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Difference between revisions of "User talk:Tindle Lisa/My sandbox Package Page"

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|from=1003
== About Oroboros Instruments ==
|to=1281
'''Who?''' [[Image:Logo OROBOROS INSTRUMENTS.jpg|right|380px|link=Oroboros Instruments]]
|inc=12
:::Dr. Erich Gnaiger leads a diverse international team of scientific experts. By actively participating in research (see: publications) along with hosting international researchers (visiting scientists) in the fully equipped Oroboros MitoFit Laboratory, our science specialists fully understand what is required to conduct excellent research. They develop tested and trusted O2k instruments and protocols that enable researchers and clinicians to study mitochondrial function in cancer, diabetes, aging, neurodegeneration, exercise physiology and mitochondrial medicine. Β 
|axis-nudge=-0.5em


|styleDefault-height=1.5em
'''What?'''
|styleDefault-1-border=none;
:::The driving force in mitochondrial physiology:
|styleDefault-3-border=none;text-align:left
::::* Providing gold standard Oroboros O2k technology for high-resolution respirometry (HRR) worldwide. Β 
|styleDefault-3-texttop=0em;left:0.5em;
::::* Creating a network that connects over 600 reference laboratories.
|styleDefault-5-border=none;text-align:left
::::* Organizing international O2k-Workshops on a regular basis, allowing for hands-on practical training provided by our experts.
|styleDefault-5-texttop=0em;left:0.5em;


|stylePopes-boxcolour=#F7C000
|stylePopes-border=none;border:2px solid #D0A200


|styleAntiPopes-boxcolour=#DD4444
'''When?'''
|styleAntiPopes-border=none;border:2px solid #E20000
:::Founded in 1994 and boasting more than 25 years of experience


|row1=timeline
|row1-style=styleDefault
|row1-1-to=1003
|row1-2-to=1003.9
|row1-2-style=stylePopes
|row1-3-text=[[Pope John XVII|John XVII]] (1003)


|row1-3-to=1124
'''Where?'''
|row1-4-to=1130
:::Located in picturesque Innsbruck, Austria with labs, hospitals, research centers, pharmaceutical and biotech companies around the globe benefiting from the robustness, reliability and high quality of our products.
|row1-4-style=stylePopes
|row1-5-text=[[Pope Honorius II|Honorius II]] (1124–1130)


|row2=timeline
|row2-style=styleDefault
|row2-1-to=1004
|row2-2-to=1009
|row2-2-style=stylePopes
|row2-3-text=[[Pope John XVIII|John XVIII]] (1004–1009)


|row2-3-to=1124
'''Why?'''
|row2-4-to=1124.9
:::We do not develop instruments to be in business with science, but we are in business to develop instruments and promote Gentle Science.
|row2-4-style=styleAntiPopes
|row2-5-text=[[Antipope Celestine II|Celestine II]] (1124), antipope


|row3=timeline
|row3-style=styleDefault
|row3-1-to=1009
|row3-2-to=1012
|row3-2-style=stylePopes
|row3-3-text=[[Pope Sergius IV|Sergius IV]] (1009–1012)


|row3-3-to=1130
== About Our Products ==
|row3-4-to=1143
[[File:O2k-Fluorometer.jpg|right|375px|link=http://wiki.oroboros.at/index.php/O2k-FluoRespirometer |O2k-FluoRespirometer]] {{NextGen-O2k H2020-support}}
|row3-4-style=stylePopes
[[Oroboros_O2k|Oroboros O2k]] represents the unique concept of the modular O2k-system for [[high-resolution respirometry]] (HRR). The O2k is applied world-wide in areas ranging from fundamental bioenergetics to the analysis of mitochondrial and metabolic diseases, advancing the rapidly growing field of preventive mitochondrial medicine. Mitochondrial fitness requires monitoring in a variety of age-related health risks, such as cancer, cardiovascular, degenerative, and neurodegenerative diseases. Our flagship package is the [[O2k-FluoRespirometer]] for mitochondria and cell research. Small amounts of biological samples can be used for bioenergetic and OXPHOS analysis, ranging from isolated mitochondria, permeabilized tissues and permeabilized cells to intact cells and tissues slices.The modular O2k-concept is supported by specially developed O2k-Software, [[DatLab|DatLab 7]], with high flexibility for extension by add-on [[O2k-Catalogue: O2k-Modules | O2k-Modules]] or economical first steps with the [[Startup O2k-Respirometer]]. The high-resolution O2k technology emphasizes quality and scientific output of research in mitochondrial physiology and pathology.
|row3-5-text=[[Pope Innocent II|Innocent II]] (1130–1143)


