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2. System resilience and neighbourhood action on social determinants of health inequalities: an English Case Study

Author

Popay, J, Kaloudis, H, Heaton, L, Barr, B, Halliday, E, Holt, V, Khan, K, Porroche-Escudero, A, Ring, A, Sadler, G, Simpson, G, Ward, F, and Wheeler, P

Abstract

AIMS: This article seeks to make the case for a new approach to understanding and nurturing resilience as a foundation for effective place-based co-produced local action on social and health inequalities.METHODS: A narrative review of literature on community resilience from a public health perspective was conducted and a new concept of neighbourhood system resilience was developed. This then shaped the development of a practical programme of action research implemented in nine socio-economically disadvantaged neighbourhoods in North West England between 2014 and 2019. This Neighbourhood Resilience Programme (NRP) was evaluated using a mixed-method design comprising: (1) a longitudinal household survey, conducted in each of the Neighbourhoods For Learning (NFLs) and in nine comparator areas in two waves (2015/2016 and 2018/2019) and completed in each phase by approximately 3000 households; (2) reflexive journals kept by the academic team; and (3) semi-structured interviews on perceptions about the impacts of the programme with 41 participants in 2019.RESULTS: A difference-in-difference analysis of household survey data showed a statistically significant increase of 7.5% (95% confidence interval (CI), 1.6 to 13.5) in the percentage of residents reporting that they felt able to influence local decision-making in the NFLs relative to the residents in comparator areas, but no effect attributable to the NRP in other evaluative measures. The analysis of participant interviews identified beneficial impacts of the NRP in five resilience domains: social connectivity, cultural coherence, local decision-making, economic activity, and the local environment.CONCLUSION: Our findings support the need for a shift away from interventions that seek solely to enhance the resilience of lay communities to interventions that recognise resilience as a whole systems phenomenon. Systemic approaches to resilience can provide the underpinning foundation for effective co-produced local action on social and health inequalities, but they require intensive relational work by all participating system players. more...

Published
2022

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4. System resilience and neighbourhood action on social determinants of health inequalities:an English Case Study

Author

Popay, J, Kaloudis, H, Heaton, L, Barr, B, Halliday, E, Holt, V, Khan, K, Porroche-Escudero, A, Ring, A, Sadler, G, Simpson, G, Ward, F, Wheeler, P, Popay, J, Kaloudis, H, Heaton, L, Barr, B, Halliday, E, Holt, V, Khan, K, Porroche-Escudero, A, Ring, A, Sadler, G, Simpson, G, Ward, F, and Wheeler, P more...

Abstract

AIMS: This article seeks to make the case for a new approach to understanding and nurturing resilience as a foundation for effective place-based co-produced local action on social and health inequalities. METHODS: A narrative review of literature on community resilience from a public health perspective was conducted and a new concept of neighbourhood system resilience was developed. This then shaped the development of a practical programme of action research implemented in nine socio-economically disadvantaged neighbourhoods in North West England between 2014 and 2019. This Neighbourhood Resilience Programme (NRP) was evaluated using a mixed-method design comprising: (1) a longitudinal household survey, conducted in each of the Neighbourhoods For Learning (NFLs) and in nine comparator areas in two waves (2015/2016 and 2018/2019) and completed in each phase by approximately 3000 households; (2) reflexive journals kept by the academic team; and (3) semi-structured interviews on perceptions about the impacts of the programme with 41 participants in 2019. RESULTS: A difference-in-difference analysis of household survey data showed a statistically significant increase of 7.5% (95% confidence interval (CI), 1.6 to 13.5) in the percentage of residents reporting that they felt able to influence local decision-making in the NFLs relative to the residents in comparator areas, but no effect attributable to the NRP in other evaluative measures. The analysis of participant interviews identified beneficial impacts of the NRP in five resilience domains: social connectivity, cultural coherence, local decision-making, economic activity, and the local environment. CONCLUSION: Our findings support the need for a shift away from interventions that seek solely to enhance the resilience of lay communities to interventions that recognise resilience as a whole systems phenomenon. Systemic approaches to resilience can provide the underpinning foundation for effective co-produced local actio more...

