic force microscope for topological measurements. Microscopic/flow FRET and FCS analysis softwares. 

http://biophys.med.unideb.hu/en/FACSDIVA%20flow%20cytometer 
http://biophys.med.unideb.hu/en/iCys%20LSC 
http://biophys.med.unideb.hu/en/Electrophysiology%20lab 
http://biophys.med.unideb.hu/en/Olympus%20LSM-FCS 
http://biophys.med.unideb.hu/en/ZEISS%20LSM-FCS 
http://biophys.med.unideb.hu/en/AFM 

Area of science: Biology : Other life sciences, Immunology, Physiology, Molecular biology, Structural biology, Cell biology

SZÖLLŐSI, János Prof. Dr.

2014-03-31T11:31:35Z

Bioimaging: Created page with "{{Person |pers_title=Prof. Dr. |pers_firstname=SZÖLLŐSI |pers_lastname=János |pers_position=Head of Facility |pers_facility=Molecular_Cell_Analysis_Core_Facility |pers_emai..."

{{Person
|pers_title=Prof. Dr.
|pers_firstname=SZÖLLŐSI
|pers_lastname=János
|pers_position=Head of Facility
|pers_facility=Molecular_Cell_Analysis_Core_Facility
|pers_email=szollo@med.unideb.hu
|pers_phone=+36 52 412623
}}

Molecular Cell Analysis Core Facility

2014-03-31T11:29:39Z

Bioimaging:

{{Facility
|Coordinates=47.5588510822 N,21.6212721714 E
|Facility_Name=Molecular Cell Analysis Core Facility
|Facility_desc=UD MHSC Mol Cell Analysis
|Organization=University of Debrecen
|Website=http://biophys.med.unideb.hu/en/Molecular Cell Analysis Core Facility
|Street=Egyetem tér 1. Life Science Building
|ZIP=H- 4032
|City=Debrecen
|Facility_Head=SZÖLLŐSI, János Prof. Dr.
}}
As a Cellular analytics laboratory it makes possible for researchers to access modern microscopic methods to study cell surface receptors, chromatin structure and stem cells, cell sorting. Sampleas from clinical research are measured as well. These methods can be learned as a part of our doctoral programs. 

State-of-the-art image and flow cytometry laboratory. Compucyte iCys slide based imaging cytometer: 4 laser lines, 4+1 detectors. Measuring light scattering, fluorescence and chromatic parameters of slide-mounted samples at population level, ability to relocate cells. Electrophysiology laboratory: 4 electrophysiology workstations, Nikon and Leitz inverted microscopes, micromanipulators, electronic microelectrode amplifiers (Axopatch 200A, Multiclamp 700B) and data acquisition tools. Patch clamp combined with PTI DeltaScan microscope-based fluorimeter, simultaneous measurement of ic. Ca2+ and electrophysiological parameters. Flow cytometry: BD FACSDIVA flow cytometer and high-speed cell sorter, UV, 488, 532, 635 nm lasers, FSC, SSC, 7 fluorescence detectors, anisotropy and FRET measurement. BD FACSArray high speed analyzer, 532, 635 nm lasers, 4 fluorescence channels, automatic plate feeder. BD FACScan flow cytometer: 488 nm laser, 3 channels. Flow cytometric FRET evaluation software.

Area of science: Biology : Other life sciences, Immunology, Physiology, Molecular biology, Structural biology, Cell biology

Imago-Pro plus-7 image analysis program

2014-03-31T11:27:09Z

Bioimaging: Created page with "{{Equipment |Identifier=Imago-Pro_plus-7 image analysis program |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Image analysis system }} Professional image..."

{{Equipment
|Identifier=Imago-Pro_plus-7 image analysis program
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Image analysis system
}}
Professional image analysis program package

Reichert microtome

2014-03-31T11:25:56Z

Bioimaging: Created page with "{{Equipment |Identifier=Reichert microtome |Count=1 |Facility=Neuromorphology Research Laboratory |Description=analogue ultramicrotome }} analogue ultramicrotome for routine use"

{{Equipment
|Identifier=Reichert microtome
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=analogue ultramicrotome
}}
analogue ultramicrotome for routine use

Jeol vacuum evaporator

2014-03-31T11:22:58Z

Bioimaging: Created page with "{{Equipment |Identifier=Jeol vacuum evaporator |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Vacuum evaporator }} Vacuum evaporation based coating device"

{{Equipment
|Identifier=Jeol vacuum evaporator
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Vacuum evaporator
}}
Vacuum evaporation based coating device

Nikon EZ C1 confocal microscope

2014-03-31T11:21:38Z

Bioimaging:

{{Equipment
|Identifier=Nikon EZ C1 confocal microscope
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Confocal microscope
}}
3-laser based confocal microscope built on a Nikon upright microscope

Nikon EZ C1 confocal microscope

2014-03-31T11:21:18Z

Bioimaging: Created page with "{{Equipment |Identifier=Nikon EZ C1 confocal microscope |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Confocal microscope }}"

{{Equipment
|Identifier=Nikon EZ C1 confocal microscope
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Confocal microscope
}}

Slee cryostat

2014-03-31T11:20:15Z

Bioimaging: Created page with "{{Equipment |Identifier=Slee cryostat |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Cryostat }} High precision digital cryostat"

{{Equipment
|Identifier=Slee cryostat
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Cryostat
}}
High precision digital cryostat

Leica Ultracut S ultramicrotome

2014-03-31T11:18:59Z

Bioimaging:

{{Equipment
|Identifier=Leica Ultracut S ultramicrotome
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Ultramicrotomes
}}
High precision digital ultramicrotome

Leica Ultracut S ultramicrotome

2014-03-31T11:18:39Z

Bioimaging: Created page with "{{Equipment |Identifier=Leica Ultracut S ultramicrotome |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Ultramicrotomes }}"

{{Equipment
|Identifier=Leica Ultracut S ultramicrotome
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Ultramicrotomes
}}

Zeiss Photomikroskop II light microscope

2014-03-31T11:17:39Z

Bioimaging:

{{Equipment
|Identifier=Zeiss Photomikroskop II light microscope
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Photomikroskop
}}
Transmitted light upright microscope with fluorescent attachment and digital image viewing option

Zeiss Photomikroskop II light microscope

2014-03-31T11:17:13Z

Bioimaging: Created page with "{{Equipment |Identifier=Zeiss Photomikroskop II light microscope |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Photomikroskop }}"

{{Equipment
|Identifier=Zeiss Photomikroskop II light microscope
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Photomikroskop
}}

Nikon TE 200 fluorescent microscope

2014-03-31T11:14:24Z

Bioimaging: Created page with "{{Equipment |Identifier=Nikon TE 200 fluorescent microscope |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Fluorescent microscope }} Transmitted light inv..."

