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| 1 | Development and validation of an UHPLC-MS/MS method for the determination of mycotoxins in grass silages显示文摘 | Cormac McElhinney Pádraig O’Kiely Chris Elliott Martin Danaher | 2015 | Food Additives & Contaminants: Part A2015,,12: | 1 |
| 2 | Chalcogenide electrocatalysts for oxygen depolarized aqueous hydrochloric acid electrolysis显示文摘 | Ziegelbauer J M Gulla A F O' Laoire Cormac | 2007 | Electrochim Acta2007,52,: | 1 |
| 3 | Berberine inhibits ion transport in human colonic epithelia显示文摘 | Cormac T Taylor Des C Winter Maeve M Skelly Diarmuid P O’Donoghue Gerald C O’Sullivan Brian J Harvey Alan W Baird | 1999 | European Journal of Pharmacology1999,,: | 1 |
| 4 | Spontaneous disc space infections in adults显示文摘 | Jonathan A Friedman MD Cormac O | 2002 | Surg Neuro2002,57,: | 1 |
| 5 | The optimisation of apaired emitter-detector diode optical pH sensing device 显示文摘 | Dylan O Stephen B Cormac F | 2011 | Sensor Actuat B2011,153,: | 1 |
| 6 | A review of the physiological and psychological health and wellbeing of naval service personnel and the modalities used for monitoring显示文摘Naval cohorts rely heavily on personnel to ensure the efficient running of naval organisations. As such, the wellbeing of personnel is essential. In an occupational setting, naval service personnel experience a variety of physiological and psychological stressors. Most naval services arrange annual physical fitness and body composition tests to ensure the physical readiness of personnel. However, these tests only evaluate a small amount of physiological capabilities. Components such as aerobic and strength capabilities are assessed, however, other components of physical fitness such as speed, agility, anaerobic capacity and flexibility are not. In addition to the physical capabilities, personnel are impacted by fatigue, nutrition and psychological stressors such as copping in stressful situations or dealing with time away from family and friends. This review will discuss the physiological and psychological factors that affect personnel's wellbeing. In addition to this, it will also evaluate the methods that are used to assess both physiological and psychological wellbeing. | Cliodhna Sargent Cormac Gebruers Jim O'Mahony | 2017 | Military Medical Research2017,4,1: | 1 |
| 7 | Very low pressure hy-drocephalus:report of two cases显示文摘 | Michelle J Clarke Cormac O | 2006 | J Neurosurg2006,105,3: | 1 |
| 8 | 治疗学 控制不佳的哮喘治疗显示文摘一名35岁男性,既往诊断轻度哮喘,他告知家庭医生,在过去3个月中他间断在夜间咳醒或因气短而憋醒。他是一名厨师,现在已经感到难以完成轮班工作。长期以来,他每天吸入2次倍氯米松200μg,由于持续发作的症状,他询问是否需要改变治疗。控制不佳的哮喘或中度哮喘是指患者每天有哮喘症状。 | Orla O′Carroll Cormac McCarthy Marcus W Butler 王颖(译) 施焕中(校) | 2022 | 英国医学杂志中文版2022,25,1: | 0 |
| 9 | Patterning Functionalized Surfaces of 2D Materials by Nanoshaving显示文摘Atomic force microscopy(AFM)and scanning probe lithography can be used for the mechanical treatment of various surfaces,including polymers,metals,and semiconductors.The technique of nanoshaving,in which materials are removed using the AFM tip,is employed in this work to produce nanopatterns of self-assembled monolayers(SAMs)on two-dimensional(2D)materials.The materials used are monolayers of transition metal dichalcogenides(TMDs),namely,MoS_(2)and WS_(2),which are noncovalently functionalized with perylene diimide(PDI),a perylene derivative.The approach involves rastering an AFM probe across the surface at a controlled increased load in ambient conditions.As a result of the strong bond between PDI SAM and TMD,loads in excess of 1|1N are required to pattern the monolayer.Various predefined patterns,including a grating pattern with feature sizes below 250 nm,are demonstrated.Results indicate the high precision of nanoshaving as an accurate and nondestructive lithographic technique for 2D materials.The work functions of shaved heterostructures are also examined using Kelvin probe force microscopy. | Katie O'Neill Rob Greig Rita Tilmann Lisanne Peters Conor P.Cullen Graeme Cunningham Cian Bartlam Cormac O Coileain Niall McEvoy Georg S.Duesberg | 2022 | Nanomanufacturing and Metrology2022,5,1: | 0 |
| 10 | Serum estradiol levels decrease after oophorectomy in transmasculine individuals on testosterone therapy显示文摘Transmasculine individuals,considering whether to undergo total hysterectomy with bilateral salpingectomy,have the option to have a concomitant oophorectomy.While studies have evaluated hormone changes following testosterone therapy initiation,most of those patients have not undergone oophorectomy.Data are currently limited to support health outcomes regarding the decision to retain or remove the ovaries.We performed a retrospective chart review of transmasculine patients maintained on high-dose testosterone therapy at a single endocrine clinic in Vancouver,British Columbia,Canada.Twelve transmasculine individuals who underwent bilateral oophorectomy and had presurgical and postsurgical serum data were included.We identified 12 transmasculine subjects as controls,who were on testosterone therapy and did not undergo oophorectomy,but additionally matched to the first group by age,testosterone dosing regimen,and body mass index.There was a statistically significant decrease in the estradiol levels of case subjects postoophorectomy,when compared to presurgical estradiol levels(P=0.02).There was no significant difference between baseline estradiol levels between control and case subjects;however,the difference in estradiol levels at follow-up measurements was significant(P=0.03).Total testosterone levels did not differ between control and case subjects at baseline and follow-up(both P>0.05).Our results demonstrate that oophorectomy further attenuates estradiol levels below what is achieved by high-dose exogenous testosterone alone.Correlated clinical outcomes,such as impacts on bone health,were not available.The clinical implications of oophorectomy versus ovarian retention on endocrinological and overall health outcomes are currently limited. | Sahil Kumar Elise Bertin Cormac O' Dwyer Amir Khorrami Richard Wassersug Smita Mukherjee Neeraj Mehra Marshall Dahl Krista Genoway Alexander G Kavanagh | 2023 | Asian Journal of Andrology2023,25,3: | 0 |