Published
2022

8. A unified call to action from Australian nursing and midwifery leaders: ensuring that Black lives matter

Author

Geia, L., primary, Baird, K., additional, Bail, K., additional, Barclay, L., additional, Bennett, J., additional, Best, O., additional, Birks, M., additional, Blackley, L., additional, Blackman, R., additional, Bonner, A., additional, Bryant AO, R., additional, Buzzacott, C., additional, Campbell, S., additional, Catling, C., additional, Chamberlain, C., additional, Cox, L., additional, Cross, W., additional, Cruickshank, M., additional, Cummins, A., additional, Dahlen, H., additional, Daly, J., additional, Darbyshire, P., additional, Davidson, P., additional, Denney-Wilson, E., additional, De Souza, R., additional, Doyle, K., additional, Drummond, A., additional, Duff, J., additional, Duffield, C., additional, Dunning, T., additional, East, L., additional, Elliott, D., additional, Elmir, R., additional, Fergie OAM, D., additional, Ferguson, C., additional, Fernandez, R., additional, Flower AM, D., additional, Foureur, M., additional, Fowler, C., additional, Fry, M., additional, Gorman, E., additional, Grant, J., additional, Gray, J., additional, Halcomb, E., additional, Hart, B., additional, Hartz, D., additional, Hazelton, M., additional, Heaton, L., additional, Hickman, L., additional, Homer AO, C. S. E., additional, Hungerford, C., additional, Hutton, A., additional, Jackson AO, D., additional, Johnson, A., additional, Kelly, M. A., additional, Kitson, A., additional, Knight, S., additional, Levett-Jones, T., additional, Lindsay, D., additional, Lovett, R., additional, Luck, L., additional, Molloy, L., additional, Manias, E., additional, Mannix, J., additional, Marriott, A. M. R., additional, Martin, M., additional, Massey, D., additional, McCloughen, A., additional, McGough, S., additional, McGrath, L., additional, Mills, J., additional, Mitchell, B. G., additional, Mohamed, J., additional, Montayre, J., additional, Moroney, T., additional, Moyle, W., additional, Moxham, L., additional, Northam OAM, H., additional, Nowlan, S., additional, O'Brien, A. P., additional, Ogunsiji, O., additional, Paterson, C., additional, Pennington, K., additional, Peters, K., additional, Phillips, J., additional, Power, T., additional, Procter, N., additional, Ramjan, L., additional, Ramsay, N., additional, Rasmussen, B., additional, Rihari-Thomas, J., additional, Rind, B., additional, Robinson, M., additional, Roche, M., additional, Sainsbury, K., additional, Salamonson, Y., additional, Sherwood, J., additional, Shields, L., additional, Sim, J., additional, Skinner, I., additional, Smallwood, G., additional, Smallwood, R., additional, Stewart, L., additional, Taylor, S., additional, Usher AM, K., additional, Virdun, C., additional, Wannell, J., additional, Ward, R., additional, West, C., additional, West, R., additional, Wilkes, L., additional, Williams, R., additional, Wilson, R., additional, Wynaden, D., additional, and Wynne, R., additional more...

Published
2020
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10. A unified call to action from Australian nursing and midwifery leaders: Ensuring that Black lives matter

Author

Geia, L., Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., de Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, C., Dunning, T., East, L., Elliott, D., Elmir, R., Fergie OAM, D., Ferguson, C., Fernandez, R., Flower AM, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer AO, C. S. E., Hungerford, C., Hutton, A., Jackson AO, D., Johnson, A., Kelly, M.A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam OAM, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Phillips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher AM, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., Wynne, R., Geia, L., Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., de Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, C., Dunning, T., East, L., Elliott, D., Elmir, R., Fergie OAM, D., Ferguson, C., Fernandez, R., Flower AM, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer AO, C. S. E., Hungerford, C., Hutton, A., Jackson AO, D., Johnson, A., Kelly, M.A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam OAM, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Phillips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher AM, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., and Wynne, R. more...

Abstract

Nurses and midwives of Australia now is the time for change! As powerfully placed, Indigenous and non-Indigenous nursing and midwifery professionals, together we can ensure an effective and robust Indigenous curriculum in our nursing and midwifery schools of education. Today, Australia finds itself in a shifting tide of social change, where the voices for better and safer health care ring out loud. Voices for justice, equity and equality reverberate across our cities, our streets, homes, and institutions of learning. It is a call for new songlines of reform. The need to embed meaningful Indigenous health curricula is stronger now than it ever was for Australian nursing and midwifery. It is essential that nursing and midwifery leadership continue to build an authentic collaborative environment for Indigenous curriculum development. Bipartisan alliance is imperative for all academic staff to be confident in their teaching and learning experiences with Indigenous health syllabus. This paper is a call out. Now is the time for Indigenous and non-Indigenous nurses and midwives to make a stand together, for justice and equity in our teaching, learning, and practice. Together we will dismantle systems, policy, and practices in health that oppress. The Black Lives Matter movement provides us with a ‘now window’ of accepted dialogue to build a better, culturally safe Australian nursing and midwifery workforce, ensuring that Black Lives Matter in all aspects of health care. more...

