1 The file qcSSMDhomo_1.0.
0.
tar.gz (for Windows) containing qcSSMDhomo is also avail
2 h are observed in the mass spectra as [Sb(
2)-
tar(2)]-adducted ionic species.
3 increased the relative intensity of {[Sb(
2)-
tar(2)][H-O-CH(2)-O-H]}(2-) adducted ions.
4 erved that the relative intensity of {[Sb(
2)-
tar(2)][H-O-O-H]}(2-) and {[Sb(2)-tar(2)][NC-CH(2)-CH(2)
5 of {[Sb(2)-tar(2)][H-O-O-H]}(2-) and {[Sb(
2)-
tar(2)][NC-CH(2)-CH(2)-CN]}(2-) adduct ions increased wi
6 A tar file is held in the directory pub/ESPript.
7 the unadulterated petroleum to compare to
a tar ball collected on the beach of Louisiana.
8 d coyotes (C. latrans) from Pleistocene-
aged tar deposits, as well as early, mid, and recent Holocene
9 We find that both BCs
and tar balls (a class of BrC) appear brownish at small part
10 tes the relationship between composition
and tar-water interfacial tension (IFT), a property of prima
11 understand the essential features of oil
and tar transport by ocean currents.
12 educed IFT, a favorable viscosity ratio,
and tar bank formation.
13 t extract, clay-rich soil, cave sediment
and tar.
14 ]pyrene (B[a]P) present in tobacco smoke
and tar, have been implicated in the development of atherosc
15 riser, oil from slicks on surface waters
and tar balls from Gulf of Mexico beaches.
16 ed typical markers present in
archaeological tar.
17 brown carbon (solid S-BrC, commonly known
as tar ball), critical to Earth's radiation budget and clim
18 rst confirmed coprolites from an
asphaltic ("
tar pit") context globally.
19 Added to recent evidence of birch
bark tar, art, and shell beads, the idea that Neanderthals we
20 In this study, the aging of
BB tar proxy aerosols processed by NO(3)(*) under dark cond
21 , using catalytic steam reforming of
biomass tar as the model system.
22 Birch tar production by Neanderthals-used for hafting tools-ha
23 This is because
birch tar production per se was assumed to require a cognitive
24 Thus, the presence of
birch tar alone cannot indicate the presence of modern cogniti
25 urfaces provides useable quantities of
birch tar in a single work session (3 h; including birch bark
26 monstrate that recognizable amounts of
birch tar were likely a relatively frequent byproduct of burni
27 rning birch bark and the production of
birch tar would have been readily discoverable multiple times.
28 The object is a piece of
birch tar, encompassing one-third of a flint flake.
29 report the discovery of a 50,000-y-old
birch tar-hafted flint tool found off the present-day coastlin
30 rd surface, such as an adjacent stone,
birch tar is naturally deposited and can be easily scraped off
31 rease in WB associated with injecting "
black tar" heroin (BTH), a dark, tarry form of the drug.
32 es, and wound botulism associated with
black tar heroin has increased dramatically since 1994.
33 were introduced pairwise into plasmid-
borne tar genes.
34 The Rancho La
Brea tar pit fossil collection includes Juniperus (C3) wood s
35 O(2)] were compared between glacial (La
Brea tar pits) and modern Juniperus trees from southern Calif
36 The fossils preserved in the Rancho La
Brea "
tar" seeps in southern California span the past ~50,000
37 luding the volumetrically important
Canadian tar sands.
38 llachora maydis is a fungal pathogen
causing tar spot of corn (Zea mays L.), a new and emerging, yiel
39 rplay between oncogenic viruses and
cervical tar exposures through tar-based vaginal douching, cigare
40 ources such as ionizing radiation,
cigarette tar and smoke, and particulate matter generated by combu
41 Exposure of human T cells to
cigarette tar or its major phenolic components, hydroquinone and c
42 ve lifetime measure of exposure to
cigarette tar, the adjusted odds ratio for men, according to incre
43 The taromycin gene
cluster (
tar) is highly similar to the clinically approved antibi
44 rectory /pub/software/unix, file:
clustering.
tar.Z.