{{Equipment
|Identifier=Nikon TE 200 fluorescent microscope
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Fluorescent microscope
}}
Transmitted light inverted microscope with fluorescent attachment and digital image grabbing option

Olympus Vanox fluorescent microscope

2014-03-31T11:13:18Z

Bioimaging:

{{Equipment
|Identifier=Olympus Vanox fluorescent microscope
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Fluorescent microscope
}}
Transmitted light upright microscope with fluorescent attachment and digital image grabbing option

Olympus Vanox fluorescent microscope

2014-03-31T11:12:55Z

Bioimaging: Created page with "{{Equipment |Identifier=Olympus Vanox fluorescent microscope |Count=1 |Facility=Neuromorphology Research Laboratory |Description=Fluorescent microscope }}"

{{Equipment
|Identifier=Olympus Vanox fluorescent microscope
|Count=1
|Facility=Neuromorphology Research Laboratory
|Description=Fluorescent microscope
}}

Zeiss CEM 902 electron microscope

2014-03-31T11:12:04Z

Bioimaging: Created page with "{{Equipment |Identifier=Zeiss CEM 902 electron microscope |Count=1 |Facility=Neuromorphology_Research_Laboratory |Description=Electron microscope }} Electron filtering electro..."

{{Equipment
|Identifier=Zeiss CEM 902 electron microscope
|Count=1
|Facility=Neuromorphology_Research_Laboratory
|Description=Electron microscope
}}
Electron filtering electron microscope to produce high resolution images corrected for inelastic electron scattrering and to perform 2-dimensional (ESI) and spot (EELS) elemental analysis

SIKLÓS, László Dr.

2014-03-31T11:07:46Z

Bioimaging:

{{Person
|pers_title=Dr.
|pers_firstname=SIKLÓS
|pers_lastname=László
|pers_position=Head of Facility
|pers_facility=Neuromorphology_Research_Laboratory
|pers_email=siklos@brc.hu ;siklos.laszlo@brc.mta.hu
|pers_phone=62/599611
}}

SIKLÓS, László Dr.

2014-03-31T11:06:44Z

Bioimaging: Created page with "{{Person |pers_title=Dr. |pers_firstname=SIKLÓS |pers_lastname=László |pers_position=Head of Facility |pers_facility=Neuromorphology_Research_Laboratory |pers_email=siklos@..."

Neuromorphology Research Laboratory

2014-03-31T11:03:32Z

Bioimaging:

{{Facility
|Coordinates=46° 14' 42.8" N 20° 9' 50.8" E
|Facility_Name=Neuromorphology Research Laboratory
|Facility_desc=BRC Neuromorphology
|Organization=Biological Research Centre of HAS
|Website=http://www.szbk.u-szeged.hu/
|Street=Temesvári krt. 62.
|ZIP=H-6726
|City=Szeged
|Facility_Head=SIKLÓS, László Dr.
}}
The laboratory is offering a full range of imaging methods, from light- through laser confocal- to high resolutional electron microscopy for morphological and microanalytical characterication of biological samples with an enmphasis on brain tissue. The laboratory includes instruments, hardware and software for sample processing and quantitative image analysis at light- and electron microscopic level.

The neuomorphology Research Lanboratory basically, but not exclusively (since offers services for other research groups ouside the institute and for departments in the local unoversity) in engaged with neurobiology research. The Laboratory is equipped with instruments to support lihóght- and electron micrsocopic investigations (Zeiss, Nikon, Olympus fluorescent light microscopes and Zeiss electron filtering electron micrsocope). Furthermore, the basic sample preparation methods are also supported by equipments like ultramicrotomes (Leica, Reichert), cryostates (Leitz, Slee), freezing microtome (Reichert), vacuum evaporator (Jeol), polymerization owen and knife maker (LKB).

Area of science:
Clinical medicine : Other clinical medicine Experimental medicine : Other experimental medicine, Human anatomy, Pathology Biology : Other life sciences, Neurobiology, Immunology, Anatomy and antropology, Molecular biology, Structural biology, Cell biology

Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)

2014-03-31T11:01:41Z

Bioimaging:

{{Facility
|Coordinates=47° 28' 56.2" N, 19° 4' 48.1" E
|Facility_Name=Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)
|Facility_desc=SE ROK medical digital image technology
|Organization=Semmelweis University
|Website=http://www.radi.sote.hu/ ;http://semmelweis.hu/radiologia ; http://semmelweis-hu/nuklearis-medicina
|Street=Üllői út 78/A
|ZIP=H-1181
|City=Budapest
|Facility_Head=KÁRI, Béla Dr.
}}
The RI provides standard image archival method as well as on-line image based evaluation and consultation possibilities for multi-modality medical imaging diagnostic researches and education. Several locale high computing capacity workstations (Teraflop speed) are available for research, development, and education of various image reconstruction procedures for multi-modality (currently human SPECT/CT) applications as well as for the multi-fusion presentation of the SPECT, PET, CT, MR modality (even by simultaneously). 

This Research Infrastructure (RI) serves multi-modality and multi-dimensional imaging diagnostics with research and development demands. The RI can be used both locally and in a telemetric way through the provided rights. The main job of the tool is the evaluation and registration of the results of the digitized functional (SPECT, PET) and morphological (X-Ray, CT, MRI, DSA,?.etc.) modalities, by geographically independent ways, in order to carry out the on-line image analysis in either a prompt or retrospective way simultaneously by several specialists. Due to the digital image sources, the RI may play a significant role in multi-dimensional and quantitative image based dedicated advisory/reference systems, as well as in medical pattern recognition. The RI is very flexible and can be easily upgraded due to the structured plug-in technology. Furthermore the RI can be the basis of future telemetric based multi-dimensional and multi-fusion (the fusion of 3, 4 and even more modalities) image evaluation system.

 

- Medical image archival and telemetric service support server system including the high security network service 
- Several locale high power image presentation and image processing workstations (currently 3pcs. exclusively operates for research, development and education purposes). 

- Human and pre-clinical invsive (angiography) and non-invasive multi-modality medical image storage in standard (DICOM) format, as well as image access by tele-metric way 
- on-line tele-image processing and evaluation 
- on-line image based tele-consultation 
- on-line tele-education 

'''Area of science:''' 

'''Physical sciences :''' Other physical sciences 

'''Experimental medicine :''' Other experimental medicine 

'''Clinical medicine :''' Radiation biology, radiology 

'''Mathematical sciences :''' Other mathematical sciences, Information technology and computer science 

'''Engineering sciences :''' Other engineering sciences, Telecommunication systems, Automation and computing

Tele-Radiology Server

2014-03-31T10:59:14Z

Bioimaging: Created page with "{{Equipment |Identifier=Tele-Radiology Server |Count=1 |Facility=Medical_digital_image_storage,_image_evaluation_and_image_processing_system_with_tele-communication_support_fo..."

