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HSA520 Human Technology Oz Assessments
Human papillomavirus (HPV) vaccine protects the humans from the human papillomavirus. Studies have shown that the HPV is a part of 200 major related viruses and among them 40 viruses directly spread by direct sexual contact. Among the different types of viruses, the HPV causes genital warts and other type of HPV causes the vaginal, vulvar, penile, oropharyngeal, anal and cervical cancer. one of the HPV vaccine is the Gardasil 9 and this protects from the 9 different types of the HPV (Schiller, Lowy and Markowithz 2012). This study is based on the critical analysis assessment of a health technology and for this purpose, HPV vaccine is considered for the treatment of different types of cancer and warts.
Human Papillomavirus vaccine
HPV is a most common virus that affects both females and males and he people that were eve once sexually active can get infected from these viruses at some point of their life. Thus, it is important mention that the majority of the cervical cancer is caused by HPV. HPV is one of the contagious and can cause a variety of cancer and this includes the genital warts. Thus to effectively prevent infection from the HPV it is mandatory to consider he HPV vaccines. There are 3 brand of HPV vaccines- Cervarix, Gardasil 9, Gardasil. All these vaccines provide protection from the HPV type 18, type 16 and also from type 2 which causes the majority of the cervical cancers. The vaccines Gardasil also provides protection from the type 11 and type 6 which causes 90 percent of the genital warts. The Gardasil vaccine is also effective in providing protection against the 5 other types of HPV that includes the types 58, 52, 45, 333, 31 and this can later on lead to the cancer of vagina, vulva, anus, cervix (Crowe et al. 2014).
The HPV vaccines are applicable in the wide array of protection from HPV and it protects the people that are within the age group of 15 to 26. The HPV comes in three different shots. According to the various sources, the second shot is given just after the 2 months of the second shot. The third shot is given just after the 4 months of the second shot. Thus, the whole process of the vaccination takes around 6 months. The vaccination is also reduced for the people aged between 9 to 14. One of the important aspect of the medicine is that the if a person is already infected with the HPV then the vaccine cannot treat the person of the HPV infection (Markowitz et al. 2012).
Evidence relating to decision making
High rates of HPV vaccination is capable of reducing the burden of HPV and the HPV related diseases in United States. several studies have clearly shown that the recommendation of the physicians play a major role in increasing the rates of acceptance of the parents of the patients and the patients themselves. It has been seen that if the gynaecologists, obstetrician and along with the other healthcare provider must stress on the patient and the parents of the patients regarding the safety and the benefits of HPV vaccine. As per the findings of the centres of disease control and prevention, the rates of the HPV vaccination has increased due to the increased rates of recommendation by the physicians and the other healthcare providers. Due to increased rates of recommendation by the healthcare providers the percentage of acceptance among the patients regarding the usage of HPV vaccine has increased by 80 percent (Acog.org 2018). Several studies have been conducted which heighted the fact that the acceptance of the HPV vaccine has increased among the adolescent and women die to the knowledge related to the virus. The other reasons for the acceptance of the vaccine is effectiveness of the vaccine, safety of the vaccine, sexually transmitted diseases. The intention of getting vaccinated among women is associated with the awareness and the knowledge of the virus. Several studies have shown that the in several countries like Africa, Australia, Canada, Europe and United States majority of the women and men have inadequate knowledge regarding the cervical cancer and its linkages with the HPV. This lack of knowledge and awareness have caused the unacceptance of the HPV vaccine (Loke, Chan and Wong 2017).
Evidence relating to clinical evidence
A randomized double blind placebo study was conducted to assess the efficiency of a vaccine that targets the HPV and the several types that are associated with the cause of 70 percent of the cervical cancer. The study also includes the HPV of type 6, 11, 18 and 16. In this study 277 young women are considered and all the women are assigned with the quadrivalent HPV. While virus like particle vaccine was given to some of the women that underwent the placebo preparations at the 1st day, 2nd month and 6th month. The women then underwent several examinations based on the pap testing, test for the serum antibodies to HPV, sampling of the cervical for the HPV DNA, regular gynaecological examinations. The results suggested that the women that are assigned with the HPV vaccine, the incidence of HPV reduced by 90 percent in comparison to the ones that are assigned with placebo. The HPV vaccine that targeted the HPV types 18, 16, 11 and 6 significantly reduced the infection caused by the common types of the HPV types (Villa et al. 2005).
