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The Five Churches Festival took place in Norfolk in July 2023, featuring a series of concerts in churches in the Glaven Valley. The festival included nine events, with a focus on three concerts showcasing the music of Delius, supported by the Delius Trust. The concerts were accessible to all and free of charge, although donations were encouraged. In addition to the concerts, the festival offered picnics, cream teas, summer cocktails, and a Festival Evensong. The festival was curated by pianist Brenda Blewett and featured performances by various musicians, including Chaos Collective and James O'Connel. The concerts received positive reviews, with outstanding performances and a high standard of musicianship. Despite some outdoor events being cancelled due to weather, the festival was well-attended and supported by local sponsors and volunteers. The hope is that the festival will continue in the future.

Despite intensive research, the exact cause of hypertension remains unknown. Low-grade inflammation has been proposed to play a key role in the pathogenesis of hypertension. Both innate and adaptive immune responses may participate in this process. Several studies have addressed the contribution of adaptive immunity to the pathophysiology of high blood pressure; however, the role of innate immunity is less clear. Innate immunity may be an important mediator of chronic inflammation in hypertension. Slight elevation of blood pressure due to increased sympathetic and/or decreased parasympathetic outflow, or low-grade infections may generate neoantigens and damage-activated molecular patterns (DAMPs) or pathogen-activated molecular patterns (PAMPs), which can trigger Toll-like receptors on innate effector cells. Innate responses, mediated by monocytes, macrophages, dendritic cells and natural killer cells, may contribute to inflammation either directly or by activating adaptive immune responses mediated by T lymphocytes. In this review, we discuss the recent evidence regarding the contribution of different innate effector cells, their response and their mechanisms of activation in hypertension.

The incidence of resistant hypertension, obesity, and obstructive sleep apnea (OSA), three highly prevalent conditions in the United States, is rising. Approximately one in three adults in the US has hypertension, and a significant proportion of these individuals have hypertension that is difficult to treat, or resistant. Obesity and OSA are well-established risk factors for resistant hypertension, a condition that portends significant cardiovascular risk. Awareness of the various mechanisms by which obesity and OSA impact systemic blood pressure is essential to better understand how best to effectively care for patients with resistant hypertension. In this review, we discuss the clinical and pathophysiologic associations between obesity, OSA, and resistant hypertension. Furthermore, we will explore the effect of continuous positive airway pressure therapy (CPAP) and other therapeutic interventions on blood pressure control in patients with resistant hypertension. Key Points • Obesity, obstructive sleep apnea, and resistant hypertension are highly prevalent conditions, with increasing overall incidence [ 1 – 3 ]. • Both obesity and obstructive sleep apnea are independent risk factors for the development of resistant hypertension. • OSA is characterized by a physiologic cascade of collapse of the upper airway, which can lead to intermittent hypoxia, hypercapnia, significant negative intra-thoracic pressure, and increased SNS output. • Intermittent hypoxia leads to activation of the endothelin system [ 17 , 18 , 19 •], which can lead to the development of resistant hypertension. • Intermittent hypoxia can lead to the over activation of the SNS, which can also contribute to the development of resistant hypertension [ 20 , 21 ]. • OSA leads to state of elevated adrenergic tone, which in turn may contribute to resistant hypertension [ 25 – 27 ]. • OSA patients have a higher incidence of “non-dipping” of nocturnal systolic blood pressure, a marker of increased adrenergic tone. This potentially represents a risk factor for hypertensive end organ disease [ 31 , 32 ]. • The prevalence of OSA is significantly higher in patients predisposed to fluid accumulation: including kidney disease, heart failure and resistant hypertension [ 33 ]. • Interventions (such as the daytime use of compression stocking) which reduce daytime lower extremity fluid accumulation can significantly reduce the severity of OSA, particularly in patients with comorbid resistant hypertension [ 35 , 36 ]. • CPAP therapy can significantly reduce blood pressure in patients with comorbid hypertension and OSA. The treatment effect is most pronounced in those with resistant hypertension and OSA [ 16 ••, 38 – 42 ].