{{Equipment
|Identifier=Tele-Radiology Server
|Count=1
|Facility=Medical_digital_image_storage,_image_evaluation_and_image_processing_system_with_tele-communication_support_for_multi-modality_and_multi-dimensional_imaging_diagnostic_(invasive_and_non-invasive)
|Description=Tele-Radiology Server
}}

Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)

2014-03-31T10:58:35Z

Bioimaging:

{{Facility
|Coordinates=47° 28' 56.2" N, 19° 4' 48.1" E
|Facility_Name=Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)
|Facility_desc=SE ROK medical digital image technology
|Organization=Semmelweis University
|Website=http://www.radi.sote.hu/ ;http://semmelweis.hu/radiologia ; http://semmelweis-hu/nuklearis-medicina
|Street=Üllői út 78/A
|ZIP=H-1181
|City=Budapest
|Facility_Head=KÁRI, Béla Dr.
}}
The RI provides standard image archival method as well as on-line image based evaluation and consultation possibilities for multi-modality medical imaging diagnostic researches and education. Several locale high computing capacity workstations (Teraflop speed) are available for research, development, and education of various image reconstruction procedures for multi-modality (currently human SPECT/CT) applications as well as for the multi-fusion presentation of the SPECT, PET, CT, MR modality (even by simultaneously). 

This Research Infrastructure (RI) serves multi-modality and multi-dimensional imaging diagnostics with research and development demands. The RI can be used both locally and in a telemetric way through the provided rights. The main job of the tool is the evaluation and registration of the results of the digitized functional (SPECT, PET) and morphological (X-Ray, CT, MRI, DSA,?.etc.) modalities, by geographically independent ways, in order to carry out the on-line image analysis in either a prompt or retrospective way simultaneously by several specialists. Due to the digital image sources, the RI may play a significant role in multi-dimensional and quantitative image based dedicated advisory/reference systems, as well as in medical pattern recognition. The RI is very flexible and can be easily upgraded due to the structured plug-in technology. Furthermore the RI can be the basis of future telemetric based multi-dimensional and multi-fusion (the fusion of 3, 4 and even more modalities) image evaluation system.

 

- Medical image archival and telemetric service support server system including the high security network service 
- Several locale high power image presentation and image processing workstations (currently 3pcs. exclusively operates for research, development and education purposes).

'''Area of science:''' 

'''Physical sciences :''' Other physical sciences 

'''Experimental medicine :''' Other experimental medicine 

'''Clinical medicine :''' Radiation biology, radiology 

'''Mathematical sciences :''' Other mathematical sciences, Information technology and computer science 

'''Engineering sciences :''' Other engineering sciences, Telecommunication systems, Automation and computing

KÁRI, Béla Dr.

2014-03-31T10:56:00Z

Bioimaging:

{{Person
|pers_title=Dr.
|pers_firstname=Kári
|pers_lastname=Béla
|pers_position=Head of Facility
|pers_facility=Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)
|pers_email=kari.bela@med.semmelweis-univ.hu
|pers_phone=+36 (70) 337-8162; +36 (20) 380-0804
}}

Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)

2014-03-31T10:54:49Z

Bioimaging:

{{Facility
|Coordinates=47° 28' 56.2" N, 19° 4' 48.1" E
|Facility_Name=Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)
|Facility_desc=SE ROK medical digital image technology
|Organization=Semmelweis University
|Website=http://www.radi.sote.hu/ ;http://semmelweis.hu/radiologia ; http://semmelweis-hu/nuklearis-medicina
|Street=Üllői út 78/A
|ZIP=H-1181
|City=Budapest
|Facility_Head=KÁRI, Béla Dr.
}}
The RI provides standard image archival method as well as on-line image based evaluation and consultation possibilities for multi-modality medical imaging diagnostic researches and education. Several locale high computing capacity workstations (Teraflop speed) are available for research, development, and education of various image reconstruction procedures for multi-modality (currently human SPECT/CT) applications as well as for the multi-fusion presentation of the SPECT, PET, CT, MR modality (even by simultaneously). 

The Research Infrastructure (RI) serves the multi-modality and multi-dimensional imaging diagnostics with the research and development demands. RI can be used both locally and telemetric way through the provided rights. Main job of the tool is the evaluation and registration of the results of the digitized functional (SPECT, PET) and morphological (X-Ray, CT, MRI, DSA,….etc.) modalities by geographically independent way in order to carry out the on-line image analyzes either prompt or retrospective way by several specialist simultaneously. Due to the digital image sources, RI may play significant role in multi-dimensional and quantitative image based dedicated advisory/reference systems, as well as in medical pattern recognition. RI is very flexible and can be upgraded by easy way due to the structured plug-in technology. Furthermore RI can be the fundament of the future telemetric based multi-dimensional and multi-fusion (3, 4,…and even more modalities fusion) image evaluation system.

 

- Medical image archival and telemetric service support server system including the high security network service 
- Several locale high power image presentation and image processing workstations (currently 3pcs. exclusively operates for research, development and education purposes).

'''Area of science:''' 

'''Physical sciences :''' Other physical sciences 

'''Experimental medicine :''' Other experimental medicine 

'''Clinical medicine :''' Radiation biology, radiology 

'''Mathematical sciences :''' Other mathematical sciences, Information technology and computer science 

'''Engineering sciences :''' Other engineering sciences, Telecommunication systems, Automation and computing

Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)

2014-03-31T10:53:48Z

Bioimaging:

{{Facility
|Coordinates=47° 28' 56.2" N, 19° 4' 48.1" E
|Facility_Name=Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)
|Facility_desc=SE ROK medical digital image technology
|Organization=Semmelweis University
|Website=http://www.radi.sote.hu/
|Street=Üllői út 78/A
|ZIP=H-1181
|City=Budapest
|Facility_Head=KÁRI, Béla Dr.
}}
The RI provides standard image archival method as well as on-line image based evaluation and consultation possibilities for multi-modality medical imaging diagnostic researches and education. Several locale high computing capacity workstations (Teraflop speed) are available for research, development, and education of various image reconstruction procedures for multi-modality (currently human SPECT/CT) applications as well as for the multi-fusion presentation of the SPECT, PET, CT, MR modality (even by simultaneously). 

The Research Infrastructure (RI) serves the multi-modality and multi-dimensional imaging diagnostics with the research and development demands. RI can be used both locally and telemetric way through the provided rights. Main job of the tool is the evaluation and registration of the results of the digitized functional (SPECT, PET) and morphological (X-Ray, CT, MRI, DSA,….etc.) modalities by geographically independent way in order to carry out the on-line image analyzes either prompt or retrospective way by several specialist simultaneously. Due to the digital image sources, RI may play significant role in multi-dimensional and quantitative image based dedicated advisory/reference systems, as well as in medical pattern recognition. RI is very flexible and can be upgraded by easy way due to the structured plug-in technology. Furthermore RI can be the fundament of the future telemetric based multi-dimensional and multi-fusion (3, 4,…and even more modalities fusion) image evaluation system.

 

- Medical image archival and telemetric service support server system including the high security network service 
- Several locale high power image presentation and image processing workstations (currently 3pcs. exclusively operates for research, development and education purposes).

