Difference between revisions of "O2k-Network"

Revision as of 12:34, 10 November 2010

Country	Country
A Rahim NB	Malaysia
AR Buenos Aires Boveris A	Argentina
AT Graz Graier W	Austria
AT Graz Zechner R	Austria
AT Innsbruck Burgstaller W	Austria
AT Innsbruck Burtscher M	Austria
AT Innsbruck Gnaiger E	Austria
AT Innsbruck Inncode technologies	Austria
AT Innsbruck Jansen-Duerr P	Austria
AT Innsbruck MitoFit	Austria
AT Innsbruck Oroboros	Austria
AT Innsbruck Schneeberger S	Austria
AT Kolsass WGT	Austria
AT Salzburg Breitenbach M	Austria
AT Salzburg Sperl W	Austria
AT Vienna Bittner RE	Austria
AT Vienna Kozlov AV	Austria
AU Chermside Molenaar P	Australia
AU Clayton St John J	Australia
AU Melbourne Bishop DJ	Australia
AU Melbourne Bond S	Australia
AU Melbourne Coughlan M	Australia
AU Melbourne Hardee JP	Australia
AU Melbourne Thouas G	Australia
AU Melbourne Trounce IA	Australia
AU Melbourne White C	Australia
AU Perth Filipovska A	Australia
AU Queensland Neuzil J	Australia
AU Southport Peart J	Australia
AU St Lucia Coombes J	Australia
AU Sydney Ballard JW	Australia
AU Sydney Griffith SC	Australia
AU Sydney James D	Australia
AU Sydney Kong S	Australia
AU Sydney Philp A	Australia
AU Sydney Stocker R	Australia
Aasander Frostner Eleonor	Sweden, SE
Aasum E	Norway
Ab Rani N	Malaysia
Abadi A	Canada
Abd Rasid AF	Malaysia
Abdel-Rahman Engy Ali	Egypt
Abdelaal A	United Kingdom
Abdul Karim Norwahidah	Malaysia
Abel ED	USA
Abele Nadja	Germany
Abella Gioscia Pilar	Uruguay
Abla H	Italy
Abliva	Sweden
Abu Hamed R	Israel
Abu irqeba Suomia	USA
Abuja PM	Austria
Abumrad Nada A	USA
Aburel Oana M	Romania
Achten J	Netherlands
Acton J	UK
Acuna-Castroviejo Dario	Spain
Adam-Vizi Vera	Hungary
Adamoski Douglas	Brazil
Adams Sean H	USA
Adiele Reginald C	Canada
Afrin S	Italy
Agbas A	USA
Agostini M	Brazil
Agrimi G	Italy
Aguirre J	Mexico
Ahn Bumsoo	USA
Ahn J	Republic of Korea
Ahn SY	Republic of Korea
Ahting Uwe	Germany
Aid-Vanakova Jekaterina	Estonia
Aierken M	Japan
Ainza C	United States
Akcali KC	Turkey
Al Shahrani M	United Kingdom
Alan Lukas	Czech Republic
Alberch J	Spain
Alberici Luciane Carla	Brazil
Albertini E	Austria
Alcarraz G	Spain
Alder Nathan	USA
Alencar Mayke Bezerra	Brazil
Alexeyev M	USA
Alfaro-Moreno E	Sweden
Ali M	India
Ali MH	Egypt
Ali Sameh S	Egypt
Alias E	Malaysia
Alizadeh E	Australia
Allahverdiyeva-Rinne Yagut	Finland
Alleman RJ	USA
Allen AM	Scottland
Allen M	USA
Allen-Graham J	Australia
Almeida Angeles	Spain
Almeida-Val Vera MF	Brasil
Alonso-Vale MI	Brazil
Alpaslan Pinarli F	Turkey
Alton Lesley	Australia
Alvarez Carnero E	USA
Alvarez D	CU
Alvarez Diego F	USA
Alves Marco G	Portugal
Alves Maria Ines	PT
Amaral Alexandre U	Brazil
Amati Francesca	Switzerland
Amick KA	USA
Amoedo Nivea Dias	France
Amorim Ricardo	Portugal
Amoyan M	Austria
Anand Amitesh	India
Anand CR	India
Anand S	India
Anastasiou D	United Kingdom
Andeaes K	Norway
Andersen M	Denmark
Anderson EJ	USA
Anderson KA	USA
Andrade De Souza VAF	Australia
Andreadou Ioanna	Greece
Andrew B	South Africa
Andriantsitohaina R	France
Andric Silvana	Republic of Serbia
Andriessen C	Netherlands
Anedda A	Spain
