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1. A new testing platform using fingerstick blood for quantitative antibody response evaluation after SARS-CoV-2 vaccination

Author

Jinwei Du, Dayu Zhang, Joseph A. Pathakamuri, Daniel Kuebler, Ying Yang, Yulia Loginova, Eric Chu, Roberta Madej, Jocelyn V. Neves, Brianna Singer, Holly Radke, Naomi Spencer, Elizabeth Rizk, Aiguo Zhang, Chuanyi M. Lu, and Michael Y. Sha

Subjects
covid19, sars-cov-2, anti-sars-cov-2 igg, fingerstick blood, quantitative immunoassay. sars-cov-2 vaccination, Infectious and parasitic diseases, RC109-216, Microbiology, QR1-502
Abstract

Testing and vaccination have been major components of the strategy for combating the ongoing COVID-19 pandemic. In this study, we have developed a quantitative anti-SARS-CoV-2 spike (S1) IgG antibody assay using a fingerstick dried blood sample. We evaluated the feasibility of using this high-throughput and quantitative anti-SARS-CoV-2 spike (S1) IgG antibody testing assay in vaccinated individuals. Fingerstick blood samples were collected and analyzed from 137 volunteers before and after receiving the Moderna or Pfizer mRNA vaccine. Anti-SARS-CoV-2 S1 IgG antibody could not be detected within the first 7 days after receiving the first vaccine dose, however, the assay reliably detected antibodies from day 14 onwards. In addition, no anti-SARS-CoV-2 nucleocapsid (N) protein IgG antibody was detected in any of the vaccinated or healthy participants, indicating that the anti-SARS-CoV-2 S1 IgG assay is specific for the mRNA vaccine-induced antibodies. The S1 IgG levels detected in fingerstick samples correlated with the levels found in venous blood plasma samples and with the efficacy of venous blood plasma samples in the plaque reduction neutralization test (PRNT). The assay displayed a limit of quantification (LOQ) of 0.59 μg/mL and was found to be linear in the range of 0.51-1000 μg/mL. Finally, its clinical performance displayed a Positive Percent Agreement (PPA) of 100% (95% CI: 0.89-1.00) and a Negative Percent Agreement (NPA) of 100% (95% CI: 0.93-1.00). In summary, the assay described here represents a sensitive, precise, accurate, and simple method for the quantitative detection and monitoring of post-vaccination anti-SARS-CoV-2 spike IgG responses.

Published
2022
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2. The Use of Different Sepsis Risk Stratification Tools on the Wards and in Emergency Departments Uncovers Different Mortality Risks: Results of the Three Welsh National Multicenter Point-Prevalence Studies