'''Area of science:''' 

'''Physical sciences :''' Other physical sciences 

'''Experimental medicine :''' Other experimental medicine 

'''Clinical medicine :''' Radiation biology, radiology 

'''Mathematical sciences :''' Other mathematical sciences, Information technology and computer science 

'''Engineering sciences :''' Other engineering sciences, Telecommunication systems, Automation and computing

Department of Biochemistry and Medical Chemistry 1, Medical School, PTE

2014-03-31T10:49:09Z

Bioimaging:

{{Facility
|Coordinates=46° 4' 20.9" N, 18° 12' 26.6" E
|Facility_Name=Department of Biochemistry and Medical Chemistry 1, Medical School, PTE
|Facility_desc=MRI/MRS Biochemistry 1, PTE
|Organization=University of Pécs
|Website=http://www.pte.hu/
|Street=Szigeti u.12.
|ZIP=H-7624
|City=Pécs
|Facility_Head=SÜMEGI, Balázs Dr.
}}
in vivo imaging on intact animals, compound characterization with proteomic methods, identification of cell signaling pathways 

1. NMR spectroscopy, high field MR microimaging , 9.4 T. 2. Proteomic laboratory, with Bruker MALDI-TOF MS and ion-trap MS 3. Functional genomic laboratory, facility for gene cloning, study of signaling pathways and fluorescent microscopy.

 

'''Area of science:''' 

'''Biology :''' Molecular biology 

'''Experimental medicine :''' Patophysiology, Other experimental medicine 

'''Chemical sciences :''' Organic and biomolecular chemistry, Analytical chemistry

ANTAL, Miklós Dr.

2014-03-31T10:45:37Z

Bioimaging: Created page with "{{Person |pers_title=Dr. |pers_firstname=ANTAL |pers_lastname=Miklós |pers_position=Head of Facility |pers_facility=Molecular_Anatomical_Imaging_and_Electronmicroscopic_Labor..."

{{Person
|pers_title=Dr.
|pers_firstname=ANTAL
|pers_lastname=Miklós
|pers_position=Head of Facility
|pers_facility=Molecular_Anatomical_Imaging_and_Electronmicroscopic_Laboratory
|pers_email=antal@chondron.anat.dote.hu
|pers_phone=+36 52 255-567
}}

IMARIS 2D-3D image analysis system

2014-03-31T10:42:53Z

Bioimaging: Created page with "{{Equipment |Identifier=IMARIS 2D-3D image analysis system |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Image analysis syste..."

{{Equipment
|Identifier=IMARIS 2D-3D image analysis system
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Image analysis system
}}

Neurolucida 2D-3D image analysis system

2014-03-31T10:42:06Z

Bioimaging: Created page with "{{Equipment |Identifier=Neurolucida 2D-3D image analysis system |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Image analysis ..."

{{Equipment
|Identifier=Neurolucida 2D-3D image analysis system
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Image analysis system
}}

Nikon multifunctional research microscope

2014-03-31T10:41:09Z

Bioimaging: Created page with "{{Equipment |Identifier=Nikon multifunctional research microscope |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Multifunction..."

{{Equipment
|Identifier=Nikon multifunctional research microscope
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Multifunctional research microscope
}}

Olympus confocal laser scanning microscope

2014-03-31T10:39:50Z

Bioimaging: Created page with "{{Equipment |Identifier=Olympus confocal laser scanning microscope |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Laser Scanni..."

{{Equipment
|Identifier=Olympus confocal laser scanning microscope
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Laser Scanning Microscope
}}

Leica Freeze Fracture System

2014-03-31T10:38:45Z

Bioimaging: Created page with "{{Equipment |Identifier=Leica Freeze Fracture System |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Freeze Fracture System }}"

{{Equipment
|Identifier=Leica Freeze Fracture System
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Freeze Fracture System
}}

Leica High Pressure Freezer

2014-03-31T10:37:52Z

Bioimaging: Created page with "{{Equipment |Identifier=Leica High Pressure Freezer |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Freezer }}"

{{Equipment
|Identifier=Leica High Pressure Freezer
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Freezer
}}

Leica ultramicrotomes

2014-03-31T10:36:57Z

Bioimaging: Created page with "{{Equipment |Identifier=Leica ultramicrotomes |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Ultramicrotomes }}"

{{Equipment
|Identifier=Leica ultramicrotomes
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Ultramicrotomes
}}

JEOL scanning electronmicroscope

2014-03-31T10:35:53Z

Bioimaging: Created page with "{{Equipment |Identifier=JEOL scanning electronmicroscope |Count=1 |Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory |Description=Electron microscope }}"

{{Equipment
|Identifier=JEOL scanning electronmicroscope
|Count=1
|Facility=Molecular Anatomical Imaging and Electronmicroscopic Laboratory
|Description=Electron microscope
}}

JEOL transmission electronmicroscope

2014-03-31T10:34:49Z

Bioimaging: Created page with "{{Equipment |Identifier=JEOL transmission electronmicroscope |Count=1 |Facility=Molecular_Anatomical_Imaging_and_Electronmicroscopic_Laboratory |Description=Electron microscop..."

{{Equipment
|Identifier=JEOL transmission electronmicroscope
|Count=1
|Facility=Molecular_Anatomical_Imaging_and_Electronmicroscopic_Laboratory
|Description=Electron microscope
}}

Molecular Anatomical Imaging and Electronmicroscopic Laboratory

2014-03-31T10:34:28Z

Bioimaging:

{{Facility
|Coordinates=47.5588510822 N,21.6212721714 E
|Facility_Name=Molecular-Anatomical Imaging Laboratory
|Facility_desc=UD MHSC MolAnatIL
|Organization=University of Debrecen
|Website=http://www.anat.dote.hu/
|Street=Egyetem tér 1. Life Science Building
|ZIP=H- 4032
|City=Debrecen
|Facility_Head=ANTAL, Miklós Dr.
}}
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. 

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.

 

'''Area of science: 

''' Experimental medicine :'''Other experimental medicine 

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

Molecular Anatomical Imaging and Electronmicroscopic Laboratory

2014-03-31T10:30:39Z

Bioimaging:

{{Facility
|Coordinates=47.5588510822 N,21.6212721714 E
|Facility_Name=Molecular-Anatomical Imaging Laboratory
|Facility_desc=UD MHSC MolAnatIL
|Organization=University of Debrecen
|Website=http://www.anat.dote.hu/
|Street=Egyetem tér 1. Life Science Building
|ZIP=H- 4032
|City=Debrecen
|Facility_Head=ANTAL, Miklós Dr.
}}
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. 

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

 

'''Area of science: 

''' Experimental medicine :'''Other experimental medicine 

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

List of Facilities

2014-03-31T10:28:59Z

Bioimaging:

{| cellpadding="6" border="1" cellspacing="4"

|-
|-
{| class="wikitable sortable"
|-
! !! Research Infrastructures !! Short name of the RI !! Organization !! Head of group !! Related Pages & Resources !! Area of Science

|-
|
|-
|-
|-
| 1
|-
|-
| [[File:FCS UD.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescence_Correlation_Spectroscope_with_Confocal_Microscope Fluorescence Correlation Spectroscope with Confocal Microscope]'' ||'''RCMM FCS-CLSM''' ||University of Debrecen || '''Dr. György Vámosi ''' || [http://biophys.med.unideb.hu/en/Olympus%20LSM-FCS http://biophys.med.unideb.hu/en/Olympus LSM-FCS]|| '''Biotechnology : ''' Medical biotechnology ...
|-
| 2
|-
|-
| [[File:AFM Deb Hun.jpg]] || ''[http://bioimaging.unideb.hu/Atomic_Force_Microscope_Laboratory Atomic Force Microscope Laboratory]'' || '''UD MHSC DBCB AFMLab''' || University of Debrecen || '''Dr. László Mátyus ''' || [http://biophys.med.unideb.hu/en/AFMh http://biophys.med.unideb.hu/en/AFM] || '''Biology :''' Cell biology
|-
| 3
|-
|-
| [[File:live_CLSM.jpg]] || ''[http://bioimaging.unideb.hu/Laboratory_for_subcellular_live_imaging,_cellular_electrophysiology_and_motility Laboratory for subcellular live imaging, cellular electrophysiology and motility]'' ||'''Laboratory for subcellular imaging''' || University of Debrecen || '''Dr. László Csernoch ''' || [http://phys.dote.hu/index.php?action=setlang&lang=en http://phys.dote.hu/index.php?action=setlang&lang=en] ||'''Pharmacology :''' Experimental ...
|-

| 4
|-
|-
| [[File:Terranova_MRI_Magritek.jpg]] || ''[http://bioimaging.unideb.hu/Terranova_MRI,_Magritek_(Earth_Field_NMR) Terranova MRI, Magritek (Earth Field NMR)]'' ||'''efNMR'''||University of Debrecen || '''Dr. Ervin Berényi ''' || [http://www.olkd.med.unideb.hu http://www.olkd.med.unideb.hu] || '''Physical sciences :''' Other physical ...
|-
| 5
|-
|-
| [[File:Zeiss_LSM_510_META_Confocal_Microscope_and_Confocor_2.jpg]] || ''[http://bioimaging.unideb.hu/FLIM-TIRF_and_LSM-FCS_laboratory_for_functional_cell_analysis FLIM-TIRF and LSM-FCS laboratory for functional cell analysis]'' ||'''UD MHSC FLIM-TIRF LSM-FCS''' ||University of Debrecen|| '''Dr. György Vereb ''' ||[http://biophys.med.unideb.hu/en/FLIM-TIRF http://biophys.med.unideb.hu/en/FLIM-TIRF] || '''Biotechnology : ''' Medical biotechnology ...
|-
| 6
|-
|-
| [[File:Molecular-Anatomical Imaging Laboratory.jpg]] || ''[http://bioimaging.unideb.hu/Molecular_Anatomical_Imaging_and_Electronmicroscopic_Laboratory Molecular Anatomical Imaging and Electronmicroscopic Laboratory]'' ||''' UD MHSC MolAnatIL''' || University of Debrecen || '''Dr. Miklós Antal ''' || [http://www.anat.dote.hu http://www.anat.dote.hu] || '''Experimental medicine : ''' Other ...
|-
| 7
|-
|-
| [[File:Prof. Hirano Tadashi Hungarian-Japanese Electronmicroscopic Center.jpg]]|| ''[http://bioimaging.unideb.hu/Prof.Hirano_Tadashi_Hungarian-Japanese_Electronmicroscopic_Center Prof. Hirano Tadashi Hungarian-Japanese Electron Microscopic Center]'' || ''' UD MHSC HJEMC''' ||University of Debrecen|| '''Dr. Miklós Antal ''' || [http://www.anat.dote.hu http://www.anat.dote.hu] || '''Experimental medicine :''' Other ...
|-
| 8
|-
|-
| [[File:Molecular Cell Analysis Core Facility.jpg]] || ''[http://bioimaging.unideb.hu/Molecular_Cell_Analysis_Core_Facility Molecular Cell Analysis Core Facility]'' ||'''UD MHSC Mol Cell Analysis''' ||University of Debrecen|| '''Dr. János Szöllősi ''' || [http://biophys.med.unideb.hu/hu/node/122 http://biophys.med.unideb.hu/hu/node/122] || '''Biology :''' Other life sciences, ...
|-
| 9
|-
|-
| [[File:30083_Atomero_mikroszkop.jpg ]] || ''[http://bioimaging.unideb.hu/Atomic_Force_Microscope Atomic Force Microscope]''|| '''BRC-AFM''' || Biological Research Centre of HAS || '''Dr. György Váró ''' || [http://www.brc.hu http://www.brc.hu] || '''Biology :''' Cell biology
|-
| 10
|-
|-
| [[File:Differencial-Polarizacios_Lezersugarpasztazo_Mikrosz.jpg]] || ''[http://bioimaging.unideb.hu/Differential_Polarization_Laser_Scanning_Microscopy Differential Polarization Laser Scanning Microscopy]'' || ''' DP-LSM''' ||Biological Research Centre of HAS || ''' Dr. Győző Garab ''' || [http://www.dplsm.eu/ http://www.dplsm.eu/] || '''Engineering sciences : ''' Materials ...
|-
| 11
|-
|-
| [[File:Cellular Imaging Laboratory.jpg ]] ||''[http://bioimaging.unideb.hu/Cellular_Imaging_Laboratory Cellular Imaging Laboratory]'' ||'''BRC CI''' || Biological Research Centre of HAS || '''Dr. Ferhan Ayaydin '''||[http://www.brc.hu/cent_cellular_imaging_laboratory.php http://www.brc.hu/cent_cellular_imaging_laboratory.php] || '''Biology :''' Cell Biology
|-
| 12
|-
|-
| [[File:Neuromorphology Research Laboratory.jpg]] || ''[http://bioimaging.unideb.hu/Neuromorphology_Research_Laboratory Neuromorphology Research Laboratory]'' || '''BRC Neuromorphology''' ||Biological Research Centre of HAS || '''Dr. László Siklós ''' || [http://www.szbk.u-szeged.hu/ http://www.szbk.u-szeged.hu/] || '''Clinical medicine :''' Other clinical ...
|-
| 13
|-
|-
| [[File:GE-4096 PET kamera es miniPET-II.jpg]] || ''[http://bioimaging.unideb.hu/GE-4096_PET_scanner_and_miniPET-II_scanner_(Positron_Emission_Tomography) GE-4096 PET scanner and miniPET-II scanner (Positron Emission Tomography)]'' || '''ATOMKI PET scanner''' ||Institute of Nuclear Research of HAS || '''Dr. József Molnár ''' || [http://www.atomki.hu/atomki/Electr/DOEInnovation/minipet-2.htm http://www.atomki.hu/atomki/Electr/DOEInnovation/minipet-2.htm] || '''Engineering sciences :''' Materials ...
|-
| 14
|-
|-
| [[File:SIC.jpg]] || ''[http://bioimaging.unideb.hu/Kaposvar_University_Institute_of_Diagnostic_Imaging_and_Radiation_Oncology Kaposvar University Institute of Diagnostic Imaging and Radiation Oncology]'' || '''KEDOI''' ||Kaposvár University || '''Prof. Dr. Imre Repa ''' || [http://www.sic.hu http://www.sic.hu] || '''Agronomics :''' Other agronomics
|-
| 15
|-
|-
| [[File:Fluoreszcens kepalkoto rendszer.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescence_imaging_system Fluorescence imaging system]'' || ''' SU PHYSIOL fluo imaging system''' ||Semmelweis University || '''Dr. Péter Várnai ''' || [http://elettan.eok.sote.hu http://elettan.eok.sote.hu] || '''Experimental medicine : ''' Medical biology ...
|-
| 16
|-
|-
| [[File:Fluoreszcens Technikak Laboratorium.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescent_Techniques_Core_Facility Fluorescent Techniques Core Facility]'' || ''' SE KKKÉ fluor''' ||Semmelweis University || '''Dr. Attila Cselenyák ''' || [http://www.tissueengineering.hu http://www.tissueengineering.hu] || '''Biotechnology :''' Medical biotechnology ...
|-
| 17
|-
|-
| [[File:Semmelweis Heart Center.jpg]] || ''[http://bioimaging.unideb.hu/Semmelweis_University_Heart_Center,_Radiology_Diagnostic_Center Semmelweis University Heart Center, Radiology Diagnostic Center]'' ||''' SE Cardio MRI''' ||Semmelweis University || '''Dr. Béla Merkely ''' || [http://www.kardiologia.hu http://www.kardiologia.hu] || '''Clinical medicine : ''' Conservative medicine
|-
| 18
|-
|-
| [[File:LaserLumi.jpg]] || ''[http://bioimaging.unideb.hu/Laboratory_for_Laser_Excited_Luminescence Laboratory for Laser Excited Luminescence]'' || ''' LaserLumi''' ||Semmelweis University || '''Dr. Judit Fidy ''' || [http://biofiz.sote.hu http://biofiz.sote.hu] || '''Biotechnology :''' Medical biotechnology ...
|-
| 19
|-
|-
| [[File:micro CT.jpg]] || ''[http://bioimaging.unideb.hu/MicroCT_at_the_Semmelweis_University MicroCT at the Semmelweis University]'' ||'''SE micro-CT''' ||Semmelweis University|| '''Dr. Csaba Dobó Nagy ''' || [http://www.microct.hu/ http://www.microct.hu/] || '''Engineering sciences :''' Materials ...
|-
| 20
|-
|-
| [[File:Semmelweis University MR Research Center 3T MR scanner.jpg]] || ''[http://bioimaging.unideb.hu/Semmelweis_University_MR_Research_Center_3T_MR_scanner Semmelweis University MR Research Center 3T MRscanner]'' ||''' SE MRKK''' || Semmelweis University || '''Dr. Gábor Rudas ''' || [http://www.mrkk.sote.hu http://www.mrkk.sote.hu] ||'''Biotechnology :''' Medical biotechnology ...
|-
| 21
|-
|-
| [[File:Semmelweis_Nanobiotechnology_and_In_Vivo_Imaging_Center.jpg]] || ''[http://bioimaging.unideb.hu/Semmelweis_Nanobiotechnology_and_In_Vivo_Imaging_Center Semmelweis Nanobiotechnology and In Vivo Imaging Center]'' ||'''Semmelweis NIVIC''' || Semmelweis University || '''Dr. Miklós Kellermayer ''' || [http://biofiz.sote.hu http://biofiz.sote.hu] || '''Engineering sciences : ''' Materials ...
|-
| 22
|-
|-
| [[File:SE_ROK_medical_digital_image_technology.jpg]] || ''[http://bioimaging.unideb.hu/Medical_digital_image_storage,_image_evaluation_and_image_processing_system_with_tele-communication_support_for_multi-modality_and_multi-dimensional_imaging_diagnostic_(invasive_and_non-invasive) Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)]'' ||''' SE ROK medical digital image technology''' ||Semmelweis University || '''Dr. Béla Kári ''' || [http://www.radi.sote.hu http://www.radi.sote.hu] || '''Physical sciences :'''Other physical ...
|-