Angelin Alessia	USA
Anh Nguyen TT	Republic of Korea
Anjo Sandra	Portugal
Antebi A	Germany
Anthonsen SA	Denmark
Antosiewicz J	Poland
Antunes Diana	Austria
Anu Planken A	Estonia
Anwar MR	USA
Aon Miguel A	USA
Aparicio Trejo OE	Mexico
Apoptosis Research Group	Australia
Apostolidou S	Germany
Appaix F	France
Applied Surgery and Metabolism Laboratory	New Zealand
Arabanian Laleh	Sweden
Arago Marc	Spain
Aragones Lopez J	Spain
Aral Cenk	Turkey
Arandarcikaite Odeta	Lithuania
Arbo I	Norway
Arias M	Chile
Arias-Reyes Christian	Canada
Armand Anne-Sophie	France
Armas Diaz Yasmany	Italy
Arnould Thierry	Belgium
Arola L	Spain
Arutiunian I	Russia
Arya AK	Israel
Aryaman J	United Kingdom
Asghar M	USA
Ashcroft S	United Kingdom
Ashmore T	United Kingdom
Ashok S	India
Ashton-Prolla P	Brazil
Asin Cayuela J	Sweden
Askeland G	Norway
Askelund K	New Zealand
Ateba DL	Norway
Atkinson J	Canada
Atlante A	Italy
Attimonelli M	Italy
Au Wing Hei	United Kingdom
Audia J	USA
Auger Christopher	USA
Augusto O	Brazil
Augustynek B	Poland
Auwerx Johan	Switzerland
Avram Vlad F	Romania
Awadhpersad Ryan	Finland
Axelrod Christopher L	USA
Aydin HH	Turkey
Azriel Shalevet	Israel
Azzi Angelo	Switzerland
BE Gent Braeckman BP	Belgium
BE Leuven Spinazzi M	Belgium
BE Leuven Vermeersch P	Belgium
BE Liege Sluse F	Belgium
BE Liege Votion DM	Belgium
BR Brasilia De Bem AF	Brasil
BR Campinas Carneiro EM	Brazil
BR Campinas Castilho R	Brazil
BR Campinas Vercesi AE	Brazil
BR Criciuma Dal-Pizzol F	Brazil
BR Criciuma Muller AP	Brazil
BR Florianapolis Latini A	Brazil
BR Jaboticabal Oliveira MT	Brazil
BR Manaus Val AL	Brazil
BR Porto Alegre Klamt F	Brazil
BR Porto Alegre Souza DOG	Brazil
BR Ribeirao Preto Alberici LC	Brazil
BR Rio de Janeiro Da Poian AT	Brazil
BR Rio de Janeiro Galina A	Brazil
BR Rio de Janeiro Institute Biomedical Chemistry	Brazil
BR Rio de Janeiro Moura AS	Brazil
BR Rio de Janeiro Oliveira MF	Brazil
BR Rio de Janeiro Paes MC	Brazil
BR Rio de Janeiro Rumjanek FD	Brazil
BR Rio de Janeiro Vieyra A	Brazil
BR Santa Maria Soares FA	Brazil
BR Sao Gabriel Franco JL	Brazil
BR Sao Paulo Bresciani Martins de Andrade P	Brazil
BR Sao Paulo Ferreira JCB	Brazil
BR Sao Paulo Festuccia W	Brazil
BR Sao Paulo Inada NM	Brazil
BR Sao Paulo Kowaltowski AJ	Brazil
BR Sao Paulo Silber AM	Brazil
Bacci Marina	Italy
Bach Jeppe	Denmark
Bach de Courtade SM	Norway
Bader C	Switzerland
Badger TM	USA
Baekelandt V	Belgium
Baekkerud FH	Norway
Baelde Rianne	NL
Baetge E	Switzerland
Bagan J	Spain
Baglivo Eleonora	Austria
Bagni C	Schweiz
Bagur Quetglas R	France
Bahire Ksenija	Latvia
Bahrami Sl	Austria
Bai P	Hungary
Bailey Damian M	United Kingdom
Bailey SJ	United Kingdom
Bairam Aida	Canada
Bajpeyi Sudip	USA
Bajzikova Martina	Czech Republic
Bak E	Poland
Baker Daniel	New Zealand
Bakhchevan O	Ukraine
Bakker Barbara M	The Netherlands
Bakkeren Ciska	Denmark
Balavenkatraman KK	Switzerland
Balaz M	Switzerland
Balazova M	Slovakia
Balboa Castillo E	Chile
Baldassarre G	IT
Ball D	United Kingdom
Ballantyne JS	Canada
Ballard JWO	Australia
Balmaceda Valeria	Italy
Balnis Joe	USA
Bamberger M	United States
Bandmann O	United Kingdom
... further results

