FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3081799359> ?p ?o ?g. }

• W3081799359 endingPage "382" @default.
• W3081799359 startingPage "373" @default.
• W3081799359 abstract "Abstract Introduction Thirdhand smoke (THS) is ultrafine particulate matter and residue resulting from tobacco combustion, with implications for health-related harm (eg, impaired wound healing), particularly among hospitalized infants. Project aims were to characterize nicotine (THS proxy) transported on neonatal intensive care unit (NICU) visitors and deposited on bedside furniture, as well as infant exposure. Methods Cross-sectional data were collected from participants in a metropolitan NICU. Participants completed a survey and carbon monoxide breath sample, and 41.9% (n = 88) of participants (n = 210) were randomly selected for finger-nicotine wipes during a study phase when all bedside visitors were screened for nicotine use and finger-nicotine levels. During an overlapping study phase, 80 mother–infant dyads consented to bedside furniture-nicotine wipes and an infant urine sample (for cotinine analyses). Results Most nonstaff visitors’ fingers had nicotine above the limit of quantification (&gt;LOQ; 61.9%). Almost all bedside furniture surfaces (93.8%) and infant cotinine measures (93.6%) had values &gt;LOQ, regardless of household nicotine use. Participants who reported using (or lived with others who used) nicotine had greater furniture-nicotine contamination (Mdn = 0.6 [interquartile range, IQR = 0.2–1.6] µg/m2) and higher infant cotinine (Mdn = 0.09 [IQR = 0.04–0.25] ng/mL) compared to participants who reported no household-member nicotine use (Mdn = 0.5 [IQR = 0.2–0.7] µg/m2; Mdn = 0.04 [IQR = 0.03–0.07] ng/mL, respectively). Bayesian univariate regressions supported hypotheses that increased nicotine use/exposure correlated with greater nicotine contamination (on fingers/furniture) and infant THS exposure. Conclusions Potential furniture-contamination pathways and infant-exposure routes (eg, dermal) during NICU hospitalization were identified, despite hospital prohibitions on tobacco/nicotine use. This work highlights the surreptitious spread of nicotine and potential THS-related health risks to vulnerable infants during critical stages of development. Implications THS contamination is underexplored in medical settings. Infants who were cared for in the NICU are vulnerable to health risks from THS exposure. This study demonstrated that 62% of nonstaff NICU visitors transport nicotine on their fingers to the NICU. Over 90% of NICU (bedside) furniture was contaminated with nicotine, regardless of visitors’ reported household-member nicotine use or nonuse. Over 90% of infants had detectable levels of urinary cotinine during NICU hospitalizations. Results justify further research to better protect infants from unintended THS exposure while hospitalized." @default.
• W3081799359 created "2020-09-08" @default.
• W3081799359 creator A5023645209 @default.
• W3081799359 creator A5028281677 @default.
• W3081799359 creator A5042461346 @default.
• W3081799359 creator A5049477011 @default.
• W3081799359 creator A5055765349 @default.
• W3081799359 creator A5063634967 @default.
• W3081799359 creator A5071154988 @default.
• W3081799359 creator A5076589191 @default.
• W3081799359 creator A5083295489 @default.
• W3081799359 creator A5088696017 @default.
• W3081799359 date "2020-08-31" @default.
• W3081799359 modified "2023-10-17" @default.
• W3081799359 title "Thirdhand Smoke Contamination and Infant Nicotine Exposure in a Neonatal Intensive Care Unit: An Observational Study" @default.
• W3081799359 cites W1798064585 @default.
• W3081799359 cites W1814319499 @default.
• W3081799359 cites W1967375944 @default.
• W3081799359 cites W1977116986 @default.
• W3081799359 cites W1980696971 @default.
• W3081799359 cites W1988146345 @default.
• W3081799359 cites W1994128607 @default.
• W3081799359 cites W2005603256 @default.
• W3081799359 cites W2008748104 @default.
