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I
t is not so easy to say how many
cells a human being consists of.
What can safely be said, though,
is that each cell is a marvel, taking care
of its own energy supply. Often de-
scribed as the cell’s powerhouse, the
mitochondria control cell breathing,
a biochemical process in the course
of which nutrients, especially carbo-
hydrates and fatty acids, are burned
for producing energy and for sustain-
ing life processes, and chemical en-
ergy stored in the form of adenosine
triphosphate (ATP). Biologist Erich
Gnaiger has specialized in the meas-
urement of this process of cell breath-
ing. At the beginning of the nineties,
he brought his first measuring device
on the market, today the instruments
produced by his company Oroboros,
based in Innsbruck, are used at some
800 laboratories around the world.
“With the help of small samples of
muscle tissue or blood we can meas-
ure the intensity of cell breathing –
and we can do so with a resolution
that is unequaled,” says Gnaiger. An
auxiliary module in his Oxygraph-2k
enables optical fluorescence meas-
urements, so that it is also possible to
determine, among other things, the
production of oxygen radicals and
ATP, calcium concentration or the
mitochondrial membrane potential.
These are values that play an impor-
tant role in the diagnosis e.g. of type
2 diabetes or dementia. Yet Gnaiger
wants more, he wants to use the meas-
urement of cell breathing for the
purposes of preventive medicine and
lifestyle diagnostics.
Part one of this research project
deals with the question of whether
mitochondrial functions “are show-
ing a measurable alteration at such
an early stage that they can be used
for an early warning system.” If they
are, Gnaiger is convinced, the meas-
urements can be done with the help
of his Oxygraph-2k, which is why he
and his team, in a project supported
by the State of Tyrol, are working to-
wards a globally harmonized measur-
ing standard, in order for study out-
comes from all over the world then
to be collected in a data bank. The
data (Gnaiger: “We’re thinking of
data from 400,000 people.”) would
form the basis for getting to the bot-
tom of questions as to the link be-
tween the measurable mitochondrial
fitness and lethargy, nutritional be-
havior, exercise, or obesity. A vision,
as Gnaiger points out, that has also
found a sympathetic ear in Brussels.
In September, a four-year EU project
called MITOEAGLE, led by Gnaiger,
has got underway that involves some
300 to 400 partners and deals with the
subject of “Mitochondrial Mapping:
Evolution – Age – Gender – Lifestyle
– Environment.” For more informa-
tion go to
wiki.oroboros.at]
Questions of Cell Breathing
Oroboros is the world’s number one when it comes to measuring cell breathing.
In future, the know-how shall also be used to support lifestyle diagnostics.
Gnaiger:“A measuring of cell breathing for the purposes of preventive medicine.”
Picture:Andreas Friedle
HEALTH
Having been founded in 1668, the University of Innsbruck is among the oldest universities in Austria. Some 350
years later, it no longer has a monopoly, though.Together with the Medical University of Innsbruck, the private health
& life sciences university UMIT, the three universities of applied sciences (FH Gesundheit, MCI, FH Kufstein), as well as
two teacher training colleges the University of Innsbruck forms a strong Tyrolean research cluster.The latter in num-
bers: almost 35,000 students, 6,300 staff, and an annual budget of 400 million euro.
Research at the heart of the Alps
FACTS. NEWS.
[ Subject: Research ]
Tyrolean research projects in the
fields of medicine and health are globally
recognized and linked up, and many large
international projects coordinated from
Innsbruck.Thus, for example, Erich Gnaiger
with his company Oroboros leads the
EU project MITOEAGLE (see article
bottom left), Hermann Stuppner (article
left) coordinates the project medihealth,
in which partners from ten countries
explore edible plants and their influence
on healthy aging.
The gynecologist Nicole
Concin (picture left) leads
the EU-wide consorti-
um GANNET53, which
researches an innovative
new therapy for ovarian
cancer. In the APERIM project, meanwhile,
coordinated by the Innsbruck bioinifor-
maticist Zlatko Trajanoski, new bioinfor-
matic solution approaches are developed
for data editing in personalized immune
therapies. In the context of the Human
Brain Project, a flagship project of the Eu-
ropean Commission, training programs are
worked out, under the leadership of Alois
Saria (Medical University of Innsbruck),
that shall meet the future requirements
of neuroscientific research. And Michaela
Kress, physiologist at the
Medical University of
Innsbruck (picture left),
together with international
partners works towards
the development of new
perspectives in palliative care in the con-
text of ncRNAPain.