Author

Harry J. A. Unwin, MBBCh, BSc, Maja Kopczynska, MBBCh, BSc, Richard Pugh, FRCA, Laura J. P. Tan, MBBS, BSc, Christian P. Subbe, MD, Gemma Ellis, MSc, Paul Morgan, FRCA, Peter Havalda, MD, Ben Sharif, MBBCh, John Burke, MSc, Tamas Szakmany, MD, PhD, FCCM, on behalf of Welsh Digital Data Collection Platform (WDDCP) Collaborators, Maria Hobrok, Moriah Thomas, Annie Burden, Nadia Youssef, Katherine Carnegie, Helena Colling-Sylvester, Natasha Logier, Meshari Alsaeed, Hannah Williams, Arfa Ayob, Nor Farzana, Sweta Parida, David Lawson, Emily Evans, Laura Jane Davis, Billie Atkins, Llywela Wyn Davies, Lee Sanders-Crook, Steffan Treharne Seal, Alice Cains, Richard Pugh, Katy Crisp, Sarah Venning, Ella Sykes, Stephanie Narine, Georgia Parry, Emily Angela Dillon, Qi Zhuang Siah, Ting Yang, Tyler Jones, Parvathi Thara, Emma Wood, Lara Wirt, Georgina St Pier, Richard Betts, Kyriaki Mitsaki, Mari Tachweed Pierce, Sioned Davies, Yakeen Hafouda, Erin Ifan, Grace Lacey, Francesca Mitchell, John Lynch, Michal Mazur, Lezia D’Souza, Bethan Ponting, Terrance Lau, Ruairidh Kerrigan, Lucy Morgan, Roshan Vindla, Claudia Zeicu, Becky James, Amirah Amin Ariff, Wan Binti Wan Azzlan, Charlotte Collins, Elizabeth Wickens, Alisa Norbee, Aliya Zulkefli, Thomas Haddock, Megan Thomas, Matthew Lee, Miriam Cynan, Nik-Syakirah Nik Azis, Imogen Hay, Catherine Russell, Margriet Vreugdenhil, Mustafa Abdimalik, Joseph Davies, Peter Havalda, Angharad Evans, Kate Robertson, Grace Gitau, Mei-yin Gruber, Thomas Telford, Anas Qarout, Naomi Nandra, Hannah Garrard, James Cutler, Rhiannon Tammy Jones, Amy Prideaux, Timothy Spence, Sarah Hardie, Harriet Seymour, Sam Willis, Matthew Warlow, Shanali Thanthilla, Thomas Downs, Nina Foley, Chad McKeown, Akshita Dandawate, Holleh Shayan-Arani, Ellie Taylor, Oliver Kyriakides, Rachel Price, Ffion Haf Mackey, Emily Haines, Samuel Chun, Nilarnti Vignarajah, Tessa Chamberlain, Dongying Zhao, Nayanatara Nadeesha T Tantirige, Naomi Dennehey, Georgina Evans, John Watts, Ceri Battle, Ryan Jones, Selina Jones, Charlotte James, James O’Hanlon, Isabella Bridges, Bethany Hughes, Leo Polchar, Elise Bisson, Charlotte Mykura, Lara Money, Joshua McKenna, Sarah Kinsman, Demiana Hanna, Emily Baker, Harrison Sprague, Liam Sharma, Tom Pontin, Emma Shore, Tamara Hughes, Sam Nightingale, Philby Baby, Matthew Shield, Alice Cross, Jenna Boss, Olivia Ross, George Ashton, Kimaya Pandit, Daniel Davies, Cameron Garbutt, Charlotte Johnston, Marcus Cox, Chantal Roberts, Alessia Waller, Laura Heekin, Kathy Wang, Rhianna Church, Shrina Patel, Marianne Broderick, Hannah Whillis, Daniel Craig Hathaway, Emel Yildirim, Caitlin Atkins, Elin Walters, Carys Durie, Robert James Hamilton Sinnerton, Benjamin Tanner, Julimar Abreu, Kiran Bashir, Vincent Hamlyn, Amelia Tee, Zoe Ann Hinchcliffe, Rita Otto, Georgie Covell, Megan Stone, Victoria Maidman, Katherine Godfray, Rhidian Caradine, Hannah Beetham, Adanna Nicole Anomneze-Collins, Jeanette Tan, Yasmina Abdelrazik, Azizah Khan, Nabihah Malik, Aidan Clack, Lewis Oliva, Tyler Thomas, Adam George Mounce, Anoopama Ramjeeawon, Ndaba Mtunzi, Duncan Soppitt, Jay Hale, Jack Wellington, Robert