D A Cherepanov
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Explore the profile of D A Cherepanov including associated specialties, affiliations and a list of published articles.
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30
Citations
354
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Recent Articles
1.
Cherepanov D, Milanovsky G, Neverov K, Obukhov Y, Maleeva Y, Aybush A, et al.
Spectrochim Acta A Mol Biomol Spectrosc
. 2024 Jan;
309:123847.
PMID: 38217986
The exciton interaction of four chlorophyll a (Chl a) molecules in a symmetrical tetrameric complex of the water-soluble chlorophyll-binding protein BoWSCP was analyzed in the pH range of 3-11. Exciton...
2.
Kozlova M, Bushmakin I, Belyaeva J, Shalaeva D, Dibrova D, Cherepanov D, et al.
Biochemistry (Mosc)
. 2021 Mar;
85(12):1518-1542.
PMID: 33705291
In 1986, Vladimir Skulachev and his colleagues coined the term "Sodium World" for the group of diverse organisms with sodium (Na)-based bioenergetics. Albeit only few such organisms had been discovered...
3.
Cherepanov D, Milanovsky G, Petrova A, Tikhonov A, Semenov A
Biochemistry (Mosc)
. 2017 Dec;
82(11):1249-1268.
PMID: 29223152
This review considers the state-of-the-art on mechanisms and alternative pathways of electron transfer in photosynthetic electron transport chains of chloroplasts and cyanobacteria. The mechanisms of electron transport control between photosystems...
4.
Lokhmatikov A, Voskoboynikova N, Cherepanov D, Sumbatyan N, Korshunova G, Skulachev M, et al.
Biochemistry (Mosc)
. 2014 Dec;
79(10):1081-100.
PMID: 25519067
In mammalian mitochondria, cardiolipin molecules are the primary targets of oxidation by reactive oxygen species. The interaction of oxidized cardiolipin molecules with the constituents of the apoptotic cascade may lead...
5.
Milanovsky G, Ptushenko V, Cherepanov D, Semenov A
Biochemistry (Mosc)
. 2014 May;
79(3):221-6.
PMID: 24821448
The mechanisms of the ultrafast charge separation in reaction centers of photosystem I (PS I) complexes are discussed. A kinetic model of the primary reactions in PS I complexes is...
6.
Trendeleva T, Rogov A, Cherepanov D, Sukhanova E, Ilyasova T, Severina I, et al.
Biochemistry (Mosc)
. 2012 Nov;
77(9):1021-8.
PMID: 23157262
The permeability of a planar lipid membrane (composed of diphytanoylphosphatidylcholine) for tetraphenylphosphonium (TPP) was investigated. The observed level of the diffusion potential generated as a function of the TPP concentration...
7.
Skulachev M, Antonenko Y, Anisimov V, Chernyak B, Cherepanov D, Chistyakov V, et al.
Curr Drug Targets
. 2011 Jan;
12(6):800-26.
PMID: 21269268
Plastoquinone, a very effective electron carrier and antioxidant of chloroplasts, was conjugated with decyltriphenylphosphonium to obtain a cation easily penetrating through membranes. This cation, called SkQ1, is specifically targeted to...
8.
Mulkidjanian A, Kozlova M, Cherepanov D
Biochem Soc Trans
. 2005 Jul;
33(Pt 4):845-50.
PMID: 16042612
This review is focused on reactions that gate (control) the electron transfer between the primary quinone Q(A) and secondary quinone Q(B) in the photosynthetic reaction centre of Rhodobacter sphaeroides. The...
9.
Mulkidjanian A, Cherepanov D, Heberle J, Junge W
Biochemistry (Mosc)
. 2005 Apr;
70(2):251-6.
PMID: 15807666
Proton transfer between water and the interior of membrane proteins plays a key role in bioenergetics. Here we survey the mechanism of this transfer as inferred from experiments with flash-triggered...
10.
Feniouk B, Cherepanov D, Junge W, Mulkidjanian A
Biochim Biophys Acta
. 2002 Jan;
1506(3):189-203.
PMID: 11779552
F(0)F(1)-ATP synthase (H(+)-ATP synthase, F(0)F(1)) utilizes the transmembrane protonmotive force to catalyze the formation of ATP from ADP and inorganic phosphate (P(i)). Structurally the enzyme consists of a membrane-embedded proton-translocating...