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Difference between revisions of "MitoEAGLE data: blood and cultured cells"

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:::: Biopsy sampling of human muscle and fat tissue for mitochondrial studies is an invasive approach. More recently measurement of mitochondrial function in human blood cells – as well as temporary cryopreservation (Karabatsiakis 2014 Transl Psychiatry) – has become an attractive and by far less invasive alternative for mitochondrial diagnostics. Mitochondrial function of blood cells was linked with numerous diseases and metabolic conditions such as sepsis, neurodegenerative diseases, depression, hypertension, amyotrophic lateral sclerosis, and early-stage heart failure (e.g. Sjoevall 2013 Crit Care; Karabatsiakis 2014 Transl Psychiatry; Hagl 2014 J Alzheimer Dis). The use of human blood cells will thus predictably widen the applicability of respirometry in human physiology and will provide a significant stimulus for the entire field of mitochondrial medicine.
:::: Biopsy sampling of human muscle and fat tissue for mitochondrial studies is an invasive approach. More recently measurement of mitochondrial function in human blood cells – as well as temporary cryopreservation (Karabatsiakis 2014 Transl Psychiatry) – has become an attractive and by far less invasive alternative for mitochondrial diagnostics. Mitochondrial function of blood cells was linked with numerous diseases and metabolic conditions such as sepsis, neurodegenerative diseases, depression, hypertension, amyotrophic lateral sclerosis, and early-stage heart failure (e.g. Sjoevall 2013 Crit Care; Karabatsiakis 2014 Transl Psychiatry; Hagl 2014 J Alzheimer Dis). The use of human blood cells will thus predictably widen the applicability of respirometry in human physiology and will provide a significant stimulus for the entire field of mitochondrial medicine.
:::: A key towards achieving comparability among data sets and the applicability of human blood cells for the evaluation of mitochondrial fitness in health and disease is the standardization of the procedures to separate or isolate blood cells, the experimental procedure for the evaluation of mitochondrial respiratory characteristics, and the format for reporting. A consensus on protocols should be reached in WG4, calling for a Workshop right at the start of the COST Action. Depending on the WG4 participants input, cell lines will be defined for which harmonization of datasets should be achieved (Fig. 2).
:::: A key towards achieving comparability among data sets and the applicability of human blood cells for the evaluation of mitochondrial fitness in health and disease is the standardization of the procedures to separate or isolate blood cells, the experimental procedure for the evaluation of mitochondrial respiratory characteristics, and the format for reporting. A consensus on protocols should be reached in WG4, calling for a Workshop right at the start of the COST Action. Depending on the WG4 participants input, cell lines will be defined for which harmonization of datasets should be achieved (Fig. 2).
== WG4 Participants ==
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Revision as of 14:55, 27 April 2016


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COST Action CA15203 (2016-2021): MitoEAGLE
Evolution-Age-Gender-Lifestyle-Environment: mitochondrial fitness mapping


MitoEAGLE data: blood and cultured cells



WG4

MITOEAGLE data repository for blood cells and clutured cells


MITOEAGLE Working Groups

WG4 Description

Biopsy sampling of human muscle and fat tissue for mitochondrial studies is an invasive approach. More recently measurement of mitochondrial function in human blood cells – as well as temporary cryopreservation (Karabatsiakis 2014 Transl Psychiatry) – has become an attractive and by far less invasive alternative for mitochondrial diagnostics. Mitochondrial function of blood cells was linked with numerous diseases and metabolic conditions such as sepsis, neurodegenerative diseases, depression, hypertension, amyotrophic lateral sclerosis, and early-stage heart failure (e.g. Sjoevall 2013 Crit Care; Karabatsiakis 2014 Transl Psychiatry; Hagl 2014 J Alzheimer Dis). The use of human blood cells will thus predictably widen the applicability of respirometry in human physiology and will provide a significant stimulus for the entire field of mitochondrial medicine.
A key towards achieving comparability among data sets and the applicability of human blood cells for the evaluation of mitochondrial fitness in health and disease is the standardization of the procedures to separate or isolate blood cells, the experimental procedure for the evaluation of mitochondrial respiratory characteristics, and the format for reporting. A consensus on protocols should be reached in WG4, calling for a Workshop right at the start of the COST Action. Depending on the WG4 participants input, cell lines will be defined for which harmonization of datasets should be achieved (Fig. 2).


