ライフサイエンスコーパス: photooxidize

1 en the primary chlorophyll donor, P(700), is photooxidized.

2 oxygen-containing moieties generated within photooxidized A2E include a 5,8-monofuranoid and a cycli

3 ability of UVA light-excited kynurenines to photooxidize ASC and to form AGEs in lens proteins.

4 yl]carbodiimide hydrochloride (EDC), Mn2+ is photooxidized at a lower affinity (Kd = 25 microM) site

5 At a concentration of 200 microM, DPC is photooxidized at both a high-affinity and a low-affinity

6 Ethane is photooxidized at room temperature under N(2) with yields

7 From the extent of photooxidized b- and c-type hemes as well as P798+, a st

8 d two histidyl ligands, and these Mn are not photooxidized by a flash even when the ligand to the pho

9 is a redox-active chlorophyll (Chl) which is photooxidized by low-temperature (<100 K) illumination o

10 ent cations, such as Zn and Co, that are not photooxidized by PSII.

11 telomeric repeats (T(2)G(4))(4) are readily photooxidized by TOTA, the major sites of oxidation bein

12 ght, added Mn(II) or Fe(II) can no longer be photooxidized by Y(Z)(*).

13 The photooxidizing capabilities of selected Cr(III) complexe

14 nium dimer, Ru(2)D, to either photoreduce or photooxidize cytochrome c(1) within 1 micros.

15 the two-photon process is negligible, and QT photooxidizes DMSO, generating methyl radicals which ini

16 TA) has previously been shown to bind to and photooxidize duplex DNA, leading to cleavage at G residu

17 inding site for the first Mn(II) ion that is photooxidized during the light-driven assembly of the (M

18 ves oxygen from water by the accumulation of photooxidizing equivalents at the oxygen-evolving comple

19 king effect is caused by specifically bound, photooxidized Fe [> or =Fe(III)] and is accompanied by a

20 deliver electrons to other RCs which stayed photooxidized for several seconds.

21 cies, which is a neutral radical, Z*, in the photooxidized form.

22 cies, which is a neutral radical, D*, in the photooxidized form.

23 ific site on a restriction fragment, NDI can photooxidize guanine over at least 25-38 bp in each dire

24 The yield of photooxidized heme c is 20% in a single flash.

25 The photooxidized intermediate, [Mn(3+)(HCO(3)(-))], is long

26 We photooxidized (OH oxidation) primary emissions from dies

27 The sensing layer capitalizes on the highly photooxidizing phosphorescent [bis(1,10-phenanthroline)(

28 lve carboxyl ligands; (c) low-affinity Mn is photooxidized (possibly by YD*, the oxidized form of the

29 Cyt c2 reduces the photooxidized primary donor D+ in 0.9 +/- 0.1 micros in

30 only approximately 30% of the RCs had their photooxidized primary donor rapidly rereduced by cyt cy.

31 spectrophotometric detection of P700(+), the photooxidized primary electron donor of photosystem I.

32 rk contrast to the cryomatrix experiments, a photooxidized product cannot be detected in liquid solut

33 verified in studies of guanine oxidation by photooxidized riboflavin and nitrosoperoxycarbonate, for

34 resh and artificially weathered (evaporated, photooxidized) samples of North Sea crude oil and residu

35 lization of acriflavin in the kinetoplast to photooxidize selectively the kinetoplast DNA is suggeste

36 - 0.05, as derived from miniSOG's ability to photooxidize the fluorescent probe anthracene dipropioni

37 ospect that is challenging with PCs that can photooxidize these nucleophiles.

38 (1) One Mn2+ ion binds and is photooxidized to Mn3+ at a high-affinity site, forming t

39 er is a more efficient electron donor to the photooxidized tyrosine radical, TyrZ+, than is the monon

40 ght-induced charge separation, but unable to photooxidize water, largely because of the absence of a

41 The Fe(2+)((aq)) was photooxidized, which, in turn, led to the chemical oxida