|row4=timeline
|row4-style=styleDefault
|row4-1-to=1012
|row4-2-to=1024
|row4-2-style=stylePopes
|row4-3-text=[[Pope Benedict VIII|Benedict VIII]] (1012–1024)


|row4-3-to=1130
::::*The O2k-FluoRespirometer can be used for simultaneous monitoring of oxygen consumption and either ROS production (AmR), mitochondrial (mt-) membrane potential (TMRM, Safranin and Rhodamine), Ca2+ (CaG) or ATP production (MgG).
|row4-4-to=1138
|row4-4-style=styleAntiPopes
|row4-5-text=[[Antipope Anacletus II|Anacletus II]] (1130–1138), antipope


|row5=timeline
::::*Add-on MultiSensor modules enable measurement of mt-membrane potential with ion sensitive electrodes (for TPP+ or TPMP+), Ca2+ or pH.
|row5-style=styleDefault
|row5-1-to=1012
|row5-2-to=1012.9
|row5-2-style=styleAntiPopes
|row5-3-text=[[Antipope Gregory VI|Gregory VI]] (1012), antipope


|row5-3-to=1138
::::*O2k software DatLab for data acquisition and analysis provides protocols for quality control and substrate-uncoupler-inhibitor titration (SUIT) protocols, guiding the user step-by-step through the desired experiment.
|row5-4-to=1138.9
|row5-4-style=styleAntiPopes
|row5-5-text=[[Antipope Victor IV (1138)|Victor IV]] (1138), antipope