Buchanan Ross, Danielle Lis, Rebecca Parsonson, Jude Joseph-Gubra, Ajitha Arunthavarajah, Jessica Nicholas, Aaron Harris, Henry Atkinson, Jessica Webster, Tim Burnett, Josephine Raffan Gowar, Sam DeFriend, Jasmine Whitaker, Elizabeth Beasant, Luis Macchiavello, Danyal Usman, Abdullah Mahdi, Tiffany Ye Tze Shan, Nick Savill, Jennifer Gee, Lizzie Hodges, Ami Desai, Hannah Rossiter, Matthew Taylor, Kevin Pinto, Eleanor Hartley, Oscar Emanuel, Rhiannon Long, Megan Selby, Elilis Wardle, Alexandra Urquhart, Jack Barrington, Matthew Ashman, Elizabeth Adcock, Amelia Dickinson, Rebecca Jordache, Rym Chafai El Alaoui, Sophie Stovold, Sam Vickery, Nia Jones, Alice O’Donnell, Monty Cuthbert, Osa Eghosa, Muhammad Karim, Lowri Williams, Louise Tucker, Tom Downs, Rebecca Walford, Annabelle Hook, Adam Mounce, Emily Eccles, Ross Edwards, Kirtika Ramesh, Charlie Hall, Maria Lazarou, Rhidian Jones, Katy McGillian, Hari Singh Bhachoo, Zoe The, Vithusha Inpahas, Ruchi Desai, Yusuf Cheema, Andrew Hughes, Olivia Cranage, Felicity Bee, Khalid Osman, Humza Khan, Jennifer Pitt, Charlotte Pickwick, Jorge Carter, Fiona Andrew, Naseera Seedat, Roshni Patel, Megan Walker, Alicia Boam, Jessica Randall, Beth Bowyer, Josh Edwards, Natasha Jones, Emma Walker, Ailsa MacNaught, Swagath Balachandran, Abbie Shipley, Jennifer Louise Kent, Samuel Tilley, Bethany Davies, Emma Withers, Krishna Parmar, Lucie Webber, Angelica Sharma, Amy Handley, Alexandra Gordon, Lucy Allen, Rebecca Paddock, Harriet Penney, Lopa Banerjee, Chloe Victoria Vanderpump, Kate Harding, John Burke, Orsolya Minik, Nia Jarrett, Ellie Rowe, Adanna Anomneze-Collins, Harry Griffiths, Sarah Pengelly, Ffion Bennett, Ahmed Bilal, Abdullah El-badawey, Bethan Ellis, Luke Cook, Harriet Elizabeth Valentine Maine, Kiri Armstrong, Hannah Beresford, Timia Raven-Gregg, Tom Liddell-Lowe, Caitlin Ong, Harriet Reed, Frederika Alice St John, Weronika Julia Kozuch, Isabelle Ray, Irukshi Anuprabha Silva, Sin Ting Natalie Cheng, Umme-Laila Ali, Noreena Syed, Luke Murphy, Thomas Grother, Harry Smith, Rachel Watson, Omar Marei, Emma Kirby, Anna Gilfedder, Lydia Maw, Sarah O’Connor, Charlotte Maden, Helena Jones, Hazel Preston, Nur Amirah Binti Maliki, Mark Zimmerman, Jessica Webber, Llewelyn Jones, Rebecca Phillips, Lauren McCarthy, Emily Hubbard, Leo Duffy, Abigail Guerrier Sadler, Tamas Szakmany, Owen Richards, Charles King, Charlotte Killick, Yusuf Chema, Kavita Shergill, Yi Huen, Lillian Lau, Hannah Mustafa Ali, Lucas Wilcock, Molly Timlin, Ayeesha Rela, Daniel Smith, Sarah Ireland, Jennifer Evans, Nayanatara Poobalan, Jessica Pearce, Thivya V Vadiveloo, Zoe Black, Daniel Elis Samuel, Humaira Hussain, Joanna Hawkins, Zeid Atiyah, Rebecca Creamer, Maham Zafar, Ahmad Almazeedi, Hannah Brunnock, Zain Nasser, Mekha Jeyanthi, Poorya Moghbel, Katie Kwan, Isobel Sutherland, Frank Davis, Abigail Rogers, Zhao Xuan Tan, Clare Chantrill, Amal Robertson, Jonathan Foulkes, Rahana Khanam, Jomcy John, Sarah Hannah Meehan, Huria Metezai, Hannah Dawson, Navrhinaa Vadivale, Camilla Lee, Amrit Dhadda, Sian Cleaver, Genna Logue, Joy Inns, Isabel Jones, Robyn Howcroft, Carys Gilbert, Matthew Bradley, Louise