• W3081799359 cites W2010416320 @default.
• W3081799359 cites W2014327575 @default.
• W3081799359 cites W2022715394 @default.
• W3081799359 cites W2024110256 @default.
• W3081799359 cites W2025092961 @default.
• W3081799359 cites W2027216680 @default.
• W3081799359 cites W2042869091 @default.
• W3081799359 cites W2056492597 @default.
• W3081799359 cites W2067043139 @default.
• W3081799359 cites W2081534510 @default.
• W3081799359 cites W2082369344 @default.
• W3081799359 cites W2097582670 @default.
• W3081799359 cites W2099097117 @default.
• W3081799359 cites W2103227491 @default.
• W3081799359 cites W2111724200 @default.
• W3081799359 cites W2125521325 @default.
• W3081799359 cites W2125977438 @default.
• W3081799359 cites W2149310184 @default.
• W3081799359 cites W2150997683 @default.
• W3081799359 cites W2151555288 @default.
• W3081799359 cites W2152172857 @default.
• W3081799359 cites W2153305701 @default.
• W3081799359 cites W2158719499 @default.
• W3081799359 cites W2207127252 @default.
• W3081799359 cites W2266423485 @default.
• W3081799359 cites W2344368835 @default.
• W3081799359 cites W2463967900 @default.
• W3081799359 cites W2513049972 @default.
• W3081799359 cites W2521624959 @default.
• W3081799359 cites W2557489566 @default.
• W3081799359 cites W2608552478 @default.
• W3081799359 cites W2753852097 @default.
• W3081799359 cites W2766114364 @default.
• W3081799359 cites W2785884181 @default.
• W3081799359 cites W2802866921 @default.
• W3081799359 cites W2844373294 @default.
• W3081799359 cites W2891905664 @default.
• W3081799359 cites W2941254760 @default.
• W3081799359 cites W2962758893 @default.
• W3081799359 cites W2965572737 @default.
• W3081799359 cites W2966393813 @default.
• W3081799359 cites W2995339013 @default.
• W3081799359 cites W3000167814 @default.
• W3081799359 cites W3012232220 @default.
• W3081799359 cites W3014769121 @default.
• W3081799359 cites W4247539597 @default.
• W3081799359 cites W4248681815 @default.
• W3081799359 cites W4297733845 @default.
• W3081799359 doi "https://doi.org/10.1093/ntr/ntaa167" @default.
• W3081799359 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7822104" @default.
• W3081799359 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32866238" @default.
• W3081799359 hasPublicationYear "2020" @default.
• W3081799359 type Work @default.
• W3081799359 sameAs 3081799359 @default.
• W3081799359 citedByCount "7" @default.
• W3081799359 countsByYear W30817993592021 @default.
• W3081799359 countsByYear W30817993592023 @default.
• W3081799359 crossrefType "journal-article" @default.
• W3081799359 hasAuthorship W3081799359A5023645209 @default.
• W3081799359 hasAuthorship W3081799359A5028281677 @default.
• W3081799359 hasAuthorship W3081799359A5042461346 @default.
• W3081799359 hasAuthorship W3081799359A5049477011 @default.
• W3081799359 hasAuthorship W3081799359A5055765349 @default.
• W3081799359 hasAuthorship W3081799359A5063634967 @default.
• W3081799359 hasAuthorship W3081799359A5071154988 @default.
• W3081799359 hasAuthorship W3081799359A5076589191 @default.
• W3081799359 hasAuthorship W3081799359A5083295489 @default.
• W3081799359 hasAuthorship W3081799359A5088696017 @default.
• W3081799359 hasBestOaLocation W30817993591 @default.
• W3081799359 hasConcept C119060515 @default.
• W3081799359 hasConcept C126322002 @default.
• W3081799359 hasConcept C187212893 @default.
• W3081799359 hasConcept C194828623 @default.
• W3081799359 hasConcept C2776319443 @default.

• next