| 23
|-
|-
| [[File:biophysics-flim-logo.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescence_Lifetime_Imaging_Microscope_with_two_photon_excitation Fluorescence Lifetime Imaging Microscope with two photon excitation]'' ||'''UPecs Biophysics FLIM''' || University of Pécs || '''Dr. Miklós Nyitrai ''' || [http://www.pte.hu http://www.pte.hu] || '''Physical sciences :''' Laser physics and ...
|-
| 24
|-
|-
| [[File:Medical Diagnostic Imaging Center of.jpg]] || ''[http://bioimaging.unideb.hu/Pécs_Diagnostic_Center Pécs Diagnostic Center]'' ||''' PDC Tesla''' ||University of Pécs|| '''Dr. Éva Szolcsányiné Kiefer ''' || [http://www.neuroct.hu http://www.neuroct.hu] ||'''Clinical medicine :''' Other clinical ...
|-
| 25
|-
|-
| [[File:Department of Biochemistry and Medical Chemistry 1, Medical School, PTE.jpg]] || ''[http://bioimaging.unideb.hu/Department_of_Biochemistry_and_Medical_Chemistry_1,_Medical_School,_PTE Department of Biochemistry and Medical Chemistry 1, Medical School, PTE]'' || '''MRI/MRS Biochemistry 1, PTE''' || University of Pécs || '''Dr Balázs Sümegi ''' || [http://www.pte.hu http://www.pte.hu] ||'''Biology :''' Molecular biology ...
|-
| 26
|-
|-
| [[File:Harom es ketdimenzios fotonlezer.jpg ]] || ''[http://bioimaging.unideb.hu/Three-_and_two-dimensional_2-photon_laser_scanning_microscopy_laboratory Three- and two-dimensional 2-photon laser scanning microscopy laboratory]''||'''3D/2D 2-photon microscopy laboratory''' || Femtonics Ltd. || '''Dr. Balázs Rózsa ''' || [http://www.femtonics.eu http://www.femtonics.eu] ||'''Pharmacology :''' Experimental ...
|-

|}

List of Facilities

2014-03-31T10:27:43Z

Bioimaging:

{| cellpadding="6" border="1" cellspacing="4"

|-
|-
{| class="wikitable sortable"
|-
! !! Research Infrastructures !! Short name of the RI !! Organization !! Head of group !! Related Pages & Resources !! Area of Science

|-
|
|-
|-
|-
| 1
|-
|-
| [[File:FCS UD.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescence_Correlation_Spectroscope_with_Confocal_Microscope Fluorescence Correlation Spectroscope with Confocal Microscope]'' ||'''RCMM FCS-CLSM''' ||University of Debrecen || '''Dr. György Vámosi ''' || [http://biophys.med.unideb.hu/en/Olympus%20LSM-FCS http://biophys.med.unideb.hu/en/Olympus LSM-FCS]|| '''Biotechnology : ''' Medical biotechnology ...
|-
| 2
|-
|-
| [[File:AFM Deb Hun.jpg]] || ''[http://bioimaging.unideb.hu/Atomic_Force_Microscope_Laboratory Atomic Force Microscope Laboratory]'' || '''UD MHSC DBCB AFMLab''' || University of Debrecen || '''Dr. László Mátyus ''' || [http://biophys.med.unideb.hu/en/AFMh http://biophys.med.unideb.hu/en/AFM] || '''Biology :''' Cell biology
|-
| 3
|-
|-
| [[File:live_CLSM.jpg]] || ''[http://bioimaging.unideb.hu/Laboratory_for_subcellular_live_imaging,_cellular_electrophysiology_and_motility Laboratory for subcellular live imaging, cellular electrophysiology and motility]'' ||'''Laboratory for subcellular imaging''' || University of Debrecen || '''Dr. László Csernoch ''' || [http://phys.dote.hu/index.php?action=setlang&lang=en http://phys.dote.hu/index.php?action=setlang&lang=en] ||'''Pharmacology :''' Experimental ...
|-