Published
2020

11. A unified call to action from Australian nursing and midwifery leaders: Ensuring that Black lives matter

Author

Geia, Lynore, Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., De Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, Christine M, Dunning, T., East, L., Elliott, D., Elmir, R., Fergie, D., Ferguson, C., Fernandez, R., Flower, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer, C. S. E., Hungerford, C., Hutton, A., Jackson, D., Johnson, A., Kelly, M. A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, A.M.R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Philips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., Wynne, R., Geia, Lynore, Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., De Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, Christine M, Dunning, T., East, L., Elliott, D., Elmir, R., Fergie, D., Ferguson, C., Fernandez, R., Flower, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer, C. S. E., Hungerford, C., Hutton, A., Jackson, D., Johnson, A., Kelly, M. A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, A.M.R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Philips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., and Wynne, R. more...

Abstract

© 2020 Informa UK Limited, trading as Taylor & Francis Group. Nurses and midwives of Australia now is the time for change! As powerfully placed, Indigenous and non-Indigenous nursing and midwifery professionals, together we can ensure an effective and robust Indigenous curriculum in our nursing and midwifery schools of education. Today, Australia finds itself in a shifting tide of social change, where the voices for better and safer health care ring out loud. Voices for justice, equity and equality reverberate across our cities, our streets, homes, and institutions of learning. It is a call for new songlines of reform. The need to embed meaningful Indigenous health curricula is stronger now than it ever was for Australian nursing and midwifery. It is essential that nursing and midwifery leadership continue to build an authentic collaborative environment for Indigenous curriculum development. Bipartisan alliance is imperative for all academic staff to be confident in their teaching and learning experiences with Indigenous health syllabus. This paper is a call out. Now is the time for Indigenous and non-Indigenous nurses and midwives to make a stand together, for justice and equity in our teaching, learning, and practice. Together we will dismantle systems, policy, and practices in health that oppress. The Black Lives Matter movement provides us with a ‘now window’ of accepted dialogue to build a better, culturally safe Australian nursing and midwifery workforce, ensuring that Black Lives Matter in all aspects of health care. more...

Published
2020

12. A unified call to action from Australian nursing and midwifery leaders: ensuring that Black lives matter

Author

Geia, L, Baird, K, Bail, K, Barclay, Lesley M, Bennett, James E, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant, R, Buzzacott, C, Campbell, S, Catling, Christine, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, Philip, Davidson, Patricia M, Denney-Wilson, Elizabeth, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, Leah, Elliott, D, Elmir, R, Fergie, D, Ferguson, Caleb, Fernandez, Ritin S, Flower, D, Foureur, M, Fowler, Cathrine, Fry, M, Gorman, E, Grant, J, Gray, Joanne, Halcomb, Elizabeth J, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, Louise, Homer, C, Hungerford, C, Hutton, A, Jackson, Debra, Johnson, A, Kelly, Margaret, Kitson, A, Knight, S, Levett-Jones, Tracy, Lindsay, D, Lovett, Raymond W, Luck, Lauretta, Molloy, Luke J, Manias, E, Mannix, Judy, Marriott, A, Martin, M, Massey, D, McCloughen, Andrea, McGough, S, McGrath, L, Mills, J, Mitchell, Brett, Mohamed, J, Montayre, J, Moroney, Tracey, Moyle, Wendy, Moxham, Lorna, Northam, H, Nowlan, S, O'Brien, A, Ogunsiji, O, Paterson, C, Pennington, K, Peters, Kathleen, Phillips, Jane, Power, Tamara, Procter, Nicholas, Ramjan, Lucie, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, Michael, Sainsbury, K, Salamonson, Yenna, Sherwood, J, Shields, L, Sim, Jenny, Skinner, J, Smallwood, G, Smallwood, R, Stewart, L, Taylor, S, Usher, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Wilkes, Lesley, Williams, R, Wilson, Rhonda, Wynaden, D, Wynne, R, Geia, L, Baird, K, Bail, K, Barclay, Lesley M, Bennett, James E, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant, R, Buzzacott, C, Campbell, S, Catling, Christine, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, Philip, Davidson, Patricia M, Denney-Wilson, Elizabeth, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, Leah, Elliott, D, Elmir, R, Fergie, D, Ferguson, Caleb, Fernandez, Ritin S, Flower, D, Foureur, M, Fowler, Cathrine, Fry, M, Gorman, E, Grant, J, Gray, Joanne, Halcomb, Elizabeth J, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, Louise, Homer, C, Hungerford, C, Hutton, A, Jackson, Debra, Johnson, A, Kelly, Margaret, Kitson, A, Knight, S, Levett-Jones, Tracy, Lindsay, D, Lovett, Raymond W, Luck, Lauretta, Molloy, Luke J, Manias, E, Mannix, Judy, Marriott, A, Martin, M, Massey, D, McCloughen, Andrea, McGough, S, McGrath, L, Mills, J, Mitchell, Brett, Mohamed, J, Montayre, J, Moroney, Tracey, Moyle, Wendy, Moxham, Lorna, Northam, H, Nowlan, S, O'Brien, A, Ogunsiji, O, Paterson, C, Pennington, K, Peters, Kathleen, Phillips, Jane, Power, Tamara, Procter, Nicholas, Ramjan, Lucie, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, Michael, Sainsbury, K, Salamonson, Yenna, Sherwood, J, Shields, L, Sim, Jenny, Skinner, J, Smallwood, G, Smallwood, R, Stewart, L, Taylor, S, Usher, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Wilkes, Lesley, Williams, R, Wilson, Rhonda, Wynaden, D, and Wynne, R more...