Picture:MUI/Heidegger
Picture:MUI/Heidegger
Airflow in a Pipe
The sensor system developed by the Tyrolean
company CubileHealth measures data as we sleep.
I
n fact, it is just a packet of foam
sealed air-tight, around fifty by
ten centimeters in size, and just
under a centimeter thick, no metal
and no electronics. When you press
the pad, however, air will escape
through a thin pipe. “A flow sen-
sor at the end of the pipe measures
the speed of this air flow,“ Johannes
Hilbe explains the system, which in
the truest sense of the word detects
a whisper. Placed underneath a mat-
tress, it reacts to restlessness during
sleep, but also to simple breathing
movements, and sends air into the
pipe. To deal with the data thus
gained, Hilbe needs his partner Karl
Fritscher. The bioinformaticist has
developed an algorithm that calcu-
lates breathing and heart rate from
the flow data, which moreover are
processed for display on a monitor,
and sent via app to Smartphone or
PC. “Besides simple questions, such
as, When and how does someone
sleep?, or, When does someone get
up?, we can also measure more com-
plex things like heart and lung activ-
ity,” Hilbe describes their joint inven-
tion Cubile. The fields of application
primarily envisaged are nursing and
hospital care, in order to make work
easier for the nursing staff. However,
the potentials of Cubile, Hilbe says,
are practically endless. “Cubile can
also be used as a simple life check
during a wellness stint, in order, for
example, to demonstrate to guests
the recreational value they receive
by way of sleep-related data,” Hilbe
looks into the future of Cubile, which
is expected to be ready for the mar-
ket in the spring of 2017. For more
info go to
www.cubilehealth.com]
Picture:Andreas Friedle
Johannes Hilbe (left) and Karl Fritscher want to put Cubile on the market in 2017.
A
lthough he works at the Uni-
versity of Innsbruck and his
specialty are botanical agents,
the edelweiss, as Hermann Stuppner
admits, for a long had not been on
his radar. This changed when some
guy from Innsbruck got in touch
and asked if Stuppner didn’t fancy
examining the edelweiss more close-
ly at the laboratory. The man was
an edelweiss grower and had some
to spare right then. Why not, the
scientist told himself, especially when
some initial research showed that the
edelweiss had been used in popular
medicine for treating stomach pains
in the past. First phytochemical and
pharmacological examinations fol-
lowed, which proved that both the
above- and the below-ground parts of
the edelweiss had “interesting anti-in-
flammatory properties.” The team at
the department of pharmacognosy
only really could get going, though,
through a contact in Switzerland
where the protected plant is being
grown on a large scale.
“We now know some sixty com-
ponents, which we have isolated,
characterized and for the most part
examined pharmacologically,“ Stup-
pner says. Especially two substances,
described for the first time, are caus-
ing excitement among the research-
ers – edelweiss acid and leoligin. The
former, as scientific analyses have
shown, is a highly antioxidant com-
pound and a radical quencher, there-
fore, among other things, seemingly
protecting the edelweiss from the
intense UV radiation in high alpine
altitudes. “There’s already a lot of
interest from the cosmetic industry,
of course,“ says Stuppner. “Whether
edelweiss acid could be able to halt
the aging process of the skin, at least
for a certain time, we will find out
in a project together with the Inns-
bruck Institute for Biomedical Aging
Research.”
The leoligin gained from the roots
has been looked at together with
the University Hospital for Thoracic
Surgery. “We found out that leoligin
protects us from the arteriosclerotic
change of vessels,” the professor of
pharmacognosy reports. As there is
also a risk of artery-walls thickening
after bypass operations, a leoligin de-
pot was built up around implanted
vessels in the mouse model. “We de-
tected a significant difference to the
group without leoligin,” Stuppner
says.
Two patent applications have been
filed by the Innsbruck researchers
for their edelweiss discoveries. In a
large research network the active in-
gredients have been examined more
closely and synthesized, as well as
numerous derivatives gained, with
in parts even better results. While no
toxicological effects of leoligin have
been proven so far, Stuppner says,
the overall toxicological examina-
tion of the substance – a complex,
and above all a very expensive proce-
dure – was still pending, in order for
it to become interesting for a poten-
tial drug development. ]
Phytopharmacy:
The Healing Powers of Edelweiss
The edelweiss is the star among the Alpine flora. Hermann Stuppner coaxed two substances from it, which could be interesting both for cosmetic and medical uses.
Pictures:Marian Kröll,Andreas Friedle
Subject: [ BUSINESS LOCATIONTYROL
]