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1 te of action of opioid drugs, both licit and illicit.
2 le tissue is a valid marker for detection of illicit 17beta oestradiol and/or dexamethasone use in be
3 es in Xenopus oocytes, both Ca(2+) and Na(+) illicit 5-HT-induced currents in the Asn-101 mutants and
5 sist in the identification and evaluation of illicit activities and provide information that would he
6 tool to study suspected cases of sex steroid illicit administration in veal calves, complementary to
8 weeks, which was defined as abstinence from illicit and non-prescribed opioids and cocaine in the pa
11 eling interventions to prevent initiation of illicit and nonmedical drug use among adolescents and yo
12 oral interventions in reducing self-reported illicit and pharmaceutical drug use among adolescents.
19 xamines the concentration of cannabinoids in illicit cannabis products seized by the U.S. Drug Enforc
27 statistical analyses can be used to classify illicit cocaine as originating from one of 19 growing re
30 ys for the specific detection of a family of illicit designer drugs, the synthetic cathinones, with c
31 r to single-stranded telomere DNA to prevent illicit DNA damage responses and to enhance telomerase-m
32 hypertension, liver disease, renal disease, illicit drug abuse, and poor performance status, but low
34 ral drug residues, including the potentially illicit drug amphetamine, at 6 stream sites along an urb
35 ysical processes on the transformation of 30 illicit drug and pharmaceutical residues were quantified
36 y metabolic processes) and transformation of illicit drug biomarkers (secondary metabolic processes)
37 es most health burden in eastern Europe, and illicit drug burden is higher in the USA, Canada, Austra
38 ted 50% of adolescents in the US had used an illicit drug by the time they graduated from high school
39 nfectious and noninfectious complications of illicit drug can expedite diagnosis and medical treatmen
46 field can provide an unbiased look into the illicit drug habits of large populations as well as spec
53 rdless of the type of normalization as daily illicit drug loads appeared to vary substantially more t
57 ehavioral interventions to prevent or reduce illicit drug or nonmedical pharmaceutical use in childre
58 its analogues as contaminating materials in illicit drug products presents a major hazard to first r
62 anding field that can provide information on illicit drug usage in communities, based on the measured
63 ng (adjusted OR 1.74, 95% CI 1.08-2.81), any illicit drug use (1.72, 1.07-2.79) and weekly cannabis u
64 (OR 2.14, 95% CI 1.04-4.41; p=0.038), other illicit drug use (2.17, 1.10-4.27; p=0.025), sleep probl
65 nnabis use (2.61, 1.11-6.14; p=0.029), other illicit drug use (2.47, 1.02-5.96; p=0.045), exposure to
66 on (6.1% vs. 3.7% males, Z=2.58, p<0.05) and illicit drug use (3.3% vs. 0.6% males with drug abuse, Z
68 ratio 4.81; 95% CI 2.03-11.36, p=0.0005) and illicit drug use (4.75; 1.19-18.96, p=0.026) were signif
71 y associated with chronic HCV infection were illicit drug use (including injection drugs) and receipt
72 r statistically significant association with illicit drug use (standardized mean difference, -0.08 [9
73 evidence- and human rights-based response to illicit drug use and associated infectious diseases.
