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This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.

List of results

• Oxygen flux  + ('''Oxygen flux''', ''J''<sub>O<su … '''Oxygen flux''', ''J''_O₂, is a [[specific quantity]]. Oxygen [[flux]] is [[oxygen flow]], ''I''_O₂ [mol·s^-1 per system] (an [[extensive quantity]]), divided by system size. Flux may be volume-specific (flow per volume [pmol·s^-1·mL^-1]), mass-specific (flow per mass [pmol·s^-1·mg^-1]), or marker-specific (flow per mtEU). Oxygen flux (''e.g.'', per body mass, or per cell volume) is distinguished from oxygen flow (per number of objects, such as cells), ''I''_O₂ [mol·s^-1·x^-1]. These are different forms of [[normalization of rate]].lization of rate]].)
• Oxygen kinetics  + ('''Oxygen kinetics''' describes the depend … '''Oxygen kinetics''' describes the dependence of respiration of isolated mitochondria or cells on oxygen partial pressure. Frequently, a strictly hyperbolic kinetics is observed, with two parameters, the oxygen pressure at half-maximum flux, ''p''₅₀, and maximum flux, Jmax. The ''p''₅₀ is in the range of 0.2 to 0.8 kPa for cytochrome ''c'' oxidase, isolated mitochondria and small cells, strongly dependent on ''J''_max and coupling state.lls, strongly dependent on ''J''_max and coupling state.)
• Oxygen pressure  + ('''Oxygen pressure''' or partial [[pressure]] of oxygen [kPa], related to oxygen concentration in solution by the [[oxygen solubility]], ''S''_O2 [µM/kPa].)
• Ap5A  + ('''P1,P5-Di(adenosine-5')pentaphosphate (Ap5A)''' is an inhibitor of [[adenylate kinase]] (ADK), the enzyme which rephosphorylates AMP to ADP, consuming ATP (ATP + AMP ↔ 2 ADP).)
• PGMSGp pathway control state  + ('''PGMSGp''': [[Pyruvate]] & [[Glutamate]] & [[Malate]] & [[Succinate]] & [[Glycerophosphate]]. '''MitoPathway control state:''' NSGp '''SUIT protocol:''' [[SUIT-038]] This substrate combination supports convergent electron flow to the [[Q-junction]].)
• POS-Service Kit  + ('''POS-Service Kit''', in [[O2k-Accessory Box]] including all oxygen sensor service accessories for membrane mounting and service of the [[OroboPOS|POS]].)
• PREreview  + ('''PREreview''' encourages scientists to p … '''PREreview''' encourages scientists to post their scientific outputs as preprints. PREreview makes it easier to start and run a Preprint Journal Club, or integrate preprint review into conventional journal clubs. PREreview seeks to diversify peer review in the academic community by crowdsourcing pre-publication feedback to improve the quality of published scientific output, and to train early-career researchers (ECRs) in how to review others' scientific work. We want to facilitate a cultural shift in which every scientist posts, reads, and engages with preprints as standard practice in scholarly publishing. We see PREreview as a hub to support and nurture the growth of a community that openly exchanges timely, constructive feedback on emerging scientific outputs. We believe that by empowering ECRs through peer review training programs, thereby increasing the diversity of researchers involved in the peer review process, PREreview will help establish a healthier and more sustainable culture around research dissemination and evaluation. This project was born in April 2017 as a collaboration between Samantha Hindle and Daniela Saderi, scientists and [[ASAPbio]] Ambassadors, with help from Josh Nicholson, at the time working for [https://www.authorea.com/aboutus Authorea].ttps://www.authorea.com/aboutus Authorea].)
• Packing\O2k-Box 1+2  + ('''Packing\O2k-Box 1+2''' for shipping the [[O2k-Core]]. O2k-WorldWide delivery, insurance and handling are included in the O2k-Core.)
• PalM  + ('''PalM''': [[Palmitoylcarnitine]] & [[Malate]]. '''MitoPathway control state:''' [[ F | Fatty acid oxidation pathway control state]] '''SUIT protocols:''' [[SUIT-019]])
• PalOctM  + ('''PalOctM''': [[Palmitoylcarnitine]] & [[Octanoylcarnitine]] & [[Malate]]. '''MitoPathway control state:''' [[ F | Fatty acid oxidation pathway control state]] '''SUIT protocols:''' [[SUIT-019]])

