Video Report: Journal Of Hospital Infection

IV Priming is required in replacing the fluids, preventing nutritional imbalances and in providing IV medication theory (Van Der Eijk et al. 2014). The video explains the process of Priming IV line and IV therapy but neglects the privacy concerns. Maintaining privacy is an essential part of making videos. The videos must hide the identity of the patients in order to ensure privacy. However, the video did not maintain privacy that might lead to discomfort or conflicts.

Another mistake in the video was that the five moments for hand hygiene was not maintained. The five moments for hand hygiene includes washing hands before touching the patients, before the cleaning procedure, after touching patient’s body fluid, after touching the patient and after touching the surroundings of the patient. These approaches were not taken into consideration in the entire video. These five moments of hand hygiene are an essential part of the work of the health care workers (Gould et al. 2017). Ignorance of any one aspect of the hand hygiene might lead to unwanted consequences for both the patient and the health worker. Maintaining hand hygiene is an essential practice that relates to the administration of medical care that helps in preventing or minimizing the spreading of diseases. The major purpose of maintaining hand hygiene is to remove pathogens and chemicals from the hands that might harm the patient as well as the health worker (Rai et al. 2017).

Another major mistake in the video was that it did not mention air embolism although it was ensured that the line is free from air. Air embolism refers to the situation when air bubbles enter the blood vessels that block the supply of blood in the veins (McCarthy et al. 2017). Air embolism often leads to death of the patients as it can cause heart attacks, respiratory failures and stroke. Therefore, it is necessary to prevent air embolism while inserting the syringe or IV. Proper training is required to be given to the health workers and doctors in order to avoid the entrance of air bubbles in the veins of the patients during medical procedures (Alisantoso et al. 2015). Ignoring this aspect might risk the health of the patients. However, the video neglects the critical aspect of air embolism that might provide wrong knowledge to the viewers regarding Priming IV line and IV therapy.

Lastly, the information regarding heart diseases and kidney failures were not asked in the video. It is necessary to ask the patients regarding any heart or kidney problems they have suffered from in the past. In order to ensure safety of the patients, it becomes necessary to know their medical background. Improper medication might further deteriorate the medical condition of the patients (Sherwin et al. 2014). Therefore, the health workers must obtain proper knowledge of the medical background of the patients in order to ensure that they provide proper medication to the patients. However, the video neglects this concern that might provide wrong information to the viewers. Any wrong information provided to the users might risk the health of the patients.

References:

Alisantoso, D., Cheng, K.J. and Neo, K., Becton, Dickinson, 2015. IV drip chamber with filter and bottom reservoir. U.S. Patent 8,974,414.

Gould, D.J., Creedon, S., Jeanes, A., Drey, N.S., Chudleigh, J. and Moralejo, D., 2017. Impact of observing hand hygiene in practice and research: a methodological reconsideration. Journal of Hospital Infection, 95(2), pp.169-174.

McCarthy, C.J., Behravesh, S., Naidu, S.G. and Oklu, R., 2017. Air embolism: diagnosis, clinical management and outcomes. Diagnostics, 7(1), p.5.

Rai, H., Knighton, S., Zabarsky, T.F. and Donskey, C.J., 2017. A randomized trial to determine the impact of a 5 moments for patient hand hygiene educational intervention on patient hand hygiene. American journal of infection control, 45(5), pp.551-553.

Sherwin, C.M., Medlicott, N.J., Reith, D.M. and Broadbent, R.S., 2014. Intravenous drug delivery in neonates: lessons learnt. Archives of disease in childhood, pp.archdischild-2013.       

Van Der Eijk, A.C., Van Der Plas, A.J., Van Der Palen, C.J.N.M., Dankelman, J. and Smit, B.J., 2014. In vitro measurement of flow rate variability in neonatal IV therapy with and without the use of check valves. Journal of neonatal-perinatal medicine, 7(1), pp.55-64.