45 Coal tar has been directly applied to the skin, or used in co
46 Coal tar interfered with Th2 cytokine signaling via dephospho
47 Coal tar is one of the oldest and an effective treatment for
48 Coal tar restored filaggrin expression in FLG-haploinsufficie
49 Coal tar sealcoats applied to asphalt surfaces in North Ameri
50 Coal tar-based sealcoat (CTSC) products are an urban source o
51 d Reference Materials (SRMs) (SRM 1597,
coal tar extract; SRM 1648 and SRM 1649a, air particulate mat
52 positional disparity within a set of 23
coal tar samples (obtained from 15 different former manufactu
53 We applied a
coal tar sealcoat to conventional asphalt and collected runof
54 impacted by coal tar, or spiked with a
coal tar/petroleum nonaqueous phase liquid (NAPL) were also u
55 ace as coal, heavy oil asphaltenes, and
coal tar and correspond to condensed ring PAHs.
56 treatment requires hospitalization and
coal tar is poorly acceptable aesthetically to patients.
57 vement sealants, petroleum asphalt- and
coal tar-derived, and their photoproducts, by positive-ion (+
58 mpler one-parameter prediction assuming
coal tar-like organic carbon performed equally well in explai
59 FMGP tars and a commercially available
coal tar were characterized by means of fractionation, gas ch
60 standards exist, sediments impacted by
coal tar, or spiked with a coal tar/petroleum nonaqueous phas
61 To obtain these data, eight
coal tar and crude oils were analyzed by automated sequential
62 f lung tumors were observed in mice fed
coal tar in their diet.
63 eterocycles (PANHs) were diagnostic for
coal tar-derived PAC sources.
64 Th2 cytokines IL-4 and IL-13, we found
coal tar to diminish spongiosis, apoptosis, and CCL26 express
65 We fractionated
coal tar into its components, and tested them using the SVR a
66 of polyaromatic hydrocarbons (PAH) from
coal tar.
67 The active antiangiogenic compound in
coal tar is carbazole.
68 The culprit in
coal tar that induces cancer was finally isolated in 1933 and
69 nant in situ degrader of naphthalene in
coal tar-contaminated sediments.
70 aromatic sulfur heterocycles (PASH) in
coal tar-contaminated soil.
71 nvolving a very complex sample, namely,
coal tar.
72 Profiling of
coal tar and crude oil by automated sequential GC-GC/MS provi
73 bled the separation of three classes of
coal tar compounds: (1) nonaromatic hydrocarbons; (2) unsatur
74 The use of
coal tar has caused long-term remissions in psoriasis, but ha
75 g the active antipsoriatic component of
coal tar is of considerable therapeutic interest.
76 Topical application of
coal tar is one of the oldest therapies for atopic dermatitis
77 A total of 3700 kg of
coal tar over 12 days in the shallow test and 860 kg over 11
78 tudies have demonstrated the effects of
coal tar sealants on PAH concentration in nearby waterways an
79 nd efficacy, the molecular mechanism of
coal tar therapy is unknown.
80 For example, analysis of
coal tar-derived water solubles yielded over 16,000 assigned
81 ponent of the antipsoriatic activity of
coal tar.
82 In AD patients,
coal tar completely restored expression of major skin barrier
83 induced by ultraviolet radiation, PUVA,
coal tar, and all-trans retinoic acid; expression was signifi
84 ith common PAH sources (fuel oil, soot,
coal tar based skeet particles) and direct spike with a solve
85 Specifically,
coal tar-derived sealants contain high concentrations of toxi
86 AD patients and controls, we found that
coal tar activated the aryl hydrocarbon receptor (AHR), resul
87 For example, the
coal tar S-containing compounds were pinpointed through multi
88 The results demonstrate that the
coal tar sealant contains higher amounts of PAHs and produces
89 genic-impacted areas sorbs similarly to
coal tar, rather than octanol as typically assumed.
90 vances our understanding of why topical
coal tar is an effective treatment for atopic dermatitis (AD)
91 differential blood cell counting using
coal tar dyes and mentions the eosinophil for the first time.
92 ing pure standards, and the other using
coal tar/petroleum-contaminated sediments) and agreed very we
93 y at former industrial facilities where
coal tar-oil was handled, e.g., wood treatment plants, high c
94 Soil contaminated with
coal tar (prebioremediation) from a former manufactured gas p
95 ct lithological units contaminated with
coal tar at a former industrial facility.
96 Treatment of SVR endothelial cells with
coal tar fractions resulted in the isolation of a single frac
97 nimals by repeatedly painting them with
coal tar.