Abbreviation	Term
%	%
F; d_mF_X; Δ_trF_X [J·MU^-1]	Force
v [m·s^-1]	Velocity
A	Absorbance
A [J·mol^-1]	Affinity of reaction
A_α&β	Additive effect of convergent electron flow
Abs	Absorption
B [J]	Bound energy
C_{m_s}	Sample mass concentration
C_mtE	Mitochondrial concentration
CCR	Coupling-control ratio
CCS	Coupling-control state
D_mtE	Mitochondrial density
E	State 3u
E	Level flow
E	Noncoupled respiration
E	ET capacity
E; various [J]	Energy
E; various [J]	Exergy
E-L	E-L net ET capacity
E-P	E-P excess capacity
E-R	E-R reserve capacity
ET-pathway state	Electron-transfer-pathway state
F [C/mol]	Faraday constant
F_M	Oxygen solubility factor
F_r,a/p	Publication efficiency
FCR	Pathway control ratio
FCR	Flux control ratio
G [J]	Gibbs energy
H [J]	Enthalpy
I [MU∙s^-1]	Flow
I_O2 [mol·s^-1] or [mol·s^-1·x^-1]	Oxygen flow
I_e	Electron flow
I_e [MU·s^-1]	External flow
I_el [A = C·s^-1]; [mol·s^-1]; [x·s^-1]	Electric current
I_i [MU·s^-1]	Internal flow
J	Flux / Slope
J	Flux
J_H+	Hydrogenion flux
J_O2	Oxygen flux
J_max	Jmax
J°_O₂	Oxygen flux - instrumental background
L	Static head
L	LEAK respiration
L(Omy)	LEAK state with oligomycin
L(T)	LEAK state with ATP
L(n)	LEAK state without adenylates
L_T	State 4
L/E	L/E coupling-control ratio
L/P	L/P coupling-control ratio
L/R	L/R coupling-control ratio
LEDR	Light-enhanced dark respiration
M [kg·mol^-1]; [g·mol^-1]	Molar mass
M_w	Wet mass
N	Replica
N	Number
N_X [x]	Count
N_A [x·mol^-1]	Avogadro constant
N_ce	Cell count and normalization in HRR
OSI, OI	Outlier-skewness index
P	State 3
P	OXPHOS capacity
P [W]	Power
P-L	P-L net OXPHOS capacity
P/E	P/E control ratio
Q	Quantity
Q, Q_th [J]	Heat
Q_el [C]	Charge
Q_{N_X}, Q_NX	Particle charge
R	ROUTINE respiration
R [J·mol^-1·K^-1]	Gas constant
R-L	R-L net ROUTINE capacity
R/E	R/E control ratio
RCR	Respiratory acceptor control ratio
RIS	Improvement score
S_G	Solubility
S_O₂ [µM/kPa]	Oxygen solubility
S_red	Substrates as electron donors
U	Polarization voltage
U [J]	Internal-energy
U_X [x]	Elementary entity
U_X [x]; u_Q	Unit
V [m³]; 1 m³ = 1000 L	Volume
V_O₂max; V_O₂max/M	VO2max
X	Metabolic control variable
X	Entity
X_tr [MU]	Motive entity
Y	Background state
Z	Reference state
a	Activity
a, g [m·s^-2]	Acceleration
c [mol·L^-1]; C [x·L^-1]	Concentration