Abstract

Nurses and midwives of Australia now is the time for change! As powerfully placed, Indigenous and non-Indigenous nursing and midwifery professionals, together we can ensure an effective and robust Indigenous curriculum in our nursing and midwifery schools of education. Today, Australia finds itself in a shifting tide of social change, where the voices for better and safer health care ring out loud. Voices for justice, equity and equality reverberate across our cities, our streets, homes, and institutions of learning. It is a call for new songlines of reform. The need to embed meaningful Indigenous health curricula is stronger now than it ever was for Australian nursing and midwifery. It is essential that nursing and midwifery leadership continue to build an authentic collaborative environment for Indigenous curriculum development. Bipartisan alliance is imperative for all academic staff to be confident in their teaching and learning experiences with Indigenous health syllabus. This paper is a call out. Now is the time for Indigenous and non-Indigenous nurses and midwives to make a stand together, for justice and equity in our teaching, learning, and practice. Together we will dismantle systems, policy, and practices in health that oppress. The Black Lives Matter movement provides us with a ‘now window’ of accepted dialogue to build a better, culturally safe Australian nursing and midwifery workforce, ensuring that Black Lives Matter in all aspects of health care. more...

Published
2020

14. Responding to the Unexpected: Tag Team Patient Safety Simulation

Author

Dwyer, TA, Levett-Jones, T, Flenady, T, Reid-Searl, K, Andersen, P, Guinea, S, Heaton, L, Applegarth, J, Goodwin, BC, Dwyer, TA, Levett-Jones, T, Flenady, T, Reid-Searl, K, Andersen, P, Guinea, S, Heaton, L, Applegarth, J, and Goodwin, BC more...

Abstract

© 2019 International Nursing Association for Clinical Simulation and Learning Background: Tag Team Patient Safety Simulation (TTPSS) was developed to prepare work-ready nursing graduates in the context of patient safety. Method: This descriptive study examined nursing students' (n = 721) satisfaction with the TTPSS and validated the Satisfaction with Patient Safety Simulation Experience Scale (SPSSES). Results: Students reported higher levels of overall satisfaction with TTPSS. Themes from open-ended responses, Observing and being observed and Learning to respond to unexpected, provided insight to the satisfying components of the learning experience. Conclusions: The SPSSES is a valid survey instrument, verifying student's satisfaction with this large group simulation approach in preparing them to respond to patient safety issues. more...

Published
2019

15. Simulation-based learning for patient safety: The development of the Tag Team Patient Safety Simulation methodology for nursing education

Author

Guinea, S, Andersen, P, Reid-Searl, K, Levett-Jones, T, Dwyer, T, Heaton, L, Flenady, T, Applegarth, J, Bickell, P, Guinea, S, Andersen, P, Reid-Searl, K, Levett-Jones, T, Dwyer, T, Heaton, L, Flenady, T, Applegarth, J, and Bickell, P more...

Abstract

© 2018 Australian College of Nursing Ltd Background: Since the ground-breaking report ‘To Err is Human: Building a Safer Health Care System’ was published nearly two decades ago, patient safety has become an international healthcare priority. Universities are charged with the responsibility of preparing the future nursing workforce to practise in accordance with relevant patient safety standards. Consequently, simulation-based learning is increasingly used for developing the technical and non-technical skills graduates require to provide safe patient care. Aim: Tag Team Patient Safety Simulation is a pragmatic group-based approach that enhances nursing students’ knowledge and skills in the provision of safe patient care. The aim of this paper is to describe the Tag Team Patient Safety Simulation methodology and illustrate its key features with reference to a medication safety scenario. Methods: Informed by the National Safety and Quality Health Service Standards and the Patient Safety Competency Framework for Nursing Students, Tag Team Patient Safety Simulation methodology actively engage large numbers of nursing students in critical conversations around every day clinical encounters which can compromise patient safety. Conclusion: Tag Team Patient Safety Simulation is a novel simulation methodology that enhances nursing students’ skills and knowledge, fosters critical conversations, and has the potential to enhance students’ resilience and capacity to speak up for safe patient care. more...