98 Coal-
tar-based sealcoat products, widely used in the central
99 even playgrounds, are typically 20-35%
coal-
tar pitch, a known human carcinogen that contains about
100 air over pavement with freshly applied
coal-
tar-based sealcoat, for example, were hundreds to thousa
101 Runoff from
coal-
tar-based (CT) sealcoated pavement is a source of polycy
102 recently, air-contaminated by PAHs from
coal-
tar-based sealcoat and to demonstrate potential risks to
103 n paid to the presence of seven PAHs in
coal-
tar samples, namely, benz[a]anthracene, benzo[k]-fluoran
104 igh-molecular weight PAHs (HMW-PAHs) in
coal-
tar samples.
105 tion exposures to PAHs in settings near
coal-
tar-sealed pavement.
106 ch for the routine analysis of numerous
coal-
tar samples.
107 ed (%sealed) to investigate the role of
coal-
tar pavement sealant (CTS) as a PAH source.
108 isdiction in the U.S. to ban the use of
coal-
tar sealants.
109 r results indicate that the presence of
coal-
tar-based pavement sealants is associated with significa
110 omatographic separation, in a reference
coal-
tar sample is made possible with the combination of exci
111 receptor modeling results indicate that
coal-
tar sealants remain the largest PAH source to the lake,
112 Recent studies have concluded that
coal-
tar-based pavement sealants are a major source of polycy
113 il adjacent to parking lots sealed with
coal-
tar-based products.
114 il adjacent to parking lots sealed with
coal-
tar-based products.
115 Steam-
cracker tar (SCT) is a by-product of ethylene production that is
116 ulting heterodimeric receptors enabled
delta tar cells to respond to aspartate or maltose.
117 taining a chromosomal deletion of tar (
delta tar).
118 is limited but could be useful in
developing tar spot prediction tools.
119 tp.ncifcrf.gov/pub/users/shuyun/scan/
ed_scan.
tar.
120 ing CheW/CheW* (and constitutively
expressed tar/tsr*) is transformed into an Escherichia coli strain
121 and XG removed 81-93% of the tar with
final tar saturations as low as 0.018.
122 ation offers the advantage of producing
free-
tar syngas reducing cleaning costs and mitigating downst
123 metal-organic and free radical species
from tar balls and weathered crude oil samples from the Gulf
124 on of predictive models to anticipate
future tar spot epidemics.
125 of a predictive tool for anticipating
future tar spot epidemics.
126 rom ftp://ftp.scripps.edu/pub/genehuggers/
gh.
tar.gz
127 ments > low energy beach sediments > marsh &
gt;
tar balls.
128 by mainstream extracts to the level of
high-
tar extracts.
129 extracts activated platelets less than
high-
tar extracts, the sidestream extracts were almost equall
130 (MEIS1, PBX3, HOXB3), and
immunotherapeutic tar-gets (WT1, CD33) and underexpression of leukemia-ass
131 re pyrolysis upon fuel addition resulted
in "
tar-ball" type particles dominated by organic aerosol wi
132 osition and optical properties of
individual tar balls transported in the free troposphere to the Cli
133 ette) among Italian non-mentholated 7 mg
ISO tar cigarette smokers.
134 s 1 and 3 included adult smokers of 7 mg
ISO tar tobacco cigarettes, and Group 2 consisted of both so
135 ompared two contrasting geometries (
isolated tar "balls" versus horizontal "sheets") relative to an o
136 Because electronic cigarettes generate
less tar and carcinogens than combustible cigarettes, use of
137 Both
liquid tar condensates separated into "darker oily" and "lighte
138 en changing, namely the increased use of
low tar and nicotine cigarettes.
139 ctron microscopy we analyzed charcoal of
low tar content obtained from gasification.
140 ocuments relating to nicotine addiction,
low-
tar, low-nicotine cigarettes, and cigarette design and n
141 Although
low-
tar mainstream extracts activated platelets less than hi
142 -conscious" smokers could be captured by
low-
tar, low-nicotine products, all the while ensuring the m
143 Modification of the filters of
low-
tar cigarettes, by blocking the air-bypass holes, raised
144 percentage of smokers and the change to
low-
tar filter cigarettes.
145 I of inhomogeneously and homogeneously
mixed tar balls (1.40-0.03i and 1.36-0.03i at 550 nm, respecti
146 both inhomogeneously and homogeneously
mixed tar balls.
147 The doubly
mutated tar genes did not restore aspartate or maltose chemotaxi
148 The
new tar alleles and the techniques described here provide a
149 We show that the relative abundance
of tar balls (80%) is 10 times greater than soot particles
150 nt a record of variation in the abundance
of tar in sediments for the past 32,000 years, providing ev
151 , Rhytisma acerinum, a known causal agent
of tar spot on tree leaves.