74 , alcohol use and recent suicidal behaviour, illicit drug use and depression, depression and inconsis
76 do not support widespread implementation of illicit drug use and prescription drug misuse screening
77 ally in screening and brief intervention for illicit drug use and prescription drug misuse, based in
78 Furthermore, we show differential effects of illicit drug use and prolonged freezing on SE-mediated H
79 tly accounted for 35% of the heritability in illicit drug use and, when combined with common variants
82 verage 16 times higher, major depression and illicit drug use disorder prevalence were both six times
83 e potential effects of alcohol, tobacco, and illicit drug use during this period on: social, psycholo
87 primary care-based interventions to prevent illicit drug use in children, adolescents, and young adu
88 7.9% of persons aged 12 to 17 years reported illicit drug use in the past month, and an estimated 50%
95 ression to 1.92 (1.79-2.04) for anxiety; for illicit drug use they ranged from 1.36 (1.25-1.49) for a
96 000, being married or living as married, and illicit drug use were independently associated with incr
99 ntal health problems, daily tobacco smoking, illicit drug use, and dependence were all more common in
100 dictors of USA300 included HIV, younger age, illicit drug use, and male sex; all but 1 colonized indi
102 models that adjusted for time-variant (other illicit drug use, antipsychotic medication adherence) an
103 ous variants may be important in etiology of illicit drug use, but detection of individual variants w
104 havioral counseling interventions to prevent illicit drug use, including nonmedical use of prescripti
105 with an HBV or HCV patient, >1 sex partner, illicit drug use, or incarceration (21% of cases versus
107 ast 30 years, cigarette smoking, alcohol and illicit drug use, sexual activity, and violent behavior
108 ed RR for risk factors (harmful alcohol use, illicit drug use, smoking, and obesity) and causes of il
110 18 to 25 years have a higher rate of current illicit drug use, with an estimated 23.2% currently usin
111 ng, physical inactivity, unhealthy diet, and illicit drug use-according to CHC after adjusting for so
127 mmunity-recruited cohort of HIV-seropositive illicit drug users during a community-wide ART expansion
128 espite cannabis being the most commonly used illicit drug worldwide, a MALDI-MS method for the detect
134 though marijuana is the most commonly abused illicit drug, the implications of legalized, widespread,
135 to study the electrochemical behavior of the illicit drug, thus profiling the different oxidation sta
137 [34.7%]) and recent use of cocaine or other illicit drugs (39 [13.5%]) were the most common causes o
138 dependence (17.95, 9.44-34.12), use of other illicit drugs (7.80, 4.46-13.63), and suicide attempt (6
139 ables the separation of powdered mixtures of illicit drugs (cocaine, methamphetamine, heroin, fentany
140 se in young people for tobacco, alcohol, and illicit drugs (eg, cannabis, opioids, amphetamines, or c
143 up of neighborhood controls not dependent on illicit drugs (n = 340), 3 SNPs were significantly assoc
144 ed as legal alternatives to more established illicit drugs (pragmatically clustered and termed new ps
148 trochemical detection of the most prevailing illicit drugs (such as cocaine, heroin, and (meth)amphet
152 pointments, and two studies on abstinence of illicit drugs and alcohol use to prevent the reoccurrenc
153 o used to detect trace chemical compounds in illicit drugs and explosives, in which samples were obta
155 ovide dynamic population normalized loads of illicit drugs and pharmaceuticals during a known period
158 ry mixtures of ketamine with adulterants and illicit drugs are analyzed with SWV to investigate the e
161 "turn-on" fluorescence detection of multiple illicit drugs at low micromolar concentrations in water
162 ble from ION-1 for retrospective testing for illicit drugs by enzyme-linked immunosorbent assay.
163 ting per capita consumption of, for example, illicit drugs by means of wastewater analysis (sometimes
164 ange of use for various classes of licit and illicit drugs by monitoring Athens' wastewater from 2010
168 pants in the ION-1 trial, 23% (n = 196) used illicit drugs during therapy (15% cannabinoids alone; 8%
169 e availability, synthesis, and popularity of illicit drugs evolve over time, new syndromes associated
170 t colorimetric presumptive identification of illicit drugs for determining illegal possession of cont
171 nonuse, asymptomatic use, and problem use of illicit drugs for U.S. adults in the general household p
174 production, trafficking, and consumption of illicit drugs have been constantly growing, leading to h
175 e effects of controlled neuropsychiatric and illicit drugs have been forensically identified in the U
176 mework of appetitive behavior, the view that illicit drugs hijack reward circuits by hyperactivating
177 racy was achieved for the direct analysis of illicit drugs in 4 muL of raw blood, serum, and whole ur
179 The presence of pharmaceuticals, including illicit drugs in aquatic systems, is a topic of environm
180 oxins in soil samples, the identification of illicit drugs in human blood, and the quantitation of ac
181 eveloped for the "lab-on-click" detection of illicit drugs in nonpretreated oral fluids, and a novel
182 ound to predict the concentrations of select illicit drugs in raw wastewater (r(2) = 0.20-0.79; p </=
184 tory of injection drug use, and had used any illicit drugs in the past 12 months were recruited at ne
185 are purchased as alternatives to traditional illicit drugs of abuse and are manufactured to circumven
186 ility, where they maintained abstinence from illicit drugs of abuse and received behavioral therapy f
187 However, it is unknown whether, akin to illicit drugs of abuse such as cocaine or heroin, the ad
188 for the spatially resolved quantification of illicit drugs on the surface of a fingerprint using time
191 amphetamine; MDA) times higher mass flows of illicit drugs than did the WWTP that served a smaller po
195 (nicotine, caffeine, alcohol, cannabis, and illicit drugs) was obtained for 8586 twins who were regi
196 scale consumption of chemicals, particularly illicit drugs, across different communities and over tim
197 nt presumptive colorimetric field-testing of illicit drugs, allowing for an objective and user-friend
199 n of chemical warfare agent (CWA) simulants, illicit drugs, and explosives is demonstrated at nanogra
200 (at room temperature), including pesticides, illicit drugs, and explosives, were selected to evaluate
201 smitters, phosphopeptides, oligonucleotides, illicit drugs, and pharmaceutical compounds are successf
202 timate the population level use of licit and illicit drugs, new psychoactive substances, human exposu
204 nalysis of a wide range of compounds such as illicit drugs, pharmaceuticals, and pesticides-such that
205 es (mass <50 mg), with low concentrations of illicit drugs, present a particular challenge to analysi
206 ty degree, cannabis dependence, use of other illicit drugs, suicide attempt, depression, and welfare
224 d into the aquatic ecosystem corresponded to illicit drugs/controlled substances such as ketamine and
225 shonest athletes aiming at an artificial and illicit enhancement of their endurance performance.
