Objectives: To perform a health assessment, identify the nursing needs and prevent complication, formulate nursing diagnosis, provide comprehensive nursing care , learn about accident and its management teach family members and patients in detail about follow-up care. Methods of collection: case sheet, wife. Sample: SICU. Setting: Government Rajaji hospital, Madurai. Conclusion: By this care study, I got an opportunity to provide comprehensive nursing care to my client who had Coronary Artery Bypass Graft. It is of paramount importance for the nurses to become competent in providing nursing care for the patients with these problems.
Objectives: To perform a health assessment, identify the nursing needs and prevent complication, formulate nursing diagnosis, provide comprehensive nursing care, learn about cerebro vascular accident and its management teach family members and patients in detail about follow-up care. Methods of collection: case sheet, wife. Sample: MICU. Setting: Government Rajaji hospital, Madurai. Conclusion: By this care study, I got an opportunity to provide comprehensive nursing care to my client who had cerebrovascular accident. It is of paramount importance for the nurses to become competent in providing nursing care for the patients with these problems.
Abstract ContextCapture–recapture sampling is one of the most commonly used methods for monitoring population demographics and is needed in a wide variety of studies where repeat sampling of individuals is desired. Although studies employing capture–recapture methods often assume unbiased sampling, it is well established that inherent capture biases can occur with these methods, including those related to baits. Reducing sources of sampling bias and augmenting recapture reliability is necessary for capture-dependent studies. However, few studies have examined the efficacy of baits on individuals with variable capture experience. AimsTo investigate the use of an attractant-augmented bait in enhancing capture–recapture probabilities for snowshoe hares (Lepus americanus). MethodsTo examine the efficacy of different attractant-augmented bait types, a variety of baits were created, with bait preference tested on a captive hare. Because a strawberry jam-based bait was preferentially consumed (in comparison with other tested baits), the effectiveness of this attractant in enhancing capture–recapture rates was subsequently examined in wild hares, using paired live-trapping field trials (n=6 trials). ResultsLive-trapping trials showed that although overall hare capture rates were not affected by the use of a jam-based bait, recaptures were 33.1% higher in capture-naïve individuals exposed to our attractant. This was not the case for hares with prior capture experience; such hares had an equal likelihood of being recaptured regardless of the bait type used. ConclusionsThe tested attractant improved recapture rates of capture-naïve hares. ImplicationsStudies relying on high recapture rates should use methods that maximise recapture rates wherever possible, including the use of baits that may augment recaptures in capture-naïve animals.