Hypertension (HTN) is a leading risk factor for cardiovascular disease (CVD) and continues to affect millions of people in industrialized nations. The increasing prevalence of HTN is closely related to the growing prevalence of obesity. Despite heightened awareness of the disease, a significant percentage of patients are uncontrolled and are at higher risk of heart failure, stroke, and chronic kidney disease. Evidence of the cardiovascular protective role of estrogen in pre-menopausal females has brought attention to estrogen receptor activation as a treatment strategy for HTN. Estrogen promotes vasodilation and decreases inflammation and atherosclerosis. It also controls blood pressure via modulation of the activity of the renin-angiotensin-aldosterone system. The effects of estrogen on the vasculature are partly mediated via membrane receptors. Membrane estrogen receptor α and G-protein-coupled GPER-1 have been studied extensively in the vasculature. This review will describe the available evidence supporting the role of estrogen membrane receptors in blood pressure control and CVD.

  ST MEL'S: P Doherty; J Moran, L Barry, P Duggan; R Moffett, C Lee, P Lynn; J Heaney, S Noonan; R O'Connell (0-1, free), D Doherty (0-3, two frees), D Kirby; C Finnan, S Thompson (1-3), B Harte. Subs: R Clarke for Kirby (41 mins), Hanley for [Shane Thompson] (49 mins), Steele for Hanley (59 mins).

In an interview, Frank O'Connell, the person behind the illustrations of the Breitling Emergency Watch that was selected as one of the Best Infographics in History by the Society for News Design, talks about being handed a gizmo and coming up with a clean visual description of what it looks like, what it does and how it works, all fitting neatly into a prescribed space. He says that the process is very much a collaborative effort between himself and Henry Fountain who has a great design sense.

Faut-il presenter Raewyn Connell? Sociologue feministe engagee, desormais internationalement reconnue, Raewyn Connell nourrit depuis plusieurs annees une reflexion sur les differentes oppressions sociales (voir par exemple Connell, 1977, 1982, 1987, 2014). Attentive aux contextes sociaux et historiques dans lesquels les rapports domination s'imposent, elle a su saisir la plasticite avec laquelle ils... [web URL: http://www.cairn.info/revue-nouvelles-questions-feministes-2 015-1-p -102.htm] Reproduced by permission of Bibliothèque de Sciences Po

O'CONNELL, J. BenedictJ. Benedict O'Connell, 88 of West Hartford, husband of Helene M. (McDonnell) O'Connell, died Tuesday, (September 5, 2000) at the home of his granddaughter, Kathleen, with his family by his side. Born in Bristol, the son of the late Jeremiah T. and Mary A. (Bresnahan) O'Connell, he attended St. Thomas Seminary and graduated from Trinity College in Hartford, Class of 1937. He went on to receive his Masters Degree at Trinity in 1945. Mr. O'Connell taught English at Northeast Junior High School and Hartford Public High School for 35 years, retiring in 1975. In 1974, he joined his brother and founded O'Connell Real Estate in Glastonbury, which they ran until 1978. Mr. O'Connell was a communicant at The Church of St. Peter Claver and a member of the choir. Mr.

Incretin-based therapies are now well established for diabetes management and are among the frontline agents for control of hyperglycemia. In addition to their antihyperglycemic effects, evidence is emerging on the role of these agents on blood pressure regulation, cardioprotective and renoprotective properties. Because of the pleiotropic nature of these affects, these agents could offer significant benefits with regards to the cardiorenal metabolic complications that are part of the diabetes and obesity epidemic in the United States and worldwide. We review the various known mechanisms or pathways by which incretin based therapy exerts its regulation of blood pressure with emphasis on novel mechanisms such as inflammation/immunomodulation and oxidative stress.

Services held at St.