Survey dataset on occupational stress, job satisfaction, and job performance among male fertility patients.

This article presents data on occupational stress, job satisfaction, and job performance among male fertility patients. The data were collected from 11 November 2021 until 30 October 2022. A quantitative research approach was employed, involving a questionnaire development and survey. A sample of 309 was selected, using simple random sampling, from the pool of male patients that had undergone seminal fluid analysis (SFA) and received treatment from four private fertility clinics in Malaysia. Respondents were asked to give their consent by signing a consent form, for ethical research purposes. The questionnaire asked respondents about their demographics, sperm quality, occupational stress, job satisfaction, and job performance. The data could help other researchers to develop research on management issue in the context of male fertility, as well as organisations to maintain the health and welfare of their employees.

Digital adoption by enterprises in Malaysian industrial sectors during COVID-19 pandemic: A data article.

This article presents data on digital adoption by enterprises in Malaysian industrial sectors during the COVID-19 pandemic. The data were collected during the periods of Conditional Movement Control Order (CMCO) and Recovery Movement Control Order (RMCO) from October 11 to December 31, 2020. Data collection was completed through an online questionnaire survey conducted among a sample of 432 enterprises from four industrial sectors, namely services, retail, manufacturing, and tourism, in all states in Malaysia. The sample was selected using cluster and systematic random sampling. The questionnaire asked respondents to state whether they used the Internet, computers, phones, web sites, e-payment, and e-commerce to complete their activities relating to finance, production and operations, human resource management, and marketing. The data were analysed using descriptive statistics and cross-tabulation. The data show the extent of digital adoption by Malaysian enterprises during the pandemic in comparison to the situation before the pandemic. The data may be of use to other similar researchers as comparison and to policy makers as guides in devising related policies.

Driving After Left Ventricular Assist Device Implantation.

Literature on driving capacities of ventricular assist device patients is rare and driving restrictions differ from center to center. Currently, no guidelines exist on whether and when left ventricular assist device (LVAD) patients are allowed to begin driving cars after device implantation. In this study, we assess the driving abilities of patients after LVAD implantation. Three hundred and ninety LVAD patients have been surveyed in a worldwide, multicenter study. The single survey followed a multi-method design, including online, phone, and face-to-face interviews. Out of 390 patients, 72% are still driving and 28% did not continue driving after LVAD implantation. Reasons for discontinuation were capability (24%), insecurity (17%), and disapproval by family members (9%) or doctors (5%). Ninety percent of the patients describe their ability to drive as perfect or adequate. Sixty-nine percent state that they are not restricted in their general driving capacity. Forty-nine percent report not to be restricted in agility to drive by the device equipment. The majority of patients have not been involved in car accidents or major complications (94%). Eight accidents were reported (3%). Out of those, all were minor collisions. No patient reported the occurrence of a fatal accident or casualties. LVAD alarms did occur in six incidents (2%) with the majority being low battery alarms. The results of this study suggest that driving with a left ventricular assist device is safe for stable patients and driving can be resumed 3 months after LVAD implantation after careful patient assessment.