Pike, Rachel Keeling, Charldré Banks, Eleanor Cochrane, James McFadyen, Matthew Mo, Emily Ireland, Esme Brittain, Ihssen Laid, Charlotte Green, Adriel Mcforrester, Xuong Michelle Ly, Mariana Nalbanti, Raven Joseph, Jack Tagg, David Purchase, Pan Myat, Ayako Niina, Tyler Joshua Jones, Lowri Hughes Thomas, Natalie Hoyle, Patrick Benc, Ellen Davies, Meng-Chieh Wu, David Fellows, Sam Tilley, Eloise Baxendale, Karishma Khan, Andrew Forrester, Oliver Moore, Hse Juinn Lim, Aimee Owen, Faris Hussain, Nima-banu Allybocus, Maneha Sethi, Harry Waring, Adeel Khan, Claire Smith, Nicholas Doyle, Mohammad Yahya Amjad, Luke Galloway, Paul Morgan, Gemma Ellis, Robert Lundin, Haamed Al Hassan, Bethan Markall, Namratha Kaur, Emmanuel Onyango, Heather Beard, Elliot Field, Ellen Nelson-Rowe, Lizzie Adcock, Amelia Stoddart, Frederika St John, Mathoorika Sivananthan, Rhys Jones, Sung Yeon Kwak, Lily Farakish, Holly Rhys-Ellis, Kate Moss, Tallulah Ray, Tessa David, Talea Roberts, Annie Quy, Aniket Paranjape, Nutchanun Poolworaluk, Mary Keast, Si Liang Yao, Dion Manning, Isobel Irwin, Umair Asim, Emelia Boggon, Ibrahim Alkurd, Genevieve Lawerece, Jade Brown, Emily Murphy, Evie Lambert, Jeremy Guilford, Beth Payne, Mariam Almulaifi, Arwel Poacher, Sashiananthan Ganesananthan, Berenice Cunningham-Walker, Chloe Spooner, Akanksha Kiran, Nabeegh Nadeem, Vidhi Unadkat, Esme Sparey, David Li, Jessica Smith, India Corrin, Amit Kurani, Paul McNulty, Ceri Brown, Wojciech Groblewski, Szilvia Szoke, Amelia Redman, Esther McKeag, Anastasia Donnir, Gaautham Ravishangar, Emanuela Howard, Charlotte Salmon, Sara Tanatova, Jasmine Kew, Megan Eilis Clark, Ellen Hannay, Olesya Godsafe, Christina Houghton, Francesca Lavric, Rachel Mallinson, Chris Littler, Harsha Reddy, Andrew Campbell, Benedict Soo, Rachel Evans, Georgina Donowho, Alexandra Cawthra, Maddison Davies, Matthew Lawrence Ashman, Jamie Scriven, James Vautrey, Shannon Seet, Imogen Britton, Abigail Hodgson, Emma Twohey, Joseph Robbins, Vanessa Yeo Yung Ling, Kimiya Asjadi, Carven Chin Yee Shean, Zoe McCarroll, Oritseweyimi Amatotsero, Hei Man Priscilla Chan, John Ng Cho Hui, Antonia Ashaye, Josephine Acheampong, Ayowade Adeleye, Saber Ahmed, Alexandra Chrysostomou, Harry Unwin, Eshen Ang, Niamh McSwiney, Yin Yin Lim, Zong Xuan Lee, Svetlana Kulikouskaya, Nur Zulkifili, Sheryl Lim, Lim Xin, Adiya Urazbayeva, Nur Haslina Ahmad Hanif, Yau Ke Ying, Alice Coleclough, Eilis Higgins, Naomi Spencer, Tze Gee Ng, Sam Booth, Stephanie Wai Yee Ng, Christian P Subbe, Isabella Patterson, Wen Li Chia, Abdullah Mukit, Hei Yi Vivian Pak, Felicity Lock, Mariana Nalmpanti, Shôn Alun Thomas, Tanisha Burgher, Alfred Wei Zhen Yeo, Siwan Powell Jones, Charlie Miles, Millicent Perry, Holly Burton, Katharine Powell, Luthfun Nessa, Aalaa Fadlalla, Rhian Morgan, Elizabeth Hodges, Amelia Heal, Chloe Scott, Alice Tayler, Thomas Chandy, Abduahad Taufik, James Cochrane, Samuel Willis, Sieh Yen Heng, Alex Cooper, Henrik Graf von der Pahlen, Isabella Talbot, Robin Gwyn Roberts, Jessica Sharma Smith, Aisling Sweeney, Cerian Roberts, Laura Bausor, Chania, Daniah Thomas, Elen Wyn Puw, Ronan A Lyons, and Judith E Hall

