Motivation levels of tuberculosis healthcare staff at a district hospital in Kenya
- Authors: Busolo, Mellanda Isia
- Date: 2012
- Subjects: Health services administration , Employee motivation , Tuberculosis -- Prevention
- Language: English
- Type: Thesis , Masters , MSc
- Identifier: vital:10135 , http://hdl.handle.net/10948/d1008292 , Health services administration , Employee motivation , Tuberculosis -- Prevention
- Description: Background: The success of tuberculosis (TB) treatment largely depends on healthcare team factors within a healthcare system, as healthcare workers play a vital role in fostering patient adherence to TB treatment. Strengthening motivation amongst Kenya’s TB healthcare workers should thus be reinforced in order to improve on clinical outcomes of TB treatment in Kenya. Objectives: To determine motivational needs of TB healthcare staff at a district hospital in Kenya and to provide recommendations on how to enhance their motivation. Design: TB healthcare workers including nurses, doctors, pharmacists and community healthcare workers were purposively sampled from a district hospital in Kenya. Their motivational levels were measured using a questionnaire adapted from Bennet and colleagues (2000). Key Findings: A high level of job satisfaction was present in more than 50 percent of the employees, although the ‘extrinsic job satisfaction’ sub-scale stood out as scoring relatively poorly in comparison to the other ‘job satisfaction’ sub-scales. Cognitive motivation yielded mixed results with 44 percent of respondents rating themselves as being satisfied, and 56 percent between neutral and very dissatisfied. The overall organisational commitment was positive, with the majority (60 percent) of respondents rating themselves as being committed to their organisation. The majority (96 percent) of workers rated their performance at work as very high. Conclusion: Improvement in staff motivation can be attributed to how well a hospital's management organises and runs its hospital. It was recommended that hospitals should provide an environment where motivational strategies are continuously implemented and where change is positively rewarded. This may, in turn, have a positive impact on TB treatment outcomes. The study may be of interest to key decision makers in Kenya’s healthcare system as well as TB programme managers, hospital managers and health managers in general. Further investigations are needed in order to determine whether Kenya’s public healthcare system has a staff retention strategy that is up to date with the motivational needs of Kenya’s health workforce.
- Full Text:
- Date Issued: 2012
- Authors: Busolo, Mellanda Isia
- Date: 2012
- Subjects: Health services administration , Employee motivation , Tuberculosis -- Prevention
- Language: English
- Type: Thesis , Masters , MSc
- Identifier: vital:10135 , http://hdl.handle.net/10948/d1008292 , Health services administration , Employee motivation , Tuberculosis -- Prevention
- Description: Background: The success of tuberculosis (TB) treatment largely depends on healthcare team factors within a healthcare system, as healthcare workers play a vital role in fostering patient adherence to TB treatment. Strengthening motivation amongst Kenya’s TB healthcare workers should thus be reinforced in order to improve on clinical outcomes of TB treatment in Kenya. Objectives: To determine motivational needs of TB healthcare staff at a district hospital in Kenya and to provide recommendations on how to enhance their motivation. Design: TB healthcare workers including nurses, doctors, pharmacists and community healthcare workers were purposively sampled from a district hospital in Kenya. Their motivational levels were measured using a questionnaire adapted from Bennet and colleagues (2000). Key Findings: A high level of job satisfaction was present in more than 50 percent of the employees, although the ‘extrinsic job satisfaction’ sub-scale stood out as scoring relatively poorly in comparison to the other ‘job satisfaction’ sub-scales. Cognitive motivation yielded mixed results with 44 percent of respondents rating themselves as being satisfied, and 56 percent between neutral and very dissatisfied. The overall organisational commitment was positive, with the majority (60 percent) of respondents rating themselves as being committed to their organisation. The majority (96 percent) of workers rated their performance at work as very high. Conclusion: Improvement in staff motivation can be attributed to how well a hospital's management organises and runs its hospital. It was recommended that hospitals should provide an environment where motivational strategies are continuously implemented and where change is positively rewarded. This may, in turn, have a positive impact on TB treatment outcomes. The study may be of interest to key decision makers in Kenya’s healthcare system as well as TB programme managers, hospital managers and health managers in general. Further investigations are needed in order to determine whether Kenya’s public healthcare system has a staff retention strategy that is up to date with the motivational needs of Kenya’s health workforce.