e [C·x^-1]	Elementary charge
e, E	E
f [J·C^-1·K^-1]	Electrochemical constant
h [m]; H [m·x^-1]	Height of humans
j [C·m^-2]	Electric current density
j_NS-N; j_CI&II-CI	NS-N pathway control efficiency
j_NS-S	NS-S pathway control efficiency
j_{cyt c}	Cytochrome c control efficiency
j_E-L	E-L coupling efficiency
j_E-L	Biochemical coupling efficiency
j_E-P	E-P control efficiency
j_E-R	E-R control efficiency
j_P-L	P-L control efficiency
j_R-L	R-L control efficiency
j_Z-Y	Pathway control efficiency
j_Z-Y	Flux control efficiency
k [J·x^-1·K^-1]	Boltzmann constant
l [m]	Length
m [kg]; M [kg·x^-1]	Body mass
mtE_NX	Mitochondrial content
n	Repetitions
n	Subsample
n [mol]	Amount of substance
p	Statistical significance
p, P, Π [Pa]	Pressure
p₅₀	P50
p_O2,i	Intracellular oxygen
p_O2 [kPa]	Oxygen pressure
p_O₂ [kPa]	Partial oxygen pressure
p_b [Pa]	Barometric pressure
p_c	Critical oxygen pressure
p_l	Limiting oxygen pressure
p_lim	Limiting pO2
pmF, ∆_mF_H⁺, Δp [J·MU^-1]	Protonmotive force
pmP, ∆_mΠ_H⁺ [kPa]	Protonmotive pressure
v [m·s^-1]	Speed
x	Abscissa
y	Ordinate
zX	Charge number
µ_B [J/mol]	Chemical potential
α_X [MU·m^-3]	Free activity
ε	Ergodynamic efficiency
ε	Elasticity
ε	Extinction coefficient
ν_X	Stoichiometric number
ρ, C, D	Density
(P-L)/E	Net P/E control ratio
(R-L)/E	Net R/E control ratio
,	Comma for separating a term and its abbreviation
.	Decimal marker and spaces between groups of numerals
2-DG	2-Deoxyglucose
2HG	2-Hydroxyglutarate
=	Equality
A	Ampere
AC	Acylcarnitine
ACAD	Acyl-CoA dehydrogenase
ADK	Adenylate kinase
AEC	Energy charge
AF	Auranofin
AMPK	AMPK
AN	Adenine nucleotides
ANT	Adenine nucleotide translocase
AOX	Alternative oxidase
AOX (ce CN+SHAM)	SUIT-022
AOX-ce CN+SHAM	SUIT-022 O2 ce D051
AOX-ce SHAM+CN	SUIT-023 O2 ce D053
AOX-ce SHAM+CN	SUIT-023
ASMRM	Asia Society for Mitochondrial Research and Medicine
ATPase (PM)	SUIT-024
Abbr	Test
Aco	Aconitase
AmR	Amplex UltraRed
AmR effect on ce	SUIT-003 AmR ce D058
AmR effect on ce - control	SUIT-003 AmR ce D059
Ama	Antimycin A
Amy	Amytal
Ap5A	Ap5A
As	Ascorbate
Atr	Atractyloside
Azd	Azide
B-L law	Beer-Lambert law
BAM15	BAM15
BB	Bioblasts
BEC https-format	References in BEC https-format
BFE	Body fat excess
BIOPS	Biopsy preservation solution
BME	Body mass excess