| 4
|-
|-
| [[File:Terranova_MRI_Magritek.jpg]] || ''[http://bioimaging.unideb.hu/Terranova_MRI,_Magritek_(Earth_Field_NMR) Terranova MRI, Magritek (Earth Field NMR)]'' ||'''efNMR'''||University of Debrecen || '''Dr. Ervin Berényi ''' || [http://www.olkd.med.unideb.hu http://www.olkd.med.unideb.hu] || '''Physical sciences :''' Other physical ...
|-
| 5
|-
|-
| [[File:Zeiss_LSM_510_META_Confocal_Microscope_and_Confocor_2.jpg]] || ''[http://bioimaging.unideb.hu/FLIM-TIRF_and_LSM-FCS_laboratory_for_functional_cell_analysis FLIM-TIRF and LSM-FCS laboratory for functional cell analysis]'' ||'''UD MHSC FLIM-TIRF LSM-FCS''' ||University of Debrecen|| '''Dr. György Vereb ''' ||[http://biophys.med.unideb.hu/en/FLIM-TIRF http://biophys.med.unideb.hu/en/FLIM-TIRF] || '''Biotechnology : ''' Medical biotechnology ...
|-
| 6
|-
|-
| [[File:Molecular-Anatomical Imaging Laboratory.jpg]] || ''[http://bioimaging.unideb.hu/Molecular-Anatomical_Imaging_Laboratory Molecular Anatomical Imaging and Electronmicroscopic Laboratory]'' ||''' UD MHSC MolAnatIL''' || University of Debrecen || '''Dr. Miklós Antal ''' || [http://www.anat.dote.hu http://www.anat.dote.hu] || '''Experimental medicine : ''' Other ...
|-
| 7
|-
|-
| [[File:Prof. Hirano Tadashi Hungarian-Japanese Electronmicroscopic Center.jpg]]|| ''[http://bioimaging.unideb.hu/Prof.Hirano_Tadashi_Hungarian-Japanese_Electronmicroscopic_Center Prof. Hirano Tadashi Hungarian-Japanese Electron Microscopic Center]'' || ''' UD MHSC HJEMC''' ||University of Debrecen|| '''Dr. Miklós Antal ''' || [http://www.anat.dote.hu http://www.anat.dote.hu] || '''Experimental medicine :''' Other ...
|-
| 8
|-
|-
| [[File:Molecular Cell Analysis Core Facility.jpg]] || ''[http://bioimaging.unideb.hu/Molecular_Cell_Analysis_Core_Facility Molecular Cell Analysis Core Facility]'' ||'''UD MHSC Mol Cell Analysis''' ||University of Debrecen|| '''Dr. János Szöllősi ''' || [http://biophys.med.unideb.hu/hu/node/122 http://biophys.med.unideb.hu/hu/node/122] || '''Biology :''' Other life sciences, ...
|-
| 9
|-
|-
| [[File:30083_Atomero_mikroszkop.jpg ]] || ''[http://bioimaging.unideb.hu/Atomic_Force_Microscope Atomic Force Microscope]''|| '''BRC-AFM''' || Biological Research Centre of HAS || '''Dr. György Váró ''' || [http://www.brc.hu http://www.brc.hu] || '''Biology :''' Cell biology
|-
| 10
|-
|-
| [[File:Differencial-Polarizacios_Lezersugarpasztazo_Mikrosz.jpg]] || ''[http://bioimaging.unideb.hu/Differential_Polarization_Laser_Scanning_Microscopy Differential Polarization Laser Scanning Microscopy]'' || ''' DP-LSM''' ||Biological Research Centre of HAS || ''' Dr. Győző Garab ''' || [http://www.dplsm.eu/ http://www.dplsm.eu/] || '''Engineering sciences : ''' Materials ...
|-
| 11
|-
|-
| [[File:Cellular Imaging Laboratory.jpg ]] ||''[http://bioimaging.unideb.hu/Cellular_Imaging_Laboratory Cellular Imaging Laboratory]'' ||'''BRC CI''' || Biological Research Centre of HAS || '''Dr. Ferhan Ayaydin '''||[http://www.brc.hu/cent_cellular_imaging_laboratory.php http://www.brc.hu/cent_cellular_imaging_laboratory.php] || '''Biology :''' Cell Biology
|-
| 12
|-
|-
| [[File:Neuromorphology Research Laboratory.jpg]] || ''[http://bioimaging.unideb.hu/Neuromorphology_Research_Laboratory Neuromorphology Research Laboratory]'' || '''BRC Neuromorphology''' ||Biological Research Centre of HAS || '''Dr. László Siklós ''' || [http://www.szbk.u-szeged.hu/ http://www.szbk.u-szeged.hu/] || '''Clinical medicine :''' Other clinical ...
|-
| 13
|-
|-
| [[File:GE-4096 PET kamera es miniPET-II.jpg]] || ''[http://bioimaging.unideb.hu/GE-4096_PET_scanner_and_miniPET-II_scanner_(Positron_Emission_Tomography) GE-4096 PET scanner and miniPET-II scanner (Positron Emission Tomography)]'' || '''ATOMKI PET scanner''' ||Institute of Nuclear Research of HAS || '''Dr. József Molnár ''' || [http://www.atomki.hu/atomki/Electr/DOEInnovation/minipet-2.htm http://www.atomki.hu/atomki/Electr/DOEInnovation/minipet-2.htm] || '''Engineering sciences :''' Materials ...
|-
| 14
|-
|-
| [[File:SIC.jpg]] || ''[http://bioimaging.unideb.hu/Kaposvar_University_Institute_of_Diagnostic_Imaging_and_Radiation_Oncology Kaposvar University Institute of Diagnostic Imaging and Radiation Oncology]'' || '''KEDOI''' ||Kaposvár University || '''Prof. Dr. Imre Repa ''' || [http://www.sic.hu http://www.sic.hu] || '''Agronomics :''' Other agronomics
|-
| 15
|-
|-
| [[File:Fluoreszcens kepalkoto rendszer.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescence_imaging_system Fluorescence imaging system]'' || ''' SU PHYSIOL fluo imaging system''' ||Semmelweis University || '''Dr. Péter Várnai ''' || [http://elettan.eok.sote.hu http://elettan.eok.sote.hu] || '''Experimental medicine : ''' Medical biology ...
|-
| 16
|-
|-
| [[File:Fluoreszcens Technikak Laboratorium.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescent_Techniques_Core_Facility Fluorescent Techniques Core Facility]'' || ''' SE KKKÉ fluor''' ||Semmelweis University || '''Dr. Attila Cselenyák ''' || [http://www.tissueengineering.hu http://www.tissueengineering.hu] || '''Biotechnology :''' Medical biotechnology ...
|-
| 17
|-
|-
| [[File:Semmelweis Heart Center.jpg]] || ''[http://bioimaging.unideb.hu/Semmelweis_University_Heart_Center,_Radiology_Diagnostic_Center Semmelweis University Heart Center, Radiology Diagnostic Center]'' ||''' SE Cardio MRI''' ||Semmelweis University || '''Dr. Béla Merkely ''' || [http://www.kardiologia.hu http://www.kardiologia.hu] || '''Clinical medicine : ''' Conservative medicine
|-
| 18
|-
|-
| [[File:LaserLumi.jpg]] || ''[http://bioimaging.unideb.hu/Laboratory_for_Laser_Excited_Luminescence Laboratory for Laser Excited Luminescence]'' || ''' LaserLumi''' ||Semmelweis University || '''Dr. Judit Fidy ''' || [http://biofiz.sote.hu http://biofiz.sote.hu] || '''Biotechnology :''' Medical biotechnology ...
|-
| 19
|-
|-
| [[File:micro CT.jpg]] || ''[http://bioimaging.unideb.hu/MicroCT_at_the_Semmelweis_University MicroCT at the Semmelweis University]'' ||'''SE micro-CT''' ||Semmelweis University|| '''Dr. Csaba Dobó Nagy ''' || [http://www.microct.hu/ http://www.microct.hu/] || '''Engineering sciences :''' Materials ...
|-
| 20
|-
|-
| [[File:Semmelweis University MR Research Center 3T MR scanner.jpg]] || ''[http://bioimaging.unideb.hu/Semmelweis_University_MR_Research_Center_3T_MR_scanner Semmelweis University MR Research Center 3T MRscanner]'' ||''' SE MRKK''' || Semmelweis University || '''Dr. Gábor Rudas ''' || [http://www.mrkk.sote.hu http://www.mrkk.sote.hu] ||'''Biotechnology :''' Medical biotechnology ...
|-
| 21
|-
|-
| [[File:Semmelweis_Nanobiotechnology_and_In_Vivo_Imaging_Center.jpg]] || ''[http://bioimaging.unideb.hu/Semmelweis_Nanobiotechnology_and_In_Vivo_Imaging_Center Semmelweis Nanobiotechnology and In Vivo Imaging Center]'' ||'''Semmelweis NIVIC''' || Semmelweis University || '''Dr. Miklós Kellermayer ''' || [http://biofiz.sote.hu http://biofiz.sote.hu] || '''Engineering sciences : ''' Materials ...
|-
| 22
|-
|-
| [[File:SE_ROK_medical_digital_image_technology.jpg]] || ''[http://bioimaging.unideb.hu/Medical_digital_image_storage,_image_evaluation_and_image_processing_system_with_tele-communication_support_for_multi-modality_and_multi-dimensional_imaging_diagnostic_(invasive_and_non-invasive) Medical digital image storage, image evaluation and image processing system with tele-communication support for multi-modality and multi-dimensional imaging diagnostic (invasive and non-invasive)]'' ||''' SE ROK medical digital image technology''' ||Semmelweis University || '''Dr. Béla Kári ''' || [http://www.radi.sote.hu http://www.radi.sote.hu] || '''Physical sciences :'''Other physical ...
|-