- Full Text:
- Date Issued: 2012
The measurement of genetic diversity in mycobacterium tuberculosis using random amplified polymorphic DNA profiling
- Authors: Richner, Sharon M
- Date: 2000
- Subjects: Tuberculosis -- History -- 20th century , Tuberculosis -- Africa, Southern , Tuberculosis -- Treatment , Tuberculosis -- Africa , Tuberculosis -- Prevention , Tuberculosis -- Pathogenesis , Mycobacterium tuberculosis
- Language: English
- Type: Thesis , Masters , MSc
- Identifier: vital:4008 , http://hdl.handle.net/10962/d1004068 , Tuberculosis -- History -- 20th century , Tuberculosis -- Africa, Southern , Tuberculosis -- Treatment , Tuberculosis -- Africa , Tuberculosis -- Prevention , Tuberculosis -- Pathogenesis , Mycobacterium tuberculosis
- Description: Mycobacterium tuberculosis has caused a resurgence in pulmonary disease in both developed and developing countries in recent times, particularly amongst people infected with the human immunodeficiency virus. The disease has assumed epidemic proportions in South Africa and in the Eastern Cape Province in particular. Of further concern is the isolation of increasing numbers of multiply drug resistant strains. Knowledge of the genetic capability of this organism is essential for the successful development of novel antibiotics and vaccines in an attempt to bring the global pandemic under control. Measurement of the genetic diversity of the organism may significantly contribute to such knowledge, and is of vital importance in monitoring epidemics and in improving treatment and control of the disease. This will entail answering a number of questions related to the degree of genetic diversity amongst strains, to the difference between urban and rural strains, and between drug resistant and drug sensitive strains, and to the geographical distribution of strains. In order to establish such baseline information, RAPD profiling of a large population of isolates from the western and central regions of the Eastern Cape Province was undertaken. A smaller number of drug resistant strains from a small area of KwaZulu-Natal were also analysed, with a view to establishing the genetic difference between strains from the two provinces. Cluster analysis, analysis of molecular variance and Geographical Information Systems technology were used to analyse the RAPD profiles generated. An unexpectedly high degree of genetic diversity was detected in strains from both provinces. While no correlation was seen between genetic diversity and either urban-rural situation or geographical location, a small degree of population structure could be correlated with drug resistance in the Eastern Cape. Furthermore, a significant degree of population structure was detected between strains from the two provinces, although this was still within the parameters for conspecific populations. Future work is necessary to further characterise strains from rural areas of both provinces, as well as from the eastern region of the Eastern Cape in an attempt to pinpoint the cause of the separation of the provincial populations.
- Full Text:
- Date Issued: 2000
- Authors: Richner, Sharon M
- Date: 2000
- Subjects: Tuberculosis -- History -- 20th century , Tuberculosis -- Africa, Southern , Tuberculosis -- Treatment , Tuberculosis -- Africa , Tuberculosis -- Prevention , Tuberculosis -- Pathogenesis , Mycobacterium tuberculosis
- Language: English
- Type: Thesis , Masters , MSc
- Identifier: vital:4008 , http://hdl.handle.net/10962/d1004068 , Tuberculosis -- History -- 20th century , Tuberculosis -- Africa, Southern , Tuberculosis -- Treatment , Tuberculosis -- Africa , Tuberculosis -- Prevention , Tuberculosis -- Pathogenesis , Mycobacterium tuberculosis
- Description: Mycobacterium tuberculosis has caused a resurgence in pulmonary disease in both developed and developing countries in recent times, particularly amongst people infected with the human immunodeficiency virus. The disease has assumed epidemic proportions in South Africa and in the Eastern Cape Province in particular. Of further concern is the isolation of increasing numbers of multiply drug resistant strains. Knowledge of the genetic capability of this organism is essential for the successful development of novel antibiotics and vaccines in an attempt to bring the global pandemic under control. Measurement of the genetic diversity of the organism may significantly contribute to such knowledge, and is of vital importance in monitoring epidemics and in improving treatment and control of the disease. This will entail answering a number of questions related to the degree of genetic diversity amongst strains, to the difference between urban and rural strains, and between drug resistant and drug sensitive strains, and to the geographical distribution of strains. In order to establish such baseline information, RAPD profiling of a large population of isolates from the western and central regions of the Eastern Cape Province was undertaken. A smaller number of drug resistant strains from a small area of KwaZulu-Natal were also analysed, with a view to establishing the genetic difference between strains from the two provinces. Cluster analysis, analysis of molecular variance and Geographical Information Systems technology were used to analyse the RAPD profiles generated. An unexpectedly high degree of genetic diversity was detected in strains from both provinces. While no correlation was seen between genetic diversity and either urban-rural situation or geographical location, a small degree of population structure could be correlated with drug resistance in the Eastern Cape. Furthermore, a significant degree of population structure was detected between strains from the two provinces, although this was still within the parameters for conspecific populations. Future work is necessary to further characterise strains from rural areas of both provinces, as well as from the eastern region of the Eastern Cape in an attempt to pinpoint the cause of the separation of the provincial populations.
- Full Text:
- Date Issued: 2000
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