Subjects
Medical emergencies. Critical care. Intensive care. First aid, RC86-88.9
Abstract

OBJECTIVES:. To compare the performance of Sequential Organ Failure Assessment, systemic inflammatory response syndrome, Red Flag Sepsis, and National Institute of Clinical Excellence sepsis risk stratification tools in the identification of patients at greatest risk of mortality from sepsis in nonintensive care environments. DESIGN:. Secondary analysis of three annual 24-hour point-prevalence study periods. SETTING:. The general wards and emergency departments of 14 acute hospitals across Wales. Studies were conducted on the third Wednesday of October in 2017, 2018, and 2019. PATIENTS:. We screened all patients presenting to the emergency department and on the general wards. MEASUREMENTS AND MAIN RESULTS:. We recruited 1,271 patients, of which 724 (56.9%) had systemic inflammatory response syndrome greater than or equal to 2, 679 (53.4%) had Sequential Organ Failure Assessment greater than or equal to 2, and 977 (76.9%) had Red Flag Sepsis. When stratified according to National Institute of Clinical Excellence guidelines, 450 patients (35.4%) were in the “High risk” category in comparison with 665 (52.3%) in “Moderate to High risk” and 156 (12.3%) in “Low risk” category. In a planned sensitivity analysis, we found that none of the tools accurately predicted mortality at 90 days, and Sequential Organ Failure Assessment and National Institute of Clinical Excellence tools showed only moderate discriminatory power for mortality at 7 and 14 days. Furthermore, we could not find any significant correlation with any of the tools at any of the mortality time points. CONCLUSIONS:. Our data suggest that the sepsis risk stratification tools currently utilized in emergency departments and on the general wards do not predict mortality adequately. This is illustrated by the disparity in mortality risk of the populations captured by each instrument, as well as the weak concordance between them. We propose that future studies on the development of sepsis identification tools should focus on identifying predicator values of both the short- and long-term outcomes of sepsis.

Published
2021
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3. Sepsis-related deaths in the at-risk population on the wards: attributable fraction of mortality in a large point-prevalence study

Author

Maja Kopczynska, Ben Sharif, Sian Cleaver, Naomi Spencer, Amit Kurani, Camilla Lee, Jessica Davis, Carys Durie, Jude Joseph-Gubral, Angelica Sharma, Lucy Allen, Billie Atkins, Alex Gordon, Llewelyn Jones, Amy Noble, Matthew Bradley, Henry Atkinson, Joy Inns, Harriet Penney, Carys Gilbert, Rebecca Walford, Louise Pike, Ross Edwards, Robyn Howcroft, Hazel Preston, Jennifer Gee, Nicholas Doyle, Charlotte Maden, Claire Smith, Nik Syakirah Nik Azis, Navrhinaa Vadivale, Tamas Szakmany, and Welsh Digital Data Collection Platform Collaborators

Subjects
Sepsis, Critical care, Frailty, Mortality, Medicine, Biology (General), QH301-705.5, Science (General), Q1-390
Abstract

Abstract Objective Sepsis mortality is reported to be high worldwide, however recently the attributable fraction of mortality due to sepsis (AFsepsis) has been questioned. If improvements in treatment options are to be evaluated, it is important to know what proportion of deaths are potentially preventable or modifiable after a sepsis episode. The aim of the study was to establish the fraction of deaths directly related to the sepsis episode on the general wards and emergency departments. Results 839 patients were recruited over the two 24-h periods in 2016 and 2017. 521 patients fulfilled SEPSIS-3 criteria. 166 patients (32.4%) with sepsis and 56 patients (17.6%) without sepsis died within 90 days. Out of the 166 sepsis deaths 12 (7.2%) could have been directly related to sepsis, 28 (16.9%) possibly related and 96 (57.8%) were not related to sepsis. Overall AFsepsis was 24.1%. Upon analysis of the 40 deaths likely to be attributable to sepsis, we found that 31 patients (77.5%) had the Clinical Frailty Score ≥ 6, 28 (70%) had existing DNA-CPR order and 17 had limitations of care orders (42.5%).

