The Experts below are selected from a list of 15759 Experts worldwide ranked by ideXlab platform
Connie W Delaney - One of the best experts on this subject based on the ideXlab platform.
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achieving meaningful use of electronic health records through the integration of the Nursing Management minimum data set
Journal of Nursing Administration, 2010Co-Authors: Bonnie L Westra, Diane L Huber, Amarnath Subramanian, Colleen M Hart, Susan Matney, Patricia S Wilson, Stanley M Huff, Connie W DelaneyAbstract:Objective: To update the definitions and measures for the Nursing Management Minimum Data Set (NMMDS). Background: Meaningful use of electronic health records includes reuse of the data for quality improvement. Nursing Management data are essential to explain variances in outcomes. The NMMDS is a research-based minimum set of essential standardized Management data useful to support Nursing Management and administrative decisions for quality improvement. Methods: The NMMDS data elements, definitions, and measures were updated and normalized to current national standards and mapped to LOINC (Logical Observation Identifier Names and Codes), a federally recognized standardized data set for public dissemination. Results: The first 3 NMMDS data elements were updated, mapped to LOINC, and publicly disseminated. Conclusions: Widespread use of the NMMDS could reduce administrative burden and enhance the meaningful use of healthcare data by ensuring that Nursing relevant contextual data are available to improve outcomes and safety measurement for research and quality improvement in and across healthcare organizations.
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Nursing Management minimum data set nmmds
Journal of Nursing Administration, 1997Co-Authors: Diane L Huber, Larry Schumacher, Connie W DelaneyAbstract:The Nursing Management Minimum Data Set (NMMDS) is the research-based Management data set that meets the nurse executive's need for a specific that meets the nurse executive's need for a specific Nursing Management data capture system that will produce accurate, reliable, and useful data for decisio
I Bruckental - One of the best experts on this subject based on the ideXlab platform.
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effect of Nursing Management and skeletal size at weaning on puberty skeletal growth rate and milk production during first lactation of dairy heifers
Journal of Dairy Science, 2005Co-Authors: Avi Shamay, D Werner, U Moallem, H Barash, I BruckentalAbstract:Forty Israeli-Holstein 5-d-old calves were used to determine the effect of increasing calf body weight (BW) and skeletal size during the Nursing period on age and skeletal size at puberty and on skeletal size and performance during first lactation. The calves were randomly allotted to 2 experimental groups as follows: milk replacer (MR) [calves were given 0.450 kg/d dry matter of milk replacer for the first 50 d of life] and milk-fed (MF) [calves had free access to milk in two 30-min meals/d]. From weaning to 180 d of age, all calves were fed the same diet. At 180 d of age, the MR and MF calves were each divided into 2 equal subgroups: one subgroup from each treatment was given only growing ration, and the other was given the same ration supplemented with fish meal to supply 2% crude protein (CP) (treatments MR + CP and MF + CP, respectively). Finally, at 270 d of age, all calves were housed together and fed a growing heifer's ration until first calving. During the entire Nursing period, the MF calves consumed 9.8% more DM, 39.7% more CP, and 52.4% more metabolizable energy than the MR calves. At 60 d of age, BW and all skeletal parameters were higher in the MF calves than in the MR calves. During the entire rearing period (60 to 550 d), the average BW of the MF calves was greater by 16 kg than the BW of the MR calves. Nursing Management did not affect differences in skeletal parameters at calving. Average age at puberty onset was 272 ± 26.8 d; MF calves reached puberty 23 d earlier than MR calves. Yields of milk (kg/305 d) and fat-corrected milk (FCM, kg/d) were greater for the MF + CP heifers than for the MR heifers. It was concluded that Nursing by ad libitum milk, as compared with milk replacer, affected BW but not skeletal size of the adult animal, decreased age of puberty onset, and increased FCM yield at first lactation. Supplementing the diet with 2% CP during the prepubertal period increased BW but not skeletal size of the adult animal and 305-d milk and FCM yields during first lactation.
Diane L Huber - One of the best experts on this subject based on the ideXlab platform.