|row6=timeline
::::*Further extended by novel Q-redox and PhotoBiology modules, the [[NextGen-O2k]] is being developed as the all-in-one device for real-time monitoring of mitochondrial/chloroplast function. Its innovations, built upon the Oroboros O2k technology, ensure reproducible and accurate results.
|row6-style=styleDefault
|row6-1-to=1024
|row6-2-to=1032
|row6-2-style=stylePopes
|row6-3-text=[[Pope John XIX|John XIX]] (1024–1032)
Β 
|row6-3-to=1143
|row6-4-to=1144
|row6-4-style=stylePopes
|row6-5-text=[[Pope Celestine II|Celestine II]] (1143–1144)
Β 
|row7=timeline
|row7-style=styleDefault
|row7-1-to=1032
|row7-2-to=1044
|row7-2-style=stylePopes
|row7-3-text=[[Pope Benedict IX|Benedict IX]] (1032–1044, 1045 and 1047–1048)
Β 
|row7-3-to=1144
|row7-4-to=1145
|row7-4-style=stylePopes
|row7-5-text=[[Pope Lucius II|Lucius II]] (1144–1145)
Β 
|row8=timeline
|row8-style=styleDefault
|row8-1-to=1045
|row8-2-to=1045.9
|row8-2-style=styleAntiPopes
|row8-3-text=[[Pope Silvester III|Silvester III]] (1045)
Β 
|row8-3-to=1145
|row8-4-to=1153
|row8-4-style=stylePopes
|row8-5-text=[[Pope Eugene III|Eugene III]] (1145–1153)
Β 
|row9=timeline
|row9-style=styleDefault
|row9-1-to=1045
|row9-2-to=1045.9
|row9-2-style=stylePopes
|row9-3-text=[[Pope Benedict IX|Benedict IX]] (1032–1044, 1045 and 1047–1048)
Β 
|row9-3-to=1153
|row9-4-to=1154
|row9-4-style=stylePopes
|row9-5-text=[[Pope Anastasius IV|Anastasius IV]] (1153–1154)
Β 
|row10=timeline
|row10-style=styleDefault
|row10-1-to=1045
|row10-2-to=1046
|row10-2-style=stylePopes
|row10-3-text=[[Pope Gregory VI|Gregory VI]] (1045–1046)
Β 
|row10-3-to=1154
|row10-4-to=1159
|row10-4-style=stylePopes
|row10-5-text=[[Pope Hadrian IV|Hadrian IV]] (1154–1159)
Β 
|row11=timeline
|row11-style=styleDefault
|row11-1-to=1046
|row11-2-to=1047
|row11-2-style=stylePopes
|row11-3-text=[[Pope Clement II|Clement II]] (1046–1047)
Β 
|row11-3-to=1159
|row11-4-to=1181
|row11-4-style=stylePopes
|row11-5-text=[[Pope Alexander III|Alexander III]] (1159–1181)
Β 
|row12=timeline
|row12-style=styleDefault
|row12-1-to=1047
|row12-2-to=1048
|row12-2-style=stylePopes
|row12-3-text=[[Pope Benedict IX|Benedict IX]] (1032–1044, 1045 and 1047–1048)
Β 
|row12-3-to=1159
|row12-4-to=1164
|row12-4-style=styleAntiPopes
|row12-5-text=[[Antipope Victor IV (1159-1164)|Victor IV]] (1159–1164), antipope
Β 
|row13=timeline
|row13-style=styleDefault
|row13-1-to=1048
|row13-2-to=1048.9
|row13-2-style=stylePopes
|row13-3-text=[[Pope Damasus II|Damasus II]] (1048)
Β 
|row13-3-to=1164
|row13-4-to=1168
|row13-4-style=styleAntiPopes
|row13-5-text=[[Antipope Paschal III|Paschal III]] (1164–1168), antipope
Β 
|row14=timeline
|row14-style=styleDefault
|row14-1-to=1049
|row14-2-to=1054
|row14-2-style=stylePopes
|row14-3-text=[[Pope Leo IX|Leo IX]] (saint) (1049–1054)
Β 
|row14-3-to=1168
|row14-4-to=1178
|row14-4-style=styleAntiPopes
|row14-5-text=[[Antipope Callixtus III|Callixtus III]] (1168–1178), antipope
Β 
|row15=timeline
|row15-style=styleDefault
|row15-1-to=1055
|row15-2-to=1057
|row15-2-style=stylePopes
|row15-3-text=[[Pope Victor II|Victor II]] (1055–1057)
Β 
|row15-3-to=1179
|row15-4-to=1180
|row15-4-style=styleAntiPopes
|row15-5-text=[[Antipope Innocent III|Innocent III]] (1179–1180), antipope
Β 
|row16=timeline
|row16-style=styleDefault
|row16-1-to=1057
|row16-2-to=1058
|row16-2-style=stylePopes
|row16-3-text=[[Pope Stephen IX|Stephen IX]] (1057–1058)
Β 
|row16-3-to=1181
|row16-4-to=1185
|row16-4-style=stylePopes
|row16-5-text=[[Pope Lucius III|Lucius III]] (1181–1185)
Β 
|row17=timeline
|row17-style=styleDefault
|row17-1-to=1058
|row17-2-to=1061
|row17-2-style=stylePopes