Published
2018
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4. TH8.1 Radiological incidence of donor-site incisional hernia and parastomal hernia after Vertical Rectus Abdominus Myocutaneous Flap-based reconstruction following colorectal surgery

Author

Alethea Tang, Naomi Spencer, Kristie Parkins, Victoria Bevan, Peter Drew, and Rhiannon Harries

Subjects
Surgery
Abstract

Aims The vertical rectus abdominis myocutaneous (VRAM) flap is commonly used to reconstruct perineal defects for low rectal and anal cancer. The incidence of midline incisional hernias after VRAM reconstruction varies from 3.6% when detected clinically to up to 50% when detected radiologically. The aims of this study is to accurately determine the radiological incidence of donor-site incisional and parastomal hernia following VRAM reconstruction. Methods Retrospective cohort study of patients undergoing colorectal surgery requiring VRAM reconstruction over 10 years. Data were collected on patient demographics, indication for surgery and surgical procedure including details of any hernia repair. Images from surveillance CTs were reviewed for presence and size of midline incisional and/or parastomal hernias. Parastomal hernias were classified based on the European Hernia Society (EHS) classification. Results 173 patients were included in the analysis. The median age was 67 years (range 29 – 88 years) and median length of follow up was 49 months (IQR 24.3 – 71.0 months). The overall radiological incidence of incisional hernia was 27.6%. The radiological incidence of donor-site incisional hernia after VRAM at 1, 2 and 5 years was 16.8%, 25.2% and 18.5%. The parastomal hernia incidence at 1, 2 and 5 years was 37.9%, 44.1% and 29.8% (48.6% overall). Conclusions The majority of patients who develop donor-site incisional hernia and parastomal herniation following VRAM tend to do so within the first two years. Although the use of CT imaging improves the diagnosis of donor-site incisional and parastomal hernias, the clinical significance of this is unknown.

Published
2022
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5. Radiological incidence of donor‐site incisional hernia and parastomal hernia after vertical rectus abdominus myocutaneous flap‐based reconstruction following colorectal surgery

Author

Alethea M. Tang, Naomi Spencer, Kristie Parkins, Victoria Bevan, Gregory Taylor, Derrian Markham, Peter Drew, and Rhiannon L. Harries

Subjects
Gastroenterology
Abstract

A vertical rectus abdominis myocutaneous (VRAM) flap is commonly used to reconstruct perineal defects for low rectal and anal cancer. The incidence of midline incisional hernias after VRAM reconstruction varies from 3.6% when detected clinically to 50% when detected radiologically. The aim of this study is to accurately determine the radiological incidence of donor-site incisional and parastomal hernia following VRAM reconstruction.This was a retrospective cohort study of patients undergoing colorectal surgery requiring VRAM reconstruction over 10 years. Data were collected on patient demographics, indication for surgery and surgical procedure, including details of any hernia repair. Images from surveillance CTs were reviewed for the presence and size of midline incisional and/or parastomal hernias. Parastomal hernias were classified based on the European Hernia Society (EHS) classification.One hundred and seventy three patients were included in the analysis. The median age was 67 years (range 29-88 years) and the median length of follow-up was 49 months (interquartile range 24.3-71.0 months). The cumulative incidence of donor-site incisional hernia after VRAM at 1, 2 and 5 years was 15.1%, 25.4% and 29.1%, respectively. The cumulative incidence for PSH at 1, 2 and 5 years was 33.1%, 46.6% and 53.3%, respectively (95% CI 45.4%-60.5%).Most patients who develop donor-site incisional hernia and parastomal herniation following VRAM tend to do so within the first 2 years. Although the use of CT imaging improves the diagnosis of donor-site incisional and parastomal hernias, the clinical significance of this is unknown.