Published
2019

16. A homolog of an Escherichia coli phosphate-binding protein gene from Xanthomonas oryzae pv. oryzae

Author

Hopkins, C. M, White, F. F, Heaton, L. A, Guikema, J. A, Leach, J. E, and Spooner, B. S

Subjects
Life Sciences (General)
Abstract

A Xanthomonas oryzae pv. oryzae gene with sequence similarity to an Escherichia coli phosphate-binding protein gene (phoS) produces a periplasmic protein of apparent M(r) 35,000 when expressed in E. coli. Amino terminal sequencing revealed that a signal peptide is removed during transport to the periplasm in E. coli. more...

Published
1995

18. Biological transport networks

Author

Heaton, L, Maini, P, Lopez, E, Jones, N, and Fricker, M

Subjects
Biology
Abstract

Cord-forming fungi form extensive networks that continuously adapt to maintain an efficient transport system, and we can photograph their growth, digitize the network structure, and measure the movement of radio-tracers. Mycelial networks are more accessible than the transport networks of other multicellular organisms, but there are many open questions concerning the coordination of growth and transport within fungal networks. As osmotically driven water uptake is often distal from the growing margin, and aqueous fluids are effectively incompressible, we propose that growth induces mass flows across the mycelium, towards the growing regions. We imaged the temporal evolution of networks formed by Phanerochaete velutina, and at each stage calculated the unique set of currents that account for the observed changes in cord volume, while minimizing the work required to overcome viscous drag. Predicted speeds were in reasonable agreement with experimental data, and cords that were predicted to carry large currents were significantly more likely to increase in size than cords with small currents. We have also developed an efficient method for calculating the exact quantity of resource in each part of an arbitrary network, where the resource is lost or delivered out of the network at a given rate, while being subject to advection and diffusion. This method enabled us to model the spatial distribution of resource that emerges as a fungal network grows over time, and we found good empirical agreement between our model and experimental data gathered using radio-labelled tracers. Our results suggest that in well insulated fungal networks, growth-induced mass flow is sufficient to account for long distance transport. We conclude that active transport mechanisms may only be required at the very end of the transport pathway, near the growing tips. We also developed a simple model of glucose delivery through vascular networks, which indicates that increasing the number of blood vessels in a region can actually decrease the total rate of glucose delivery. more...

Published
2017

19. Review of transnational nursing education programme curricula: process, findings, and recommendations.

Author

Mackay, M, Joyce-McCoach, J, Stephens, M, Cutler, N, Brown, R, Fernandez, R, Froggatt, TJ, Heaton, L, Moxham, L, Sim, J, Traynor, V, Bourgeois, S, Mackay, M, Joyce-McCoach, J, Stephens, M, Cutler, N, Brown, R, Fernandez, R, Froggatt, TJ, Heaton, L, Moxham, L, Sim, J, Traynor, V, and Bourgeois, S more...

Abstract

BACKGROUND: The University of Wollongong (UOW) delivers two Transnational International Programmes (TNEP) in Hong Kong (HK): a 1-year undergraduate Bachelor of Nursing (Conversion) degree and a 2-year postgraduate Master of Nursing degree. A curriculum review of these programmes has been undertaken to ensure the quality of the programme remains consistently high and competitive in an international environment. AIM: The aim of the Curriculum Review Project was to utilise the experience of expert academic staff to review the TNEP curricula delivered by an Australian University in Hong Kong (HK) to ensure it met contemporary needs of students, the university, and the Hong Kong Authority. METHODS: The curriculum review projects followed a qualitative research methodology. Thematic analysis was undertaken utilising Braun and Clarke's six-phase method (2006), as this method facilitated an inductive semantic approach where themes are strongly linked to the data and sourced from the explicit meaning of the discourse within the interview (Braun and Clarke, 2006). RESULTS: In total, there were 6 participants who were all permanent academic staff members within the School of Nursing at the UOW. The results of this project have been reported within a strengths, weaknesses, opportunity, and threats (SWOT) framework. Participants recognised the value and challenges to both individual students and the broader nursing profession in HK. Overall, there was a perception that being involved as an academic staff member in a TNEP developed both their subject knowledge and teaching skills. CONCLUSIONS: This project has demonstrated that the TNEP makes an important contribution to the nursing profession in HK, while also facilitating the growth and development of academic staff at UOW. more...