BME cutoff	BME cutoff points
BMI	Body mass index
BMR	Basal respiration
BSA	Bovine serum albumin
BTHS	Barth Syndome
BeS	Beryllium sulfate
Bendavia	Elamipretide
Bka	Bongkrekik acid
Bleb	Blebbistatin
Buffer Z	Buffer Z
C	Closed chamber
CACT	Carnitine-acylcarnitine translocase
CAT	Carboxyatractyloside
CCCP	Carbonyl cyanide m-chlorophenyl hydrazone
CCP	Coupling-control protocol
CCP MgG ce-pce	SUIT-006 MgG ce-pce D085
CCP MgG mt	SUIT-006 MgG mt D055
CCP ce-pce PM	SUIT-006 O2 ce-pce D029
CCP ce-pce S(Rot)	SUIT-006 Q ce-pce D073
CCP mt PM	SUIT-006 O2 mt D047
CCP mt PM - AmR	SUIT-006 AmR mt D048
CCP mt PM - Fluo	SUIT-006 Fluo mt D034
CCP mt S(Rot)	SUIT-006 O2 mt D022
CCP mt S(Rot)	SUIT-006 Q mt D071
CCP-Crabtree with glycolysis inhibition	SUIT-003 pH ce D067
CCP-ce	SUIT-003
CCP-ce Crabtree_E	SUIT-003 O2 ce D038
CCP-ce Crabtree_R	SUIT-003 O2 ce D037
CCP-ce S permeability test	SUIT-003 O2 ce D028
CCP-ce S permeability test	SUIT-003 AmR ce D017
CCP-ce Snv	SUIT-003 O2 ce D050
CCP-ce Snv - control	SUIT-003 O2 ce D062
CCP-ce Snv,Mnanv	SUIT-003 O2 ce D060
CCP-ce Snv,Mnanv - control	SUIT-003 O2 ce D061
CCP-ce microalgae	SUIT-003 O2 ce D039
CCP-ce short	SUIT-003 O2 ce D009
CCP-ce(P)	SUIT-003 O2 ce D012
CCVP	SUIT-003 O2 ce-pce D020
CCVP-Glc	SUIT-003 O2 ce-pce D018
CCVP-Glc,M	SUIT-003 O2 ce-pce D013
CE	CE
CERG	Cardiovascular Exercise Research Group
CETF	Electron-transferring flavoprotein Complex
CGpDH	Glycerophosphate dehydrogenase Complex
CHB, Chb	Chemical background
CHNO	CHNO-fuel substrate
CI	Complex I
CI, CII, CIII, CIV, CETF, CGpDH, ..	Respiratory complexes
CII	Complex II
CII ambiguities	Complex II ambiguities
CIII	Complex III
CISD proteins	CDGSH iron-sulfur domain proteins
CIV	Complex IV
CK	Creatine kinase
CL	Cardiolipin
CLRS	Cross-linked respiratory states
COT	Carnitine O-octanoyltransferase
CPCD	Coupling/pathway control diagram
CPT-I	Carnitine palmitoyltransferase I
CPT-II	Carnitine palmitoyltransferase II
CR	Calorespirometry
CR ratio [kJ/mol]	Calorespirometric ratio
CS	Citrate synthase
CV	ATP synthase
CV	Cyclic voltammetry
Ca	Calcium
CaG	Calcium Green
CaRC	Calcium retention capacity
Car	Carnitine
Ce; Cm	Cellular substrates
Chinese-Mit	Chinese Society of Mitochondrial Research and Medicine
... further results