WG4 Participants

CountryCityContact
ArmeniaYerevanTrchounian K
AustriaInnsbruckDoerrier Carolina
AustriaInnsbruckFischer Christine
AustriaInnsbruckMeszaros Andras T
AustriaInnsbruckTorres-Quesada Omar
AustriaInnsbruckKarabatsiakis Alexander
AustriaInnsbruckHoppel Florian
AustriaInnsbruckGnaiger Erich
AustriaInnsbruckCardoso Luiza HD
AustriaInnsbruckGarcia-Souza Luiz F
BelgiumLeuvenBird Matthew
BelgiumNamurRenard P
BelgiumLiegeVotion Dominique-Marie
BelgiumNamurArnould Thierry
BelgiumNamurDetraux Damien
Bosnia and HerzegovinaTuzlaJusic Amela
Bosnia and HerzegovinaTuzlaHajrulahovic Anesa
BrazilSao PauloVerdaguer Ignasi Bofill
BrazilSao PauloDominguez-Amorocho OA
BrazilSao PauloAlencar Mayke Bezerra
BrazilSão PauloCrispim Marcell
CroatiaZagrebRubelj Ivica
Czech RepublicPragueFisar Zdenek
Czech RepublicPilsenKuncova J
Czech RepublicPragueHansikova Hana
Czech RepublicPraguePecina Petr
Czech RepublicPrague 4Bajzikova Martina
Czech RepublicPilsenKripnerova M
Czech RepublicPragueMracek Tomas
Czech RepublicVestecZobalova Renata
Czech RepublicPragueElkalaf Moustafa
Czech RepublicHradec KraloveVernerova Andrea
Czech RepublicHradec KraloveMaseko Tumisang Edward
Czech RepublicPilsenMarkova Michaela
Czech Republic and AustraliaPrague and SouthportNeuzil Jiri
Czech repHradec KraloveFalaye T
DenmarkMalovHey-Mogensen M
DenmarkCopenhagenDesler C
DenmarkCopenhagen NMortensen OH
DenmarkCopenhagenRasmussen LJ
DenmarkHvidovreNehlin Jan O
DenmarkAarhusRattan Suresh IS
EgyptCairoAbdel-Rahman Engy Ali
EgyptCairoAli Sameh S
EstoniaTartuGrellier T
EstoniaTallinnKlepinina Lyudmila
EstoniaTallinnTruu Laura
FinlandHelsinkiPirinen E
FinlandTurkuStier Antoine
FinlandJyvaeskylaeLehti Maarit
FranceBordeaux cedexMourier A
FranceBronRizwan Alam M
FranceParisPetit Patrice X
GermanyFreisingSchoettl T
GermanyNeuherbergBorchard Sabine
GermanyUlmKolassa Iris
GermanyBiberach an der RißNold V
GermanyUlmCalzia Enrico
GermanyGießenSilaidos Carmina
GermanyDüsseldorfPrigione Alessandro
GermanyDuesseldorfEckers A
GermanyUlmSchaefer PM
GermanyFreisingFromme Tobias
GermanyMainzVujacic-Mirski Ksenija
GermanyFreisingKlingenspor Martin
GermanyLeipzigOst Mario
GermanyMainzKalinovic S
GermanyRegensburgRenner-Sattler Kathrin
GermanyMagdeburgVieira Ligo Teixeira Camila
GermanyDuesseldorfPiel Sarah
GermanyFreisingKeppner Gloria
GermanyGiessenEckert Gunter P
GermanyFreising-WeihenstephanMusiol Eva
GermanyUlmHartmann C
GermanyMunichJastroch M
GermanyHamburgSinger Dominique
GreeceAthensTrougakos Ioannis P
HungaryBudapestKomlodi Timea
HungaryDebrecenVerebne Tar K
HungaryBudapestTretter Laszlo
IrelandDublinKaravyraki Marilena
IrelandDublinPorter Richard K
IrelandSligoMurphy J
IsraelRishon Le ZionHachmo Yafit
IsraelJerusalemSaada Reisch Ann