Published
2016

21. Hiv treatment as prevention: Models, data, and questions-towards evidence-based decision-making

Author

Bärnighausen, T. (Till), Becker, S. (Stephen), Bendavid, A. (Avrom), Bershteyn, A. (Anna), Blandford, J. (John), Boily, M-C. (Marie-Claude), Burns, D. (David), Cambiano, V. (Valentina), Cohen, M.S. (Myron S.), Cremin, Í. (Íde), Delva, W. (Wim), Dye, C. (Christopher), Eaton, J.W. (Jeffrey), Egger, M. (Matthias), Fraser, C. (Christophe), Galai, N. (Noya), Garnett, D., Ghys, P.D. (Peter D.), Hallett, T.B. (Timothy), Heaton, L. (Laura), Holmes, C.B. (Charles ), Hontelez, J.A.C. (Jan), Jewell, B. (Britta), Keiser, O. (Olivia), Klein, D.J. (David), Lima, V. (Viviane), Long, E. (Elisa), Lyerla, R. (Rob), Marais, C. (Christiaan), Meng, F. (Fei), Meyer-Rath, G. (Gesine), Miller, W.C. (William C.), Muraguri, N. (Nicholas), Nichols, B.E. (Brooke), Nigmatulina, K.R. (Karima R.), Over, M. (Mead), Padian, N. (Nancy), Phillips, A. (Andrew), Pretorius, C. (Carel), Rousseau, C. (Christine), Salomon, J.A. (Joshua A), Sangrujee, N. (Nalinee), Serwadda, D., Tanser, F. (Frank), Vesga, J.F. (Juan F.), Vickerman, K., Walker, D. (Damian), Wang, R. (Rui), Welte, A. (Alex), White, R.G. (Richard), Williams, B. (Brian), Wilson, D.C. (David), Wilson, D. (David), Zaba, B. (Basia), Bärnighausen, T. (Till), Becker, S. (Stephen), Bendavid, A. (Avrom), Bershteyn, A. (Anna), Blandford, J. (John), Boily, M-C. (Marie-Claude), Burns, D. (David), Cambiano, V. (Valentina), Cohen, M.S. (Myron S.), Cremin, Í. (Íde), Delva, W. (Wim), Dye, C. (Christopher), Eaton, J.W. (Jeffrey), Egger, M. (Matthias), Fraser, C. (Christophe), Galai, N. (Noya), Garnett, D., Ghys, P.D. (Peter D.), Hallett, T.B. (Timothy), Heaton, L. (Laura), Holmes, C.B. (Charles ), Hontelez, J.A.C. (Jan), Jewell, B. (Britta), Keiser, O. (Olivia), Klein, D.J. (David), Lima, V. (Viviane), Long, E. (Elisa), Lyerla, R. (Rob), Marais, C. (Christiaan), Meng, F. (Fei), Meyer-Rath, G. (Gesine), Miller, W.C. (William C.), Muraguri, N. (Nicholas), Nichols, B.E. (Brooke), Nigmatulina, K.R. (Karima R.), Over, M. (Mead), Padian, N. (Nancy), Phillips, A. (Andrew), Pretorius, C. (Carel), Rousseau, C. (Christine), Salomon, J.A. (Joshua A), Sangrujee, N. (Nalinee), Serwadda, D., Tanser, F. (Frank), Vesga, J.F. (Juan F.), Vickerman, K., Walker, D. (Damian), Wang, R. (Rui), Welte, A. (Alex), White, R.G. (Richard), Williams, B. (Brian), Wilson, D.C. (David), Wilson, D. (David), and Zaba, B. (Basia) more...

Abstract

Antiretroviral therapy (ART) for those infected with HIV can prevent onward transmission of infection, but biological efficacy alone is not enough to guide policy decisions about the role of ART in reducing HIV incidence. Epidemiology, economics, demography, statistics, biology, and mathematical modelling will be central in framing key decisions in the optimal use of ART. PLoS Medicine, with the HIV Modelling Consortium, has commissioned a set of articles that examine different aspects of HIV treatment as prevention with a forward-looking research agenda. Interlocking themes across these articles are discussed in this introduction. We hope that this article, and others in the collection, will provide a foundation upon which greater collaborations between disciplines will be formed, and will afford deeper insights into the key factors involved, to help strengthen the support for evidence-based decision-making in HIV prevention. more...

Published
2012
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34. Dentin hypersensitivity and oxalates: a systematic review.