Term	Abbreviation
%	%
1OctM;2D;3PG;4S;5U;6Rot-	FNS(Oct,PGM)
1PGM;2D;3S;4Rot;5U-	NS(PGM)
1PGM;2D;3U;4S;5Rot-	NS(PGM)
1PM;2D;3G;4U;5S;6Rot-	NS(PGM)
2-Deoxyglucose	2-DG
2-Hydroxyglutarate	2HG
3-Mercaptopropionic acid	MPA
ADP	D
AMPK	AMPK
ATP	T
ATP synthase	CV
Abscissa	x
Absorbance	A
Absorption	Abs
Acceleration	a, g [m·s^-2]
Aconitase	Aco
Activity	a
Acyl-CoA dehydrogenase	ACAD
Acylcarnitine	AC
Additive effect of convergent electron flow	A_α&β
Adenine nucleotide translocase	ANT
Adenine nucleotides	AN
Adenylate kinase	ADK
Advancement	d_trξ [MU]
Advancement per volume	d_trY [MU∙L^-1]
Aerobic	ox
Affinity of reaction	A [J·mol^-1]
Air calibration	R1
Alternative oxidase	AOX
Ammonia solution concentrated	NH3
Amount of substance	n [mol]
Amp calibration - DatLab	F5
Ampere	A
Amperometric,Amp	F7
Amplex UltraRed	AmR
Amytal	Amy
Anaplerotic pathway control state	a
Anoxia	anox
Antimycin A	Ama
Ap5A	Ap5A
Aqua destillata	a.d.
ArXiv preprint server	arXiv
Ascorbate	As
Asia Society for Mitochondrial Research and Medicine	ASMRM
Atractyloside	Atr
Auranofin	AF
Avogadro constant	N_A [x·mol^-1]
Azide	Azd
BAM15	BAM15
BME cutoff points	BME cutoff
Background state	Y
Barometric pressure	p_b [Pa]
Barth Syndome	BTHS
Basal respiration	BMR
Beer-Lambert law	B-L law
Beryllium sulfate	BeS
BioRxiv preprint server for biology	bioRxiv
Bioblasts	BB
Biochemical coupling efficiency	j_E-L
Biopsy preservation solution	BIOPS
Blebbistatin	Bleb
Blood cell preparation	bcp
Blood plasma	Plasma
Blood serum	Serum
Body fat excess	BFE
Body mass	m [kg]; M [kg·x^-1]
Body mass excess	BME
Body mass index	BMI
Boltzmann constant	k [J·x^-1·K^-1]
Bongkrekik acid	Bka
Bound energy	B [J]
Bovine serum albumin	BSA
Buffer Z	Buffer Z
CDGSH iron-sulfur domain proteins	CISD proteins
CE	CE
CHNO-fuel substrate	CHNO
CI control ratio	N/NS; CI/CI&II
CII control ratio	S/NS; CII/CI&II
Calcium	Ca
Calcium Green	CaG
Calcium retention capacity	CaRC
Calorespirometric ratio	CR ratio [kJ/mol]
Calorespirometry	CR
Candela	cd
Carbonyl cyanide m-chlorophenyl hydrazone	CCCP
Carboxy SNARF 1	SNARF
Carboxyatractyloside	CAT
Cardiolipin	CL
Cardiovascular Exercise Research Group	CERG
Carnitine	Car
Carnitine O-octanoyltransferase	COT
Carnitine acetyltransferase	CrAT
Carnitine palmitoyltransferase I	CPT-I
Carnitine palmitoyltransferase II	CPT-II
Carnitine-acylcarnitine translocase	CACT
Catalase	Ctl
Catalytic activity	kat
Categories of SUIT protocols	SUIT-catg
Cell count and normalization in HRR	N_ce
Cellular substrates	Ce; Cm
Channel	F7
Charge	Q_el [C]
Charge number	z_X
Chemical background	CHB, Chb
Chemical potential	µ_B [J/mol]
Chinese Society of Mitochondrial Research and Medicine	Chinese-Mit
Chloroplasts	pt?
Citrate synthase	CS
Closed chamber	C
Coenzyme A	CoA
Coenzyme Q	Q, CoQ
Coenzyme Q2	CoQ₂
Comma for separating a term and its abbreviation	,
Company of Scientists	CompaSci
Complex I	CI
Complex I&II-linked substrate state	NS
Complex I-linked substrate state	N
Complex II	CII
Complex II ambiguities	CII ambiguities
Complex II-linked substrate state	SRot, S
Complex III	CIII
Complex IV	CIV
Concentration	c [mol·L^-1]; C [x·L^-1]
Convergent electron flow	n.a.
Count	N_X [x]
Coupling-control protocol	CCP
Coupling-control ratio	CCR
Coupling-control state	CCS
Coupling/pathway control diagram	CPCD
Creatine	Cr
Creatine kinase	CK
Critical oxygen pressure	p_c
Cross-linked respiratory states	CLRS
Cyanide	KCN
Cyclic voltammetry	CV
Cyclosporin A	CsA
Cytochrome c	c
Cytochrome c control efficiency	j_{cyt c}
D-number	D###