228 thod is also applicable to the detection of (illicit) gene regulation through the identification of c
232 cal classifications, the proportion of often illicit Onion/Hidden Services use is more prevalent (~7.
233 ffers a tool for tackling a broader class of illicit online behaviours(21,22) such as financial fraud
234 The substantial increase in prescription and illicit opioid abuse observed over the last 2 decades ha
237 iated with significantly lower odds of daily illicit opioid use (adjusted odds ratio 0.50, 95% CI 0.3
238 iation between frequency of cannabis use and illicit opioid use among people who use drugs (PWUD) exp
241 nt (OAT) can be highly effective in reducing illicit opioid use and improving multiple health and soc
242 patients completing DAA therapy with active illicit opioid use at intake, 14 (46.4%) engaged in opio
243 s negative urine samples and self-reports of illicit opioid use from week 5 to week 24, analysed in t
244 norphine group reduced the number of days of illicit opioid use per week from 5.4 days (95% CI, 5.1-5
246 n addiction treatment, reduced self-reported illicit opioid use, and decreased use of inpatient addic
247 tion-assisted treatment is a key to reducing illicit opioid use, preventing opioid overdose deaths, a
248 The percentage of participants negative for illicit opioid use, retention, naltrexone ingestion, and
253 th 95% CI, -4.9 to -1.5; P < .001) and other illicit opioids (mean difference, -2.7 with 95% CI, -4.6
254 significantly lower use of heroin and other illicit opioids in the extended-release naltrexone group
258 ays of illicit opioid use, urine testing for illicit opioids, human immunodeficiency virus (HIV) risk
259 tween HIV viral load (VL) and reduced use of illicit opioids, methamphetamine/crystal, cocaine/crack,
262 pants were treatment resistant (ie, had used illicit or non-prescribed opioids or cocaine on one or m
264 nionic surfactant sodium decyl sulfate (SDS) illicited PFAA chain-length dependent impacts in two neg
270 zole SCs which are currently the predominant illicit smoking mixtures on the drug market is performed
273 data provides the first indication that this illicit substance can have major implications on renal f
274 detectors that are in use for hazardous and illicit substance detection are subject to false-positiv
275 In young men aged 20-24 years, alcohol and illicit substance use are responsible for 14% of total h
277 y disorder, smoking and alcohol consumption, illicit substance use, ever having separated from a long
279 short-term abstinence from heroin and other illicit substances and should be considered as a treatme
280 maintaining abstinence from heroin and other illicit substances in newly detoxified individuals.
281 free from all pharmacological treatments and illicit substances show cortical glutamatergic alteratio
290 nist MDMB-Fubinaca (FUB), a recently emerged illicit synthetic cannabinoid infused in street drugs th
291 come countries, a result in no small part of illicit trade and cheap products from China and other un
293 x present in many immune populations and can illicit transcriptional responses that vary among differ
296 the prescribing of opioids for pain and the illicit use of fentanyl (and derivatives) have contribut
298 data from PWID aged 18-64 years who reported illicit use of opioids (n = 9957) in the past 12 months.
300 e advantages also potentially facilitate the illicit use of the CRISPR/Cas system in order to achieve