Published
2022

7. Details of canine hydrotherapy pools and treadmills in 22 hydrotherapy centres in the United Kingdom

Author

Naomi Spencer, Wanda D McCormick, and James A. Oxley

Subjects
medicine.medical_specialty, Rehabilitation, General Veterinary, 040301 veterinary sciences, business.industry, medicine.medical_treatment, 04 agricultural and veterinary sciences, General Medicine, United Kingdom, 0403 veterinary science, 03 medical and health sciences, 0302 clinical medicine, Dogs, Swimming Pools, General practice, Physical therapy, medicine, Animals, Dog Diseases, Health Facilities, Treadmill, Hydrotherapy, business, 030217 neurology & neurosurgery
Abstract

Canine hydrotherapy has been noted to be beneficial for dogs with various neurological and orthopaedic conditions (eg, paralysis, hip dysplasia), soft tissue injuries, as well as in aiding in weight loss and improving a dog’s general fitness.1–5 The hydrotherapy industry has been noted to have increased dramatically over recent years.6 Two of the most commonly found pieces of equipment within hydrotherapy centres are pools and underwater treadmills (referred to as ‘treadmill’ from this point forward), the latter of which has become increasingly popular (see Waining et al 6). This could be due to a treadmill being smaller in size, possibly less expensive in comparison with a pool facility, which has been noted to require an investment of circa £35,000,1 or for some other reasons. Despite the increased awareness and popularity, there is still limited research on how hydrotherapy is best used when managing specific conditions,7 and very little known about specifications of the equipment used and general practice management. This research aimed to explore features of the equipment currently in use within UK hydrotherapy centres in order to highlight any variations and identify the potential need for guidelines for hydrotherapy facilities. A questionnaire was distributed by email to the main contact of 146 Canine Hydrotherapy Association registered centres within the UK from April 1 to May …

Published
2018

8. [Untitled]

Author

Jessica Webster, Naomi Spencer, A. Noble, Maja Kopczynska, Sian Cleaver, Ben Sharif, Rebecca Walford, Amit Kurani, R. Edwards, Angelica Sharma, Carys Durie, Matthew J. Bradley, Tamas Szakmany, Robyn Howcroft, Hazel Preston, and Camilla Lee

Subjects
Sepsis, medicine.medical_specialty, business.industry, Emergency medicine, medicine, Critical Care and Intensive Care Medicine, business, medicine.disease, Flag (geometry)
Published
2019
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10. 'Bed Room Suite', 'Mirage', 'The Rider of Dreams' [programs]

Author

Morley, Christopher, 1890-1957; Baird, George M. P. (George Mahaffey Patterson); Torrence, Ridgely, 1875-1950; Gordon, Dwight; Foster, Betty; Guinn, George; Hale, Olive; Williams, Frances; Smith, Naomi; Spencer, Arthur; Wagner, Ruth; Cheeks, Elmer Jay; Ingram, Rozell; Woodford, Fitzhugh L.; Woodford, Brownie; Talbot, Arthur, Gilpin Players, Morley, Christopher, 1890-1957; Baird, George M. P. (George Mahaffey Patterson); Torrence, Ridgely, 1875-1950; Gordon, Dwight; Foster, Betty; Guinn, George; Hale, Olive; Williams, Frances; Smith, Naomi; Spencer, Arthur; Wagner, Ruth; Cheeks, Elmer Jay; Ingram, Rozell; Woodford, Fitzhugh L.; Woodford, Brownie; Talbot, Arthur, and Gilpin Players

Abstract

Theater program of "Bed Room Suite", "Mirage", and "The Rider of Dreams". This performance ran from March 30-April 2, 1926. "Bed Room Suite" performers: Dwight Gordon as Jerry, a Window Trimmer, Betty Foster as Alice, from the Book Department, and George Guinn as The Night Watchman. "Mirage" performers: Olive Hale as Polaina, Frances Williams and Naomi Smith as Hopi Women, Arthur Spencer as Grayson Stone, Ruth Wagner as Christine, Elmer J. Cheeks as Dr. James Hormek. "The Rider of Dreams" performers: Rozell Ingram as Booker Sparrow, a boy, Brownie Woodford as Lucy Sparrow, his Mother, Fitzhugh Woodford as Madison Sparrow, the Rider of Dreams, and Arthur Talbot as 'Zekiel Williams.

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