Author

Cunha-Cruz J, Stout JR, Heaton LJ, Wataha JC, for Northwest PRECEDENT, Cunha-Cruz, J, Stout, J R, Heaton, L J, Wataha, J C, and Northwest PRECEDENT

Abstract

Treatment of dentin hypersensitivity with oxalates is common, but oxalate efficacy remains unclear. Our objective was to systematically review clinical trials reporting an oxalate treatment compared with no treatment or placebo with a dentin hypersensitivity outcome. Risk-of-bias assessment and data extraction were performed independently by two reviewers. Standardized mean differences (SMD) were estimated by random-effects meta-analysis. Of 677 unique citations, 12 studies with high risk-of-bias were included. The summary SMD for 3% monohydrogen-monopotassium oxalate (n = 8 studies) was -0.71 [95% Confidence Interval: -1.48, 0.06]. Other treatments, including 30% dipotassium oxalate (n = 1), 30% dipotassium oxalate plus 3% monohydrogen monopotassium oxalate (n = 3), 6% monohydrogen monopotassium oxalate (n = 1), 6.8% ferric oxalate (n = 1), and oxalate-containing resin (n = 1), also were not statistically significantly different from placebo treatments. With the possible exception of 3% monohydrogen monopotassium oxalate, available evidence currently does not support the recommendation of dentin hypersensitivity treatment with oxalates. [ABSTRACT FROM AUTHOR] more...

Published
2011
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35. Dossier : Des recherches participatives dans la production des savoirs liés à l’environnement – Une revue de littérature sur la « science citoyenne » : la production de connaissances naturalistes à l’ère numérique★

Author

Dias da Silva Patrícia, Heaton Lorna, and Millerand Florence

Subjects
environnement, recherche, science participative, amateur, revue de littérature, Science, Social Sciences
Abstract

Cette revue de littérature, majoritairement en anglais, sur les sciences citoyennes à l’ère numérique, montre que le libellé « science citoyenne » recouvre de multiples réalités et que le phénomène lui-même reste peu théorisé. La revue de littérature expose les définitions principales et discute les typologies disponibles dans la littérature pour étudier la participation des non-professionnels à la production de connaissances dans les sciences de la nature. Trois enjeux majeurs sont abordés : 1) les motivations des participants dans les projets de science citoyenne ; 2) l’expertise ; 3) la légitimité et la qualité des données. Le propos est illustré par des exemples tirés de travaux empiriques réalisés sur les « sciences citoyennes 2.0 », menés sur plusieurs années au sein de terrains de recherche dans les domaines de la botanique et de l’entomologie. more...

Published
2017
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37. A homolog of an Escherichia coli phosphate-binding protein gene from Xanthomonas oryzae pv. oryzae

Author

Hopkins, C. M., White, F. F., Heaton, L. A., Guikema, J. A., and Leach, J. E.

Abstract

A Xanthomonas oryzae pv. oryzae gene with sequence similarity to an Escherichia coli phosphate-binding protein gene (phoS) produces a periplasmic protein of apparent Mr 35,000 when expressed in E. coli. Amino terminal sequencing revealed that a signal peptide is removed during transport to the periplasm in E. coli. more...

Published
1995
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38. Turnip crinkle virus defective interfering RNAs intensify viral symptoms and are generated de novo.

Author

Li, X H, Heaton, L A, Morris, T J, and Simon, A E

Abstract

Defective interfering (DI) RNAs have been isolated from a broad spectrum of animal viruses and have recently been identified in plant virus infections. Because of their ubiquitous nature, DIs are thought to play an important role in virus replication and yields. DI RNAs have now been found in association with a natural isolate of turnip crinkle virus (TCV-B) and are generated de novo after inoculation of turnip with virus derived from cloned transcripts. DI RNA G, naturally found in the TCV-B isolate, is a mosaic molecule with 5' and 3' viral segments and a repeat of 36 nucleotides at the beginning of the 3' segment. The 5'-terminal 21 nucleotides of DI RNA G were not similar to genomic TCV sequences but did resemble sequences found at the 5' end of other small RNAs associated with TCV (satellite RNAs). DI RNA G interferes with the accumulation of TCV genomic RNA and, unlike other DI RNAs, intensifies the symptoms of its helper virus. Infection of turnip with virus derived from cloned transcripts of TCV-B resulted in de novo generation of a DI RNA, DI1 RNA. DI1 RNA differed from DI RNA G by containing exact 5' and 3' ends of TCV as well as an internal virus segment. more...

Published
1989
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39. Physical map of the genome of sonchus yellow net virus, a plant rhabdovirus with six genes and conserved gene junction sequences.

