Ian M Moller
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Explore the profile of Ian M Moller including associated specialties, affiliations and a list of published articles.
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36
Citations
2164
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Recent Articles
11.
Bruhn D, Moller I, Mikkelsen T, Ambus P
Physiol Plant
. 2011 Dec;
144(3):201-9.
PMID: 22136562
In this minireview, we evaluate all experimental work published on the phenomenon of aerobic methane (CH(4) ) generation in terrestrial plants and plant. Clearly, despite much uncertainty and skepticism, we...
12.
Wang W, Cheng H, Moller I, Song S
Physiol Plant
. 2011 Sep;
144(1):20-34.
PMID: 21910735
Mitochondrial repair is of fundamental importance for seed germination. When mature orthodox seeds are imbibed and germinated, they lose their desiccation tolerance in parallel. To gain a better understanding of...
13.
Moller I, Rogowska-Wrzesinska A, Rao R
J Proteomics
. 2011 May;
74(11):2228-42.
PMID: 21601020
Proteins can become oxidatively modified in many different ways, either by direct oxidation of amino acid side chains and protein backbone or indirectly by conjugation with oxidation products of polyunsaturated...
14.
Moller I, Sweetlove L
Trends Plant Sci
. 2010 Jul;
15(7):370-4.
PMID: 20605736
Reactive oxygen species (ROS) production increases in plants under stress. ROS can damage cellular components, but they can also act in signal transduction to help the cell counteract the oxidative...
15.
Moller I, Rasmusson A, Siedow J, Vanlerberghe G
Arch Biochem Biophys
. 2010 Jan;
495(1):93-4.
PMID: 20051223
No abstract available.
16.
Rasmusson A, Geisler D, Moller I
Mitochondrion
. 2007 Nov;
8(1):47-60.
PMID: 18033742
The electron transport chain in mitochondria of different organisms contains a mixture of common and specialised components. The specialised enzymes form branches to the universal electron path, especially at the...
17.
Rasmusson A, Handa H, Moller I
Mitochondrion
. 2007 Nov;
8(1):1-4.
PMID: 18023263
No abstract available.
18.
Moller I, Jensen P, Hansson A
Annu Rev Plant Biol
. 2007 Feb;
58:459-81.
PMID: 17288534
Reactive oxygen species (ROS) and reactive nitrogen species (RNS) are produced in many places in living cells and at an increased rate during biotic or abiotic stress. ROS and RNS...
19.
Bienert G, Moller A, Kristiansen K, Schulz A, Moller I, Schjoerring J, et al.
J Biol Chem
. 2006 Nov;
282(2):1183-92.
PMID: 17105724
The metabolism of aerobic organisms continuously produces reactive oxygen species. Although potentially toxic, these compounds also function in signaling. One important feature of signaling compounds is their ability to move...
20.
Kasimova M, Grigiene J, Krab K, Hagedorn P, Flyvbjerg H, Andersen P, et al.
Plant Cell
. 2006 Feb;
18(3):688-98.
PMID: 16461578
The reduced coenzyme NADH plays a central role in mitochondrial respiratory metabolism. However, reports on the amount of free NADH in mitochondria are sparse and contradictory. We first determined the...