... High < /b> resolution < /b> structure < /b> and < /b> catalysis < /b> of < /b> O-acetylserine
< /b> sulfhydrylase < /b> isozyme < /b> B from Escherichia coli
Georg Zocher, Ulrich Wiesand and < /b> Georg E. Schulz
Institut ... 8315–8330.
19 Tai CH, Nalabolu SR, Jacobson TM, Minter DE &
Cook PF (1993) Kinetic mechanisms of < /b> the A and < /b> B
isozymes of < /b> O-...
... structure < /b> of < /b> loop 357–367 in both conformers
could also be stabilized by hydrogen bonds between
the backbone carbonyl oxygen of < /b> Asp359 and < /b> the
amide proton of < /b> Gly363 (Fig. S9). The distance
between ... more than 99% of
< /b> the
1
H,
13
C and
< /b> 15
N atoms of < /b> the protein backbone, and < /b> for
more than 78% of < /b> the side chain atoms.
The m...
... against
blackleg and < /b> black spot fungal infections.
Abbreviations
BGT, brassinin glucosyl transferase; BH, brassinin hydrolase; BHAb, brassinin hydrolase from A. brassicicola; BHLmL2, brassinin ... FEBS
Table 8. Chemical structures of < /b> compounds tested as substrates of < /b> BHLmL2 and < /b> BHAb and < /b> potential products, references for synthesis,
and < /b> HPLC retenti...
... NADH:
ubiquinone oxidoreductase from bovine heart mitochon-
dria: sequence of < /b> a novel 17.2-kDa subunit. FEBS Lett
438, 301–305.
3 Brandt U (1997) Proton-translocation by membrane-
bound NADH:ubiquinone-oxidoreductase ... blue G250, and < /b> the four bands corresponding to
subunits of < /b> porcine complex II were cut out and < /b> N-terminal
sequenced by the Edman degradation met...
... MM & Gilbert HF (1991) Catalysis < /b> of < /b> the oxida-
tive folding of < /b> ribonuclease A by protein disulfide iso-
merase: dependence of < /b> the rate on the composition of
< /b> the redox buffer. Biochemistry ... in buffer B (buffer A plus 1 m
M GSH and < /b> 1 mM GSSG)
and < /b> in buffer C (buffer B plus 2 l
M cPDI). Filled circles, native tx3a in the presence of <...
... rubber
tree (Hevea brasiliensis) has been established as a key
commercial rubber source due to its good yield of < /b> rubber
and < /b> the excellent physical properties of < /b> the rubber products.
Hevea rubber ... the presence of < /b> boiled WBP
Boiled WBP 360 ± 62 630 ± 79
E. coli BL21(DE3)/pET3 2b + boiled WBP 3070 ± 316 980 ± 115
E. coli BL21(DE3)/pETHRT1 + boiled WBP 3440 ±...
... determined structures belong are labelled:
Bant, B. anthracis; Bcer, B. cereus; Bsub, B. subtilis; Ecol, E. coli.
Produced using Google Docs (http://docs.google.com/).
AB
Fig. 3. Electrostatic potentials ... group of < /b> FMN is bound by the
N-terminus of < /b> a1 and < /b> the preceding P-loop. The flavin
moiety of < /b> FMN binds in a pocket formed by loops at
the C-terminal ends...
... Overproduction of < /b> the Bradyrhizobium
japonicum c-type cytochrome subunits of < /b> the cbb3 oxi-
dase in Escherichia coli. Biochem Biophys Res Commun
251, 744–747.
W. Bialek et al. Atomic -resolution < /b> structure < /b> of < /b> ... contacts between
molecules A and < /b> B involve three hydrogen bonds from
the main chain amide of < /b> Ala75 and < /b> the side chains o...
... residues
contributed by both HPT and < /b> Hb. In fact, CD163
binds the HPT : Hb complex with an affinity at least
two orders of < /b> magnitude higher than HPT and < /b> Hb
alone [36].
Conclusions
The best-characterized ... on
the tip of < /b> the N-terminal CCP domain in both HPT1
C1R HPT1 HPT2
Fig. 2. Schematic representation of < /b> the 3D structure < /b> of < /b> C1R (PDB
code: 1G...