Author

Heaton, L A, Hillman, B I, Hunter, B G, Zuidema, D, and Jackson, A O

Abstract

We provide evidence that a plant rhabdovirus, sonchus yellow net virus (SYNV), is similar to most animal rhabdoviruses in the order of structural genes and in the nucleotide sequences at the gene junctions but that it differs in the presence and location of a putative nonstructural gene. From the patterns of hybridization of a library of recombinant DNA clones, we have shown that the SYNV genome is transcribed into a short 3'-terminal "leader RNA" and six mRNAs. The proteins encoded by the SYNV mRNAs, in order of the appearance of their genes in the SYNV genome, are designated 3'-N-M2-sc4-M1-G-L-5' (N, nucleoprotein; M, matrix protein; sc, protein encoded by SYNV complementary RNA; G, glycoprotein; L, large protein). The intergenic and flanking gene sequences are conserved and consist of a central core of 14 nucleotides (3'-UUCUUUUUGGUUGU/A-5') whose sequence is similar to the sequence at the gene junctions of vesicular stomatitis and rabies viruses. The SYNV core consists of an 8-nucleotide (3'-UUCUUUUU-5') transcription termination signal at the 5' terminus of each gene, a dinucleotide (GG) spacer whose complement does not appear in mRNA, and a tetranucleotide (3'-UUGU/A-5') that is complementary to the first four nucleotides at the 5' terminus of the SYNV mRNAs. These results, when compared with structural information available on animal rhabdoviruses, suggest that organization of structural genes and maintenance of signals thought to play important roles in regulation of transcription have been conserved during evolution in plant, insect, and vertebrate hosts. However, differences in number and location of putative nonstructural genes reveal some flexibility in genome organization that may be important in deducing taxonomic and evolutionary relationships among viruses causing diseases in phylogenetically diverse hosts. more...

Published
1989
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40. The genome structure of turnip crinkle virus

Author

James Carrington, Heaton, L. A., Zuidema, D., Hillman, B. I., and Morris, T. J.

Subjects
Laboratorium voor Virologie, Laboratory of Virology, Life Science
Published
1989

42. A unified call to action from Australian nursing and midwifery leaders: Ensuring that Black lives matter

Author

Geia, Lynore, Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., De Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, Christine M, Dunning, T., East, L., Elliott, D., Elmir, R., Fergie, D., Ferguson, C., Fernandez, R., Flower, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer, C. S. E., Hungerford, C., Hutton, A., Jackson, D., Johnson, A., Kelly, M. A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, A.M.R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Philips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., Wynne, R., Geia, Lynore, Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., De Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, Christine M, Dunning, T., East, L., Elliott, D., Elmir, R., Fergie, D., Ferguson, C., Fernandez, R., Flower, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer, C. S. E., Hungerford, C., Hutton, A., Jackson, D., Johnson, A., Kelly, M. A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, A.M.R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Philips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., and Wynne, R. more...

Abstract

Geia, L., Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., ... Wynne, R. (2020). A unified call to action from Australian nursing and midwifery leaders: Ensuring that Black lives matter. Contemporary Nurse, 56(4), 297-308. https://doi.org/10.1080/10376178.2020.1809107 more...

43. Advection, diffusion, and delivery over a network

Author

Heaton, L L M, Lopez, E, Maini, P. K., Fricker, M D, Jones, N S, Heaton, L L M, Lopez, E, Maini, P. K., Fricker, M D, and Jones, N S

Abstract

Many biological, geophysical, and technological systems involve the transport of a resource over a network. In this paper, we present an efficient method for calculating the exact quantity of the resource in each part of an arbitrary network, where the resource is lost or delivered out of the network at a given rate, while being subject to advection and diffusion. The key conceptual step is to partition the resource into material that does or does not reach a node over a given time step. As an example application, we consider resource allocation within fungal networks, and analyze the spatial distribution of the resource that emerges as such networks grow over time. Fungal growth involves the expansion of fluid filled vessels, and such growth necessarily involves the movement of fluid. We develop a model of delivery in growing fungal networks, and find good empirical agreement between our model and experimental data gathered using radio-labeled tracers. Our results lead us to suggest that in foraging fungi, growth-induced mass flow is sufficient to account for long-distance transport, if the system is well insulated. We conclude that active transport mechanisms may only be required at the very end of the transport pathway, near the growing tips. more...

44. A unified call to action from Australian Nursing and Midwifery leaders: ensuring that Black Lives Matter

Author

Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, Kelly, M, Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, and Kelly, M more...

45. A unified call to action from Australian Nursing and Midwifery leaders: ensuring that Black Lives Matter

Author

Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, Kelly, M, Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, and Kelly, M more...