Evidence related to the key components of economic considerations
In this study, the cost-effectiveness of adding the HPV vaccination in the National Cervical Screening Program in comparison to adding the HPV vaccination in the screening procedures was examined. A model was used called the Markov model which incorporated the natural history of the HPV infection and it included the vaccination, screening into the model. A HPV vaccine was chosen that effectively prevents the action of the HPV 16/18 and also has the efficiency of acting on 80 percent of the cases. The program also was set up in a school setting that included the girls aged between 12 years and it compared the program in conjunction with the current screening procedures and screening alone procedures. The sensitivity analysis was conducted that included the cost-effectiveness of a program management including the 12-26 year olds. The results of the study indicated that the vaccination with screening provided costs around 51,000 dollars while the single screening costs around 18,700 dollars. The cost per vaccine was considered to be 115 dollars. The costs associated with vaccinating the people ranging from 14 to 26 was more attractive for the girls only. While the cost of vaccinating both the girls and boys was expensive in comparison to the herd immunisation. The results of the study indicated that the implementation of the HPV vaccination screening effectively reduced the incidence of the cervical cancer. Additionally, the cost of interventions is also cost effective considering the strategy of prevention via screening alone (Kulasingam et al. 2007).
Uncertainties related to HPV vaccine
The uncertainties are related to the debates related to the vaccine in general. The vital questions that are raised with respect to HPV vaccine are effectiveness and safety. There are ongoing controversies related to the function of HPV vaccine as preventer of the sexually transmitted diseases among the adolescents. Also another major aspect is the lack of the proper communication regarding the communication strategies. The HPV vaccination requires proper communication regarding its benefits and the effectively of the same. The lack of the same hinders the trust and confidence of the patients on the HPV vaccine (Alcaraz and Arnold 2014).
Recommendation and applicability in Australia
As per the findings Kulasingam et al (2007), the HPV vaccination program is one of the cost ways of eradicating the HPV infections. The funds or the budget allocation are well between the range of budgetary allocations and it is beneficial for the girls, women in comparison to the girls. Australian government can take up the policy of conducting herd vaccination and this will be cost effective in comparison to the single screening methods.
From the above study it can be concluded that the Human papillomavirus (HPV) vaccine protects the humans from the human papillomavirus. Studies have shown that the HPV is a part of 200 major related viruses and among them 40 viruses directly spread by direct sexual contact. High rates of HPV vaccination is capable of reducing the burden of HPV and the HPV related diseases in United States. several studies have clearly shown that the recommendation of the physicians play a major role in increasing the rates of acceptance of the parents of the patients and the patients themselves. Due to increased rates of recommendation by the healthcare providers the percentage of acceptance among the patients regarding the usage of HPV vaccine has increased by 80 percent.
1. Acog.org, 2018. Human Papillomavirus Vaccination - ACOG. [online] Acog.org. Available at: https://www.acog.org/Clinical-Guidance-and-Publications/Committee-Opinions/Committee-on-Adolescent-Health-Care/Human-Papillomavirus-Vaccination [Accessed 30 Sep. 2018].
2. Alcaraz, K.I. and Arnold, L.D., 2014. Why are patients uncertain about the human papillomavirus vaccine's effectiveness?. Journal of comparative effectiveness research method, 3(4), pp.321-323.
3. Crowe, E., Pandeya, N., Brotherton, J.M., Dobson, A.J., Kisely, S., Lambert, S.B. and Whiteman, D.C., 2014. Effectiveness of quadrivalent human papillomavirus vaccine for the prevention of cervical abnormalities: case-control study nested within a population based screening programme in Australia. Bmj, 348, p.g1458.
4. Kulasingam, S., Connelly, L., Conway, E., Hocking, J.S., Myers, E., Regan, D.G., Roder, D., Ross, J. and Wain, G., 2007. A cost-effectiveness analysis of adding a human papillomavirus vaccine to the Australian National Cervical Cancer Screening Program. Sexual Health, 4(3), pp.165-175.
5. Loke, A.Y., Chan, A.C.O. and Wong, Y.T., 2017. Facilitators and barriers to the acceptance of human papillomavirus (HPV) vaccination among adolescent girls: a comparison between mothers and their adolescent daughters in Hong Kong. BMC research notes, 10(1), p.390.
6. Markowitz, L.E., Tsu, V., Deeks, S.L., Cubie, H., Wang, S.A., Vicari, A.S. and Brotherton, J.M., 2012. Human papillomavirus vaccine introduction–the first five years. Vaccine, 30, pp.F139-F148.
7. Schiller, J., Lowy, D. and Markowithz, L., 2012. Human papillomavirus vaccines. Vaccines. 6th ed. Philadelphia, PA: Saunders, pp.235-256.
8. Villa, L.L., Costa, R.L., Petta, C.A., Andrade, R.P., Ault, K.A., Giuliano, A.R., Wheeler, C.M., Koutsky, L.A., Malm, C., Lehtinen, M. and Skjeldestad, F.E., 2005. Prophylactic quadrivalent human papillomavirus (types 6, 11, 16, and 18) L1 virus-like particle vaccine in young women: a randomised double-blind placebo-controlled multicentre phase II efficacy trial. The lancet oncology, 6(5), pp.271-278.