152 rC) through the chemical characterization
of tar condensates generated from heated wood pellets at ox
153 The principal component
of tar that gives rise to DNA-bound adducts in mouse lung w
154 to target markets by altering the content
of tar and nicotine, and by adding flavourings to produce a
155 strain containing a chromosomal deletion
of tar (delta tar).
156 Deposition
of tar balls (TBs) along the south Gujarat coast, situated
157 conditions necessary for the development
of tar spot in the field and the creation of predictive mod
158 ignificant for explaining the development
of tar spot.
159 berrant aggregation and amyloid formation
of tar DNA binding protein (TDP-43) and a-synuclein (aS) un
160 Patients exposed to high levels
of tar and/or ultraviolet B before a first squamous cell ca
161 The median levels
of tar, nicotine, and carbon monoxide displayed on the ciga
162 achine learning models for the prediction
of tar spot development.
163 Understanding the optical properties
of tar balls can help reduce uncertainties associated with
164 for men, according to increasing quartile
of tar consumption and relative to never smokers, was 1.0 [
165 y importance in determining the transport
of tar in porous media.
166 We also report two distinct types
of tar balls; one less oxidized than the other.
167 higher contributions from heavy crude
oils,
tar sands bitumen, and petroleum coke.
168 ransfer model and found that a layer of
only tar balls with an optical depth of 0.1 above vegetation
169 The apparent preference for
Podocarpus tar may be explained by its mechanical properties.
170 We found that
Podocarpus tar can only be made by dry distillation of leaves, requ
171 from the California margin contain
preserved tar, primarily formed through hydrocarbon weathering at
172 s were bound to black carbon or
recalcitrant tar-like organic carbon, thereby lowering porewater conc
173 1-1 wt.%) were found to significantly
reduce tar-aqueous IFT.
174 factor for AMD, and cigarette smoke-
related tar contains high concentrations of a potent oxidant, hy
175 Between 10 and 44% of the
residual tar was removed by solutions containing only NaOH, while
176 Chemical analysis of the
resulting tar showed typical markers present in archaeological tar
177 bi.nih.gov/pub/agarwala/rhmapping/
rh_tsp_map.
tar.gz.
178 In our two
samples,
tar balls contributed 50% of carbonaceous particles by n
179 Oiled beach
sediment,
tar ball, and marsh samples were collected from a barrie
180 ssed distinct geometries, ranging from
small tar balls to expansive horizontal oil sheets.
181 Despite little direct in vivo
support,
tar fraction rather than vapor phase compounds are consi
182 e distributions, BCs look more blackish
than tar balls, but still exhibit some brown color.
183 The tar-aqueous IFT of the tars, as well as resins and aspha
184 apor phase component, 1,3 butadiene, and
the tar component, the tobacco-specific N-nitrosamine, 4-(me
185 The mechanism responsible for
the tar removal is likely a combination of reduced IFT, a fa
186 With the activation of
the tar gene cluster and production of taromycin A, this stu
187 ining both NaOH and XG removed 81-93% of
the tar with final tar saturations as low as 0.018.
188 ive of compositional patterns related to
the tar source material.
189 Mechanical tests verify
the tar's suitability for hafting and for hafted tools use.
190 Of
those tar balls, 16% were inhomogeneously mixed with other con
191 c viruses and cervical tar exposures
through tar-based vaginal douching, cigarette smoking, and/or lo
192 ge associated with deglacial warming
through tar abundance in marine sediments, independent of previo
193 cated a shift to strongly water-wet, then
to tar-wet conditions as NaOH concentration increased.
194 The
two tar ball and one asphalt volcano samples contain three d
195 gap, night-time NO(3) radical chemistry
with tar aerosols from wood pyrolysis was investigated in a f
196 eaf wetness) were negatively correlated
with tar spot development.
197 tate and maltose responses that is seen
with tar+ cells.
198 The NO(3)(*)-aged
wood tar aerosols are more susceptible to photolysis than to
199 nd organonitrates) in the NO(3)(*)-aged
wood tar aerosols, thus decreasing particle absorption.
200 tions increases the light absorption of
wood tar aerosols and shortens their absorption lifetime unde
201 the dark diminishes light absorption of
wood tar aerosols, resulting in higher particle single-scatte