• PalOctPGM  + ('''PalOctPGM''': [[Palmitoylcarnitine]] & [[Octanoylcarnitine]] & [[Pyruvate]] & [[Glutamate]] & [[Malate]]. '''MitoPathway control state:''' [[FN]] '''SUIT protocols:''' [[SUIT-019]])
• PalOctPGMS  + ('''PalOctPGMS''': [[Palmitoylcarnitine]] & [[Octanoylcarnitine]] & [[Pyruvate]] & [[Glutamate]] & [[Malate]] & [[Succinate]]. '''MitoPathway control state:''' [[FNS]] '''SUIT protocols:''' [[SUIT-019]])
• PalOctPM  + ('''PalOctPM''': [[Palmitoylcarnitine]] & [[Octanoylcarnitine]] & [[Pyruvate]] & [[Malate]]. '''MitoPathway control state:''' [[FN]] '''SUIT protocols:''' [[SUIT-019]])
• PalPGMSGp pathway control state  + ('''PalPGMSGp''': [[Palmitoylcarnitine]] … '''PalPGMSGp''': [[Palmitoylcarnitine]] & [[Pyruvate]] & [[Glutamate]] & [[Malate]] & [[Succinate]] & [[Glycerophosphate]].</br></br>'''MitoPathway control state:''' FNSGp</br></br>'''SUIT protocol:''' [[SUIT-026]]</br></br>This substrate combination supports convergent electron flow to the [[Q-junction]].[[Q-junction]].)
• Palmitate  + ('''Palmitate''' is a term for the salts an … '''Palmitate''' is a term for the salts and esters of palmitic acid (CH₃(CH₂)₁₄COOH). Palmitic acid is the first fatty acid produced during fatty acid synthesis and the precursor to longer fatty acids. Palmitate negatively feeds back on acetyl-CoA carboxylase (ACC), which is responsible for converting acetyl-CoA to malonyl-CoA, which in turn is used to add to the growing acyl chain, thus preventing further palmitate generation. In order to dissolve the water-insoluble sodium palmitate, [[Bovine serum albumine| BSA]] is needed to form the water-soluble compound called palmitate:BSA.[[Bovine serum albumine| BSA]] is needed to form the water-soluble compound called palmitate:BSA.)
• Palmitoyl-CoA  + ('''Palmitoyl-CoA''' is a coenzyme A deriva … '''Palmitoyl-CoA''' is a coenzyme A derivative of palmitate formed by acyl-CoA synthase. In contrast to medium- and short-chain acyl-CoA, palmitoyl-CoA cannot freely diffuse into the mitochondrial matrix. Formation of palmitoylcarnitine by CPTI is necessary prior to transfer into mitochondria for further fatty acid oxidation (β-oxidation). To study [[Fatty acid oxidation]] using Palmitoyl-CoA, [[Carnitine]] and low amount of malate is needed on mitochondrial preparations.e is needed on mitochondrial preparations.)
• Palmitoylcarnitine  + ('''Palmitoylcarnitine''' is an ester deriv … '''Palmitoylcarnitine''' is an ester derivative of [[carnitine]] (long-chain acylcarnitine) involved in the metabolism of fatty acids. Within the cell, palmitoylcarnitine is transported into the mitochondria to deliver palmitate for fatty acid oxidation and energy production.atty acid oxidation and energy production.)
• Pathway control efficiency  + ('''Pathway control efficiencies''' are [[flux control efficiency |flux control efficiencies]] … '''Pathway control efficiencies''' are [[flux control efficiency |flux control efficiencies]], expressing the relative change of flux in response to a transition between two [[electron-transfer-pathway state]]s due to a change of (''1'') substrate availability or (''2'') inhibition of enzyme steps in the pathway, in a defined [[coupling-control state]].[[coupling-control state]].)
• Peer review  + ('''Peer reviews''' provide a critical asse … '''Peer reviews''' provide a critical assessment of a manuscript prior to publication. Bioenergetics Communications publishes [https://www.bioenergetics-communications.org/index.php/bec/BECPolicies#Permanency_of_content.2C_peer-review_process.2C_and_Journal.27s_options_for_post-publication_discussions_and_corrections Open Peer Reviews] for transparency of the review process.s] for transparency of the review process.)
• PeerJ Preprints 'pre-print' area of PeerJ  + ('''PeerJ Preprints''' is the 'pre-print' a … '''PeerJ Preprints''' is the 'pre-print' area of the Open Access journal ''PeerJ''. Similar to preprint servers that already exist (for example arXiv.org), authors can submit draft, incomplete, or final versions of articles they are working on. By using this service, authors establish precedent; they can solicit feedback; and they can work on revisions of their manuscript. Once they are ready, they can submit their preprint article into ''PeerJ'' (although it is not a requirement to do so).</br></br>''PeerJ Preprints'' was launched in April 2013. It only accepts submissions in the same subject areas as ''PeerJ'' (biological, medical and environmental sciences) and ''PeerJ Computer Science''. In order to submit to ''PeerJ Preprints'', at least the submitting author must have a user account with ''PeerJ''. There is no pre-publication peer-review of submissions; however we do perform basic checks to ensure conformity with our policies. Submissions are made using the same platform as with the peer-reviewed journals, although some of the requirements are less stringent. Articles are not typeset, but we do provide automated conversion into PDF. The default is for a ''PeerJ Preprints'' publication to be fully open to all viewers (what we call a 'public' pre-print).</br></br>'''PeerJ''' is an Open Access, peer-reviewed, scholarly journal. It considers and publishes research articles in the biological, medical and environmental sciences. It aims for rapid decision making and will publish articles as soon as they are ready. ''PeerJ'' is based in both San Diego, US, and London, UK.sed in both San Diego, US, and London, UK.)