№ files_lp_3_process_9_26289
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The document provides statistical data on the association between UVB exposure and the incidence of colorectal cancer across different age groups, based on linear regression analysis of various covariates.
Year: 2010
Region / city: Global
Subject: Ultraviolet B exposure and colorectal cancer
Document type: Research appendix
Organization: Neuroepidemiology
Author: Mohr S, Gorham E, Garland C, Grant W, Garland F
Target audience: Researchers, healthcare professionals
Effective period: 2010
Approval date: 2010
Modification date: Not specified
Price: 8 / 10 USD
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UVB Treatment (Ultraviolet B) Patient Questions and Answers
Organisation: Photonet National Managed Clinical Network for Phototherapy
Department: Department of Dermatology, Level 3
Institution: Queen Margaret Hospital
Address: Whitefield Road, Dunfermline, Fife KY12 0SU
Telephone: 01383 627015
Website: www.photonet.scot.nhs.uk
Region: Fife, Scotland
Document type: Patient information leaflet
Medical specialty: Dermatology / Phototherapy
Treatment type: Narrowband UVB (Ultraviolet B) phototherapy
Indications: Psoriasis, eczema, light sensitive skin conditions
Treatment frequency: Usually three times weekly
Average course duration: Approximately 8 weeks
Risk considerations: Skin cancer risk, photoaging, sunburn reactions
Special notes: Safe during pregnancy; genital protection for male patients; eye protection required unless otherwise advised
Review requirement: Skin cancer review after more than 500 UVB treatments
Associated service: NHS 24 for urgent advice
Crude Oil Transport by Rail and Its Potential Hazards in the U.S.
Year: 2014
Region / city: Albany, New York
Topic: Transportation, Environmental Hazards
Document type: Article
Author: Amanda Podrabsky
Target audience: General public
Period of validity: N/A
Approval date: N/A
Date of changes: N/A
Contextual description: This article discusses the risks of transporting crude oil by rail across the U.S., including potential accidents and safety measures, emphasizing the increasing use of rail transport due to surging oil output from North Dakota.
UPLC chromatographic profiles and mass analysis of phytochemical compounds in crude and purified RPP
Year: 2023
Region / Location: Not specified
Subject: Phytochemical analysis
Document Type: Supplementary material
Institution: Not specified
Authors: Not specified
Target Audience: Researchers in phytochemistry
Methodology: UPLC and mass spectrometry
Compounds analyzed: HHDP-glucose, Shikimic acid, Citric acid, Salicylic acid, Quinic acid, Ferullic acid hexoside, Gallic acid, Pyrogallic acid, Galloylshikimic acid, Protocatechuic acid, 4-Hydroxybenzoic acid, Quercetin hexuronide, Coumaryl hexoside, Kaempferol derivatives, Procyanidins, Ellagic acid derivatives, Catechin, Apigenin glucoside, Epicatechin-O-gallate, Vanillic acid glycoside
Data: Retention time, mass-to-charge ratio, MS2 fragments, concentration, references
Analysis focus: Comparison between crude and purified RPP extracts
Assessment of Total Petroleum Hydrocarbon Remediation on Crude Oil Impacted Soil in Nkeleoken, Eleme, Rivers State, Nigeria (2021)
Year: 2021
Region / City: Nkeleoken, Eleme, Rivers State, Nigeria
Country: Nigeria
Field of Study: Environmental Science; Soil Pollution; Petroleum Contamination
Document Type: Scientific Research Article
Research Topic: Remediation assessment of crude oil contaminated soil
Authors: Oliver N Maitera; Baba Nwunuji H
Affiliated Institutions: Department of Chemistry, Modibo Adama University Yola, Nigeria; Department of Chemical Sciences, Federal University Wukari, Nigeria
Study Area: Ogoniland, Niger Delta region
Sampling Locations: Nkeleoken remediated sites (a, b, c); Ogale-Alode non-remediated sites (x, y, z)
Sampling Depth: 0–30 cm for remediated soils; up to 3–5 m for non-remediated soils
Sampling Period: March 2021 (dry season); October 2021 (wet season)
Analyzed Parameter: Total Petroleum Hydrocarbon (TPH)
Analytical Method: Petroleum Hydrocarbon Analyzer (Buck Model HC-404); USEPA 8240 based extraction method
Measured Concentration Range: 193.7–296.7 mg/kg in remediated soils
Remediation Efficiency: 70.43–80.09% (dry season); 74.8–80.24% (wet season)
Environmental Indicator: Index of geo-accumulation (I-geo)
Key Finding: Residual TPH levels in remediated soils exceeded the permissible cleanup limit of 100 mg/kg
Topics: covariates UVB Crude