|row17-3-text=[[Pope Nicholas II|Nicholas II]] (1058–1061)
Β 
|row17-3-to=1185
|row17-4-to=1187
|row17-4-style=stylePopes
|row17-5-text=[[Pope Urban III|Urban III]] (1185–1187)
Β 
|row18=timeline
|row18-style=styleDefault
|row18-1-to=1058
|row18-2-to=1059
|row18-2-style=styleAntiPopes
|row18-3-text=[[Antipope Benedict X|Benedict X]] (1058–1059), antipope
Β 
|row18-3-to=1187
|row18-4-to=1187.9
|row18-4-style=stylePopes
|row18-5-text=[[Pope Gregory VIII|Gregory VIII]] (1187)
Β 
|row19=timeline
|row19-style=styleDefault
|row19-1-to=1061
|row19-2-to=1064
|row19-2-style=styleAntiPopes
|row19-3-text=[[Antipope Honorius II|Honorius II]] (1061–1064), antipope
Β 
|row19-3-to=1187
|row19-4-to=1191
|row19-4-style=stylePopes
|row19-5-text=[[Pope Clement III|Clement III]] (1187–1191)
Β 
|row20=timeline
|row20-style=styleDefault
|row20-1-to=1061
|row20-2-to=1073
|row20-2-style=stylePopes
|row20-3-text=[[Pope Alexander II|Alexander II]] (1061–1073)
Β 
|row20-3-to=1191
|row20-4-to=1198
|row20-4-style=stylePopes
|row20-5-text=[[Pope Celestine III|Celestine III]] (1191–1198)
Β 
|row21=timeline
|row21-style=styleDefault
|row21-1-to=1073
|row21-2-to=1085
|row21-2-style=stylePopes
|row21-3-text=[[Pope Gregory VII|Gregory VII]] (saint) (1073–1085)
Β 
|row21-3-to=1198
|row21-4-to=1216
|row21-4-style=stylePopes
|row21-5-text=[[Pope Innocent III|Innocent III]] (1198–1216)
Β 
|row22=timeline
|row22-style=styleDefault
|row22-1-to=1084
|row22-2-to=1100
|row22-2-style=styleAntiPopes
|row22-3-text=[[Antipope Clement III|Clement III]] (1084–1100), antipope
Β 
|row22-3-to=1216
|row22-4-to=1227
|row22-4-style=stylePopes
|row22-5-text=[[Pope Honorius III|Honorius III]] (1216–1227)
Β 
|row23=timeline
|row23-style=styleDefault
|row23-1-to=1085
|row23-2-to=1087
|row23-2-style=stylePopes
|row23-3-text=[[Pope Victor III|Victor III]] (1085–1087)
Β 
|row23-3-to=1227
|row23-4-to=1241
|row23-4-style=stylePopes
|row23-5-text=[[Pope Gregory IX|Gregory IX]] (1227–1241)
Β 
|row24=timeline
|row24-style=styleDefault
|row24-1-to=1088
|row24-2-to=1099
|row24-2-style=stylePopes
|row24-3-text=[[Pope Urban II|Urban II]] (1088–1099)
Β 
|row24-3-to=1241
|row24-4-to=1241.9
|row24-4-style=stylePopes
|row24-5-text=[[Pope Celestine IV|Celestine IV]] (1241)
Β 
|row25=timeline
|row25-style=styleDefault
|row25-1-to=1099
|row25-2-to=1118
|row25-2-style=stylePopes
|row25-3-text=[[Pope Paschal II|Paschal II]] (1099–1118)
Β 
|row25-3-to=1243
|row25-4-to=1254
|row25-4-style=stylePopes
|row25-5-text=[[Pope Innocent IV|Innocent IV]] (1243–1254)
Β 
|row26=timeline
|row26-style=styleDefault
|row26-1-to=1100
|row26-2-to=1100.9
|row26-2-style=styleAntiPopes
|row26-3-text=[[Antipope Theodoric|Theodoric]] (1100), antipope
Β 
|row27=timeline
|row27-style=styleDefault
|row27-1-to=1102
|row27-2-to=1102.9
|row27-2-style=styleAntiPopes
|row27-3-text=[[Antipope Adalbert|Adalbert]] (1102), antipope
Β 
|row28=timeline
|row28-style=styleDefault
|row28-1-to=1105
|row28-2-to=1111
|row28-2-style=styleAntiPopes
|row28-3-text=[[Antipope Silvester IV|Silvester IV]] (1105–1111), antipope
Β 
|row29=timeline
|row29-style=styleDefault
|row29-1-to=1118
|row29-2-to=1119
|row29-2-style=stylePopes
|row29-3-text=[[Pope Gelasius II|Gelasius II]] (1118–1119)
Β 
|row30=timeline
|row30-style=styleDefault
|row30-1-to=1118
|row30-2-to=1121
|row30-2-style=styleAntiPopes
|row30-3-text=[[Antipope Gregory VIII|Gregory VIII]] (1118–1121), antipope
Β 
|row31=timeline
|row31-style=styleDefault
|row31-1-to=1119
|row31-2-to=1124
|row31-2-style=stylePopes
|row31-3-text=[[Pope Callixtus II|Callixtus II]] (1119–1124)
Β 
|row32=scale
|caption=Popes and Antipopes of the Catholic Church from 1003 - 1254
}}