DORA	DORA
DTPA	DTPA
DatLab 2	DL2
DatLab data file	dld8, DLD
Data recording interval	F7
DataCite	DataCite
Dead cells	dce
Decimal marker and spaces between groups of numerals	.
Density	ρ, C, D
Deselect channels	F7
Dicarboxylate carrier	DIC
Digital Object Identifier	DOI
Digitonin	Dig
Dihydro-orotate dehydrogenase	DhoDH
Dihydroethidium	DHE
Dimethyl sulfoxide	DMSO
Dinitrochlorobenzene	DNCB
Dinitrophenole	DNP
Directory of Open Access Journals	DOAJ
Dithionite	Dit Dit - (The abbreviation 'Dith' has been used previously and is stepwise replaced by Dit.)
Duroquinol	DQ
E	e, E
E-L coupling efficiency	j_E-L
E-L net ET capacity	E-L
E-P control efficiency	j_E-P
E-P excess capacity	E-P
E-R control efficiency	j_E-R
E-R reserve capacity	E-R
ET capacity	E
ET-pathway substrate types	n.a.
Elamipretide	Bendavia
Elasticity	ε
Electric current	I_el [A = C·s^-1]; [mol·s^-1]; [x·s^-1]
Electric current density	j [C·m^-2]
Electrochemical constant	f [J·C^-1·K^-1]
Electron flow	I_e
Electron transfer pathway	ET pathway
Electron-transfer-pathway state	ET-pathway state
Electron-transferring flavoprotein Complex	CETF
Elementary charge	e [C·x^-1]
Elementary entity	UX [x]
Elementary unit	x
Energy	E; various [J]
Energy charge	AEC
Enthalpy	H [J]
Entity	X
Equality	=
Equivalence	≡
Ergodynamic efficiency	ε
Ethanol	ethanol abs.
Ethylene glycol tetraacetic acid	EGTA
Etomoxir	Eto
Euthanyl/Pentobarbitol	Euthanyl
Events - DatLab	F4
Exergy	E; various [J]
Experimental code	F3
Experimental log - DatLab	Ctrl+F3
Export as CSV - DatLab	Ctrl-E
External flow	I_e [MU·s^-1]
Extinction coefficient	ε
FADH2	FADH2
FCCP	FCCP
FN	FN
FNS	FNS
FNSGp	FNSGp
Faraday constant	F [C/mol]
Fatty acid	FA
Fatty acid oxidation	FAO
Fatty acid oxidation pathway control state	F, FAO
File search - DatLab	Ctrl+F
Flavin adenine dinucleotide	FAD, FADH2
Flow	I [MU∙s^-1]
Flux	J
Flux / Slope	J
Flux baseline correction	bc
Flux control efficiency	j_Z-Y
Flux control ratio	FCR
Force	F; d_mFX; Δ_trFX [J·MU^-1]
Free activity	α_X [MU·m^-3]
French Group of Bioenergetics	FGoB
Fumarase	FH
GM-pathway control state	GM
GMS-pathway control state	GMS
Gas constant	R [J·mol^-1·K^-1]
Gibbs energy	G [J]
Glucose	Glc
Glutamate	G
Glutamate dehydrogenase	mtGDH
Glutamate-anaplerotic pathway control state	G
Glycerophosphate	Gp
Glycerophosphate dehydrogenase Complex	CGpDH
Glycerophosphate pathway control state	Gp
Glycerophosphate shuttle	Gp shuttle
H2DCFDA	DCF, H2-DCF
HPTS	HPTS
Harmonized European norm	EN-norm
Harmonized SUIT protocols	H-SUIT
Healthy reference population	HRP
Heat	Q, Q_th [J]
Height of humans	h [m]; H [m·x^-1]
Hexokinase	HK
High-resolution respirometry	HRR
Horseradish peroxidase	HRP
Hydride	H^-
Hydrogen	H₂
Hydrogen ion	H⁺
Hydrogen peroxide	H₂O₂
Hydrogen sulfide	H₂S
Hydrogenion flux	J_H+
Hydron	H⁺
... further results

A growing number of research teams has joined the OROBOROS MiPNet as a Reference Laboratory for High-Resolution Respirometry.

OROBOROS MiPNet Reference Laboratories

Argentina

AR BuenosAires BoverisA

Austria

Australia

AU Melbourne ThouasG

Belgium

Brazil

Canada

Czech Republic

Denmark

Estonia

Finland

FI Helsinki WikstromM

France

Germany

Ireland

Italy

Japan

JP Tokio SanyoC

Netherlands

New Zealand

NZ Auckland HickeyA

== Norway ==[[

Poland

PL Warsaw SzewczykA

Romania

RO Timisoara MunteanD

Russia

South Korea

KR Seoul LeeHK

Spain

Sweden

Switzerland

United Kingdom

Uruguay

UY Montevideo RadiR

USA

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