IsraelZrifinSova Marina
ItalyBariAgrimi G
ItalyBolognaPorcelli AM
ItalyAnconaBattino Maurizio
ItalyMilanoBottoni P
ItalyBolognaGasparre G
ItalyRomeScatena Roberto
ItalyVeronaCalabria Elisa
ItalyBolognaGenova Maria Luisa
ItalyBolzanoPichler Irene
ItalyPadovaFernandez-Vizarra Erika
ItalyBolzanoCastelo Rueda Maria Paulina
ItalyBolzano/BozenVolani Chiara
ItalyBolognaPaterlini S
JapanSapporoShirakawa R
LatviaRigaMakarova Elina
LatviaRigaKidere Dita
MalaysiaKuala LumpurAbdul Karim Norwahidah
MaltaMsidaVella Joanna
NetherlandsNijmegenKoopman Werner JH
NetherlandsGroningenRots MG
NetherlandsWageningenKeijer Jaap
NorwayOsloNikolic N
NorwayOsloRustan AC
NorwayBergenTronstad Karl Johan
NorwayOsloLund Jenny
NorwayOsloEide L
PalestineRamallahStiban Johnny
PolandLodzWatala Cezary
PolandPoznańLudziejewska A
PolandLodzLabieniec-Watala Magdalena
PolandPoznanSwiniuch Daria
PolandLodzSiewiera Karolina
PolandWarsawKampa Rafal Pawel
PolandWarsawSek Aleksandra
PolandKrakowKaczara P
PolandPoznanRybacka-Mossakowska Joanna
PolandPoznanMichalak Slawomir
PolandWarsawWasilewski M
PolandWarsawDymkowska Dorota
PortugalCantanhedePinho Sonia A
PortugalCoimbraPalmeira Carlos
PortugalCatanhedePereira da Silva Grilo da Silva Filomena
PortugalPortoBeleza Jorge
PortugalPortoCarrageta D
PortugalPortoMagalhaes Jose
PortugalPortoMartins Ana Dias
PortugalPortoCrisostomo Luis
PortugalPortoMoreira Bruno P
PortugalCantanhedeBento Guida Jose Freitas
PortugalPortoOliveira Pedro Fontes
PortugalCoimbraCarvalho Eugenia
PortugalCovilhãDias Tania R
PortugalPortoBernardino RL
PortugalPortoAlves Marco G
PortugalCoimbraPereira Susana P
Republic of KoreaYuseong-gu DaejeonQuang Don T
Republic of KoreaDaejeonPark SH
Republic of SerbiaBelgradePavlovic Kasja
Republic of SerbiaBelgradeKrako Jakovljevic Nina
RomaniaTimisoaraMuntean Danina M
RomaniaTimisoaraBetiu AM
RomaniaTimisoaraLighezan R
RomaniaTimisoaraAvram Vlad F
RomaniaTimisoaraDanila Maria-Daniela
RomaniaTimisoaraLelcu Theia
RussiaMoscowItkis YS
RussiaMoscowTsygankova P
RussiaMoscowKrylova T
Saudi ArabiaGizaKotb IA
SerbiaBelgradMarkovic Ivanka
SerbiaBelgradeMisirlic-Dencic S
SerbiaBelgradeIsakovic A
SerbiaBelgradeIvanovic Tijana
SerbiaBelgradeJeremic M
SerbiaBelgradeVukojevic M
SlovakiaBratislavaUkropec J
SlovakiaBratislavaSumbalova Zuzana
SlovakiaKošiceCizmarova Beata
SlovakiaBratislavaUkropcova B
SlovakiaBratislavaMaderova D
SlovakiaBratislavaNemec Michal
SloveniaLjubljanaPirkmajer Sergej
SloveniaLjubljanaMars T
SloveniaLjubljanaKopitar-Jerala Natasa
SpainSevillaBustos Matilde
SpainSalamancaAlmeida Angeles
SpainBarcelonaTura Ceide O
SpainBarcelonaArago Marc
SpainBarcelonaHyrossova Petra
SpainBarcelonaGonzalez Casacuberta I
SpainArmilla (Granada)Fernandez-Ortiz Marisol
SpainBarcelonaSmolders V