Revision as of 11:14, 29 August 2019

                




About Oroboros Instruments

Who?

Logo OROBOROS INSTRUMENTS.jpg
Dr. Erich Gnaiger leads a diverse international team of scientific experts. By actively participating in research (see: publications) along with hosting international researchers (visiting scientists) in the fully equipped Oroboros MitoFit Laboratory, our science specialists fully understand what is required to conduct excellent research. They develop tested and trusted O2k instruments and protocols that enable researchers and clinicians to study mitochondrial function in cancer, diabetes, aging, neurodegeneration, exercise physiology and mitochondrial medicine.

What?

The driving force in mitochondrial physiology:
  • Providing gold standard Oroboros O2k technology for high-resolution respirometry (HRR) worldwide.
  • Creating a network that connects over 600 reference laboratories.
  • Organizing international O2k-Workshops on a regular basis, allowing for hands-on practical training provided by our experts.


When?

Founded in 1994 and boasting more than 25 years of experience


Where?

Located in picturesque Innsbruck, Austria with labs, hospitals, research centers, pharmaceutical and biotech companies around the globe benefiting from the robustness, reliability and high quality of our products.


Why?

We do not develop instruments to be in business with science, but we are in business to develop instruments and promote Gentle Science.


About Our Products

O2k-FluoRespirometer
Template NextGen-O2k.jpg

Oroboros O2k represents the unique concept of the modular O2k-system for high-resolution respirometry (HRR). The O2k is applied world-wide in areas ranging from fundamental bioenergetics to the analysis of mitochondrial and metabolic diseases, advancing the rapidly growing field of preventive mitochondrial medicine. Mitochondrial fitness requires monitoring in a variety of age-related health risks, such as cancer, cardiovascular, degenerative, and neurodegenerative diseases. Our flagship package is the O2k-FluoRespirometer for mitochondria and cell research. Small amounts of biological samples can be used for bioenergetic and OXPHOS analysis, ranging from isolated mitochondria, permeabilized tissues and permeabilized cells to intact cells and tissues slices.The modular O2k-concept is supported by specially developed O2k-Software, DatLab 7, with high flexibility for extension by add-on O2k-Modules or economical first steps with the Startup O2k-Respirometer. The high-resolution O2k technology emphasizes quality and scientific output of research in mitochondrial physiology and pathology.


  • The O2k-FluoRespirometer can be used for simultaneous monitoring of oxygen consumption and either ROS production (AmR), mitochondrial (mt-) membrane potential (TMRM, Safranin and Rhodamine), Ca2+ (CaG) or ATP production (MgG).
  • Add-on MultiSensor modules enable measurement of mt-membrane potential with ion sensitive electrodes (for TPP+ or TPMP+), Ca2+ or pH.
  • O2k software DatLab for data acquisition and analysis provides protocols for quality control and substrate-uncoupler-inhibitor titration (SUIT) protocols, guiding the user step-by-step through the desired experiment.
  • Further extended by novel Q-redox and PhotoBiology modules, the NextGen-O2k is being developed as the all-in-one device for real-time monitoring of mitochondrial/chloroplast function. Its innovations, built upon the Oroboros O2k technology, ensure reproducible and accurate results.