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achieving meaningful use of electronic health records through the integration of the Nursing Management minimum data set
Journal of Nursing Administration, 2010Co-Authors: Bonnie L Westra, Diane L Huber, Amarnath Subramanian, Colleen M Hart, Susan Matney, Patricia S Wilson, Stanley M Huff, Connie W DelaneyAbstract:Objective: To update the definitions and measures for the Nursing Management Minimum Data Set (NMMDS). Background: Meaningful use of electronic health records includes reuse of the data for quality improvement. Nursing Management data are essential to explain variances in outcomes. The NMMDS is a research-based minimum set of essential standardized Management data useful to support Nursing Management and administrative decisions for quality improvement. Methods: The NMMDS data elements, definitions, and measures were updated and normalized to current national standards and mapped to LOINC (Logical Observation Identifier Names and Codes), a federally recognized standardized data set for public dissemination. Results: The first 3 NMMDS data elements were updated, mapped to LOINC, and publicly disseminated. Conclusions: Widespread use of the NMMDS could reduce administrative burden and enhance the meaningful use of healthcare data by ensuring that Nursing relevant contextual data are available to improve outcomes and safety measurement for research and quality improvement in and across healthcare organizations.
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Nursing Management minimum data set nmmds
Journal of Nursing Administration, 1997Co-Authors: Diane L Huber, Larry Schumacher, Connie W DelaneyAbstract:The Nursing Management Minimum Data Set (NMMDS) is the research-based Management data set that meets the nurse executive's need for a specific that meets the nurse executive's need for a specific Nursing Management data capture system that will produce accurate, reliable, and useful data for decisio
Liu Hongju - One of the best experts on this subject based on the ideXlab platform.
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Application of Details Management in Paediatric Nursing Management
Chinese Health Quality Management, 2020Co-Authors: Liu HongjuAbstract:The particular Management is the foundation to ensure the safety of Nursing,the approach to improve Nursing quality,the root to build harmony doctor—patient relationship and the key to set up good Nursing example.The paper summarized and analyzed the experience in strengthening the details Management in paediatric Nursing Management, aimed to provide reference for particular Management in paediatric Nursing Management.
Avi Shamay - One of the best experts on this subject based on the ideXlab platform.
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effect of Nursing Management and skeletal size at weaning on puberty skeletal growth rate and milk production during first lactation of dairy heifers
Journal of Dairy Science, 2005Co-Authors: Avi Shamay, D Werner, U Moallem, H Barash, I BruckentalAbstract:Forty Israeli-Holstein 5-d-old calves were used to determine the effect of increasing calf body weight (BW) and skeletal size during the Nursing period on age and skeletal size at puberty and on skeletal size and performance during first lactation. The calves were randomly allotted to 2 experimental groups as follows: milk replacer (MR) [calves were given 0.450 kg/d dry matter of milk replacer for the first 50 d of life] and milk-fed (MF) [calves had free access to milk in two 30-min meals/d]. From weaning to 180 d of age, all calves were fed the same diet. At 180 d of age, the MR and MF calves were each divided into 2 equal subgroups: one subgroup from each treatment was given only growing ration, and the other was given the same ration supplemented with fish meal to supply 2% crude protein (CP) (treatments MR + CP and MF + CP, respectively). Finally, at 270 d of age, all calves were housed together and fed a growing heifer's ration until first calving. During the entire Nursing period, the MF calves consumed 9.8% more DM, 39.7% more CP, and 52.4% more metabolizable energy than the MR calves. At 60 d of age, BW and all skeletal parameters were higher in the MF calves than in the MR calves. During the entire rearing period (60 to 550 d), the average BW of the MF calves was greater by 16 kg than the BW of the MR calves. Nursing Management did not affect differences in skeletal parameters at calving. Average age at puberty onset was 272 ± 26.8 d; MF calves reached puberty 23 d earlier than MR calves. Yields of milk (kg/305 d) and fat-corrected milk (FCM, kg/d) were greater for the MF + CP heifers than for the MR heifers. It was concluded that Nursing by ad libitum milk, as compared with milk replacer, affected BW but not skeletal size of the adult animal, decreased age of puberty onset, and increased FCM yield at first lactation. Supplementing the diet with 2% CP during the prepubertal period increased BW but not skeletal size of the adult animal and 305-d milk and FCM yields during first lactation.
