1 r performing CID in FT-ICR, a combination of
SORI and on-resonance excitation (RE), termed SORI-RE.
2 of time, incorporates itself into the amoeba
sori,
and disseminates along with the amoeba.
3 t can be isolated and dissociated further by
SORI-
CAD in an MS(3)-type experiment inside the FTICR an
4 SORI-
CAD of the product ions (adduct-(CH3)2NH) yields di
5 rradiation collision-activated dissociation (
SORI-
CAD), high-energy MSAD induces sequential fragmenta
6 Furthermore, B. bronchiseptica within the
sori can efficiently infect mice, indicating that amoeba
7 That
SORI CID internal energies are adequate for linkage anal
8 d using sustained off-resonance irradiation (
SORI)
CID.
9 infrared multiphoton dissociation (IRMPD) or
SORI-
CID alone.
10 The parent ions were fragmented by
SORI-
CID and the product ions internally calibrated with
11 f the different covalent modifications under
SORI-
CID conditions was investigated.
12 Selection and activation by
SORI-
CID has been employed to reveal the position of add
13 tability was not particularly favorable, and
SORI-
CID induced the facile loss of the modified base.
14 However, one of the limitations of
SORI-
CID is that only low-energy processes are typically
15 he precursor ion of interest followed by the
SORI-
CID of this ion and, subsequently, injection and tr
16 gmented simultaneously using either IRMPD or
SORI-
CID techniques.
17 hosphate, ion activation of the precursor by
SORI-
CID yielded different MS/MS spectra.
18 irradiation collision-induced dissociation (
SORI-
CID) has been implemented on an electrospray ioniza
19 irradiation collision-induced dissociation (
SORI-
CID) of a 15-mer oligonucleotide, 5'-(CTG)5-3'.
20 irradiation collision-induced dissociation (
SORI-
CID) was used to determine the energetics of dissoc
21 irradiation collision-induced dissociation (
SORI-
CID).
22 irradiation collision-induced dissociation (
SORI-
CID).
23 hrough the use of ion-molecule reactions and
SORI-
CID, the phosphate position in hexose phosphate mon
24 coverage for singly protonated peptides than
SORI-
CID.
25 ion via sustained off-resonance irradiation (
SORI)
collision-induced dissociation (CID) is commonly u
26 Sustained off-resonance irradiation (
SORI)
collision-induced dissociation (CID), quadrupolar
27 equency sustained off-resonance irradiation (
SORI)
collisionally induced dissociation (CID).
28 use of sustained off-resonance irradiation (
SORI)
for ion dissociation, stored waveform inverse Four
29 fungal spores develop and are released from
sori formed at kernel positions.
30 e smallest overlapping regions of imbalance (
SORI)
in testicular germ cell tumors other than the 12p
31 The
SORI included gain of material from the regions 4q12, 17
32 The comparison of
SORI,
RE, and SORI-RE spectra may lead to mechanistic in
33 er energy fragmentation pathways enhanced by
SORI-
RE include the formation of immonium ions and oligo
34 The comparison of SORI, RE, and
SORI-
RE spectra may lead to mechanistic insights as the
35 ORI and on-resonance excitation (RE), termed
SORI-
RE.
36 The various
SORI span between one and 20 genes and highlight potenti
37 In comparison to
SORI,
this method produces more abundant ions resulting
38 A total of 14
SORI were identified, which involved at least five of th
39 erization and used a single model structure (
SORI)
where animals are assumed to become detectable by
40 eaminase form short, thick stalks and glassy
sori with less than 5% the normal number of spores.