RESUMEN
Based on the development trends of nursing care in the ongoing healthcare reform, the PEST model was called into play to analyze the macro-environment of nursing development in terms of such aspects as political, economic, social-cultural, and science and technology factors. Based on such, policy suggestions are raised to tackle the following challenges, namely incomplete political and legal environment for nursing, relative shortage of nursing resources, low social recognition, and poor capability of nursing technique innovation. These suggestions aim to further improve the political and legal system for nursing, explore highly efficient nursing resource allocation, enhance nursing service capability, and nurture nursing technique innovation talents.
RESUMEN
Based on the development trends of nursing care in the ongoing healthcare reform, the PEST model was called into play to analyze the macro-environment of nursing development in terms of such aspects as political, economic, social-cultural, and science and technology factors. Based on such, policy suggestions are raised to tackle the following challenges, namely incomplete political and legal environment for nursing, relative shortage of nursing resources, low social recognition, and poor capability of nursing technique innovation. These suggestions aim to further improve the political and legal system for nursing, explore highly efficient nursing resource allocation, enhance nursing service capability, and nurture nursing technique innovation talents.
RESUMEN
Objective To assess the changes of humidity and ammonia concentration in rat and mouse individually ventilated cages (IVC) based on macroenvironmental humidity and air ventilation changes .Methods Three kinds of rat and mouse IVC in barrier facilities were set as research objective .The changes of micronvironmental humidity and ammonia concentration at 40 times/h and 60 times /h air changes were detected continuously for a 7-days-cycle relative to low (40%), moderate (50%), and high (60%) macroenvironmental humidity.Results Mouse and rat IVC with 40 times /h air changes under low macroenvironmental humidity condition , mouse IVC with 40 times/h and rat IVC with 60 times/h air changes under moderate macroenvironmental humidity condition , mouse IVC with 60 times /h air changes under high macroenvironmental humidity condition , basically meet the GB14925-2010 requirements.While under macroenvironmental high humidity condition, the microenvironments of rat and mouse IVC with 60 times/h air changes could not satisfy the requirements.Conclusions The environmental humidity and ventilation frequency are the key index of IVC microenvironment.Only on the basis of external environment conditions to set up reasonable IVC ventilation frequency in order to better maintain the IVC microenvironment so that to achieve the goal of effective management .
RESUMEN
Hemidactylus flaviviridis Ruppell, 1835 (n= 199) sampled during different seasons from Bareilly, (Uttar Pradesh, India) were infected with a sporozoan parasite belonging to the genus Hepatozoon Miller, 1908. Four morphovariants of the parasite, Type I, II, III and IV were identified on their growing pattern. When compared with earlier reported species, the parasite could be characterized taxonomically by its comparatively greater length 17.35 (13.57-21.30) μm and width 7.51 (5.59-10.11) μm, unusual larger size of parasite nuclear length 8.86 (4.75- 15.83) μm and width 3.55 (2.14-5.11) μm and cytomorphological differences. These characteristics warrant creation of a new species and was named Hepatozoon lacertilis sp. nov. The morpho-variants, their effect on host cell and host nuclei are clearly illustrated. The influence of macroenvironmental factor (host sex) on parasitic infectivity indicated that it was 7.14% prevalant in male and 6.25% in female Hemidactylus flaviviridis.