| 23
|-
|-
| [[File:biophysics-flim-logo.jpg]] || ''[http://bioimaging.unideb.hu/Fluorescence_Lifetime_Imaging_Microscope_with_two_photon_excitation Fluorescence Lifetime Imaging Microscope with two photon excitation]'' ||'''UPecs Biophysics FLIM''' || University of Pécs || '''Dr. Miklós Nyitrai ''' || [http://www.pte.hu http://www.pte.hu] || '''Physical sciences :''' Laser physics and ...
|-
| 24
|-
|-
| [[File:Medical Diagnostic Imaging Center of.jpg]] || ''[http://bioimaging.unideb.hu/Pécs_Diagnostic_Center Pécs Diagnostic Center]'' ||''' PDC Tesla''' ||University of Pécs|| '''Dr. Éva Szolcsányiné Kiefer ''' || [http://www.neuroct.hu http://www.neuroct.hu] ||'''Clinical medicine :''' Other clinical ...
|-
| 25
|-
|-
| [[File:Department of Biochemistry and Medical Chemistry 1, Medical School, PTE.jpg]] || ''[http://bioimaging.unideb.hu/Department_of_Biochemistry_and_Medical_Chemistry_1,_Medical_School,_PTE Department of Biochemistry and Medical Chemistry 1, Medical School, PTE]'' || '''MRI/MRS Biochemistry 1, PTE''' || University of Pécs || '''Dr Balázs Sümegi ''' || [http://www.pte.hu http://www.pte.hu] ||'''Biology :''' Molecular biology ...
|-
| 26
|-
|-
| [[File:Harom es ketdimenzios fotonlezer.jpg ]] || ''[http://bioimaging.unideb.hu/Three-_and_two-dimensional_2-photon_laser_scanning_microscopy_laboratory Three- and two-dimensional 2-photon laser scanning microscopy laboratory]''||'''3D/2D 2-photon microscopy laboratory''' || Femtonics Ltd. || '''Dr. Balázs Rózsa ''' || [http://www.femtonics.eu http://www.femtonics.eu] ||'''Pharmacology :''' Experimental ...
|-

|}

Molecular-Anatomical Imaging Laboratory

2014-03-31T10:26:15Z

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

#REDIRECT [[Molecular Anatomical Imaging and Electronmicroscopic Laboratory]]

Molecular Anatomical Imaging and Electronmicroscopic Laboratory

2014-03-31T10:26:14Z

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

Dual-Energy X-Ray Bone Densitometer (DXA)

2014-03-31T10:21:04Z

Bioimaging: Created page with "{{Equipment |Identifier=Dual-Energy X-Ray Bone Densitometer (DXA) |Count=1 |Facility=Pécs Diagnostic Center |Description=DXA }}"

{{Equipment
|Identifier=Dual-Energy X-Ray Bone Densitometer (DXA)
|Count=1
|Facility=Pécs Diagnostic Center
|Description=DXA
}}

Dual-Head Computer Tomograph Contrast Injector

2014-03-31T10:20:17Z

Bioimaging: Created page with "{{Equipment |Identifier=Dual-Head Computer Tomograph Contrast Injector |Count=1 |Facility=Pécs Diagnostic Center |Description=Computer Tomograph Contrast Injector }}"

{{Equipment
|Identifier=Dual-Head Computer Tomograph Contrast Injector
|Count=1
|Facility=Pécs Diagnostic Center
|Description=Computer Tomograph Contrast Injector
}}

Multi-Slice X-Ray Computer Tomograph

2014-03-31T10:19:06Z

Bioimaging: Created page with "{{Equipment |Identifier=Multi-Slice X-Ray Computer Tomograph |Count=1 |Facility=Pécs Diagnostic Center |Description=CT }}"

{{Equipment
|Identifier=Multi-Slice X-Ray Computer Tomograph
|Count=1
|Facility=Pécs Diagnostic Center
|Description=CT
}}