SpainValenciaCasado Pinna Marta
SpainBarcelonaZorzano Antonio
SpainBarcelonaGil J
SpainValenciaVictor Victor Manuel
SpainGranadaQuiles JL
SpainBarcelonaJuarez D
SpainOurenseReboredo-Rodriguez Patricia
SpainArmilla, GranadaEscames Germaine
SpainA CoruñaMayan MD
SpainLleidaGonzalo Hugo
SpainMadridDe los Rios C
SpainA CoruñaBlanco FJ
SpainBarcelonaGama Perez Pau
SpainValenciaBorras Consuelo
SpainLleidaNogueras L
SpainBarcelonaDahdah Norma Ramon
SpainMadridCano-Abad MF
SpainMadridCadenas S
SpainMadridMonsalve Maria
SpainValenciaFuertes Agudo Marina
SpainSevillaMuntane Jordi
SpainMadridLopez MG
SwedenLundKarlsson M
SwedenLundWesterlund E
SwedenLundChamkha Imen
SwedenLundElmer Eskil
SwedenSödertäljeAlfaro-Moreno E
SwedenLinköpingFontes-Oliveira CC
SwedenLundSimon Serrano Sonia
SwedenLundLeffler M
SwedenLundAbliva
Sweden, SELundAasander Frostner Eleonor
SwitzerlandLausanneZanou Nadege
SwitzerlandGenevaMartinou JC
The NetherlandsBT AmsterdamWuest Rob CI
TurkeyTekirdagAral Cenk
TurkeyAnkaraTuncay Erkan
TurkeyIzmirAydin HH
TurkeyIstanbulBaykal AT
TurkeyAnkaraEngin Ayse Basak
USAPhiladelphiaJanowska Joanna
USAFayettevilleIyer Shilpa
USAIowa CityBuettner Garry R
USAFayettevilleRao RR
USASt LouisWelch R
USAPhiladelphiaStarr Jonathan
USAPhiladelphiaKilbaugh Todd
USAOrlandoCoen Paul M
USABaton RougeIrving Brian A
United KingdomBirminghamThakker A
United KingdomBrightonMoore Anthony L
United KingdomBirminghamJoanisse S
United KingdomStoke-on-TrentMcStay Gavin P
United KingdomOxfordMakrecka-Kuka Marina
United KingdomLeicesterMoisoi Nicoleta
UruguayMontevideoRadi R


WG4 Management

Tasks

  1. Kick-off meeting to develop a working plan for the establishment of consensus protocols, reporting schemes, and the assignment of specific study tasks.
  2. Development of SOPs for cell separation.
  3. Development of laboratory protocols for individual blood cell types (and other cell types) for mitochondrial studies on intact and permeabilized cells.
  4. Application of SOPs in experimental studies during Short Term Scientific Missions and feeding of data into the MITOEAGLE data repository.
  5. Publication of SOPs and study results.

Milestones

  1. Consensus on protocols, reporting schemes and work assignments.
  2. Completed SOPs for cell preparation & laboratory protocols.
  3. Application study finished and data transmitted to MITOEAGLE data repository.
  4. Publication finished.

Deliverables

  1. SOPs for blood cell separation and respirometric characterisation open for the research community.
  2. MITOEAGLE data repository for comparative data evaluation, planning of future studies, data mining.
  3. Publication with a set of reference data.


Projects in progress

» MitoFit-Bloodcells
» MiPMap

Next steps