Sample Research Paper on the Human Papillomavirus Vaccine

The Human Papillomavirus Vaccine

Human papillomavirus (HPV) is a widespread sexually transmitted disease that causes severe health effects in males and females, as well as anogenital cancer. HPV immunization can be a very efficient approach to avoid the spread of the virus. Nonetheless, vaccination has been inconsistent and suboptimal in a good number of countries, with low levels of both instigation and achievement of the three-dose cycle. A substantial amount of study has emphasized on classification of factors that relates to HPV vaccine injection. Some of the reason linked to non-vaccination is information gaps. This incorporates lack of awareness about HPV transmission, immunization, and frank misinformation that is opposed to vaccination. The HPV is normally acknowledged as the major cause of cervical cancer (Zimet, Rosberger, Fisher, Perez, & Stupiansky, 2013). Therefore the HPV vaccine is a life saving instrument that prevents the transmission of the most common sexually transmitted illness in society.

Scientists have gained incredible understanding of human HPV and their relations with host cells and immune structure. They have authenticated and employed tactics for prophylactic immunization against HPV contamination (Bosch, Broker, Forman, Moscicki, Gillison, Doorbar, & Sanjosé, 2013). They have developed more responsive molecular diagnostic devices. In addition, they have considerably improved universal consciousness of HPV. As a result, they have encountered new and discouraging challenges. They include costs of HPV deterrence and medical treatment, the accomplishment of what is technically achievable, and the very extensive ranges of nationwide economic capacity and health care structures. The emerging chances for deterrence of HPV have faced some socio-political opposition. Additionally, there has been an opposition for legislatures, funding groups and corporate share- holders to reduce the need for considerable new growth, mainly in the fields of therapeutics and inexpensive interventions.

The accessibility of HPV vaccines has presented a powerful instrument for primary deterrence of cervical cancer and other diseases linked to the virus. Since 2006, two types of vaccines have each been accredited in more than 100 states, which are bivalent and qaudrivalent. Within Europe, the number of nations having launched the vaccination raised from 3 in 2007 to 20 in 2012 (Crosignani, Stefani, Fara, Isidori, Lenzi, Liverani, & Zuccotti, 2013). Whereas every country programs aim at teenage girls, particular target age sets differs. Different health treatment structures have resulted in different implementation tactics, with some nations distributing vaccine in learning institutions and others through hospitals or prime care providers.

Vaccines are amongst the little health interventions able to achieve almost absolute abolition of an illness. The existing epidemiological statistics reveal that HPV do not have an effect on men and women in a different way. Men carry a substantial burden of the illness and thus they should also be incorporated in countrywide recommendations for vaccination plans against HPV related abrasions (Crosignani et al., 2013). Several public health organizations in the US and Australia already advocate men being incorporated in their anti-HPV nationalized regular vaccination programs. Taking advantage of the rising opportunity to lessen HPV contamination and spread between sex partners, and of the growing proof on the efficiency of the HPV vaccines in averting the growth of HPV-related illnesses, will lessen the burden of illness and enhance the living standards among the communities.

Mounting evidence implies that majority of the societal concerns connected with HPV vaccine that has ignited opposition between patients and providers have little or no foundation. Numerous studies have been distributed demonstrating that risk compensation subsequent to HPV immunization is not an important subject (Walter, 2013). Moreover, an escalating number of studies reveal that HPV vaccine is harmless, with diminutive or no proof of severe unpleasant effects. Although safety should continue to be strongly examined, the result so far should be reassuring to suppliers, parents, and teenagers. Even though it is unquestionably true that parents have the privilege to decline vaccination, the dangers related to non-vaccination can openly be discussed. While Pap testing has lessened the occurrence of cervical cancer, mostly in industrialized states, it is an inappropriate method to deter with merely moderate sensitivity. Additionally, Pap testing is not capable of preventing genital cancers (Bosch et al., 2013). HPV vaccine should not be seen as a new vaccine, this is because is has been licensed in the U.S. for more than 6 years and was cautiously examined through broad clinical trials for several years before licensing. The main challenge is how to most efficiently convey this information to the public so that higher HPV immunization rates can be attained

The existing HPV vaccine is capable of preventing cervical cancer and other HPV linked illnesses. Every nation is being advised to introduce regular HPV immunization into their health agenda and to make the conditions needed for effective implementation. A variety of screening and healing procedures avert cervical cancer in women already having HPV virus. Every nation is encouraged to devote in these programs and to lessen cases of premature fatality from cervical cancer in females. Information from clinical trials reveals that HPV related screening in women beyond the age of thirty is the most successful option (Bosch et al., 2013). Countries should present efficient and coordinated immunization and screening programs appropriate to their nationwide requirements. Comprehensive endeavors in cervical cancer deterrence can be cost efficient in a variety of state economies.






Bosch, F. X., Broker, T. R., Forman, D., Moscicki, A. B., Gillison, M. L., Doorbar, J., … & Sanjosé, S. D. (2013). Comprehensive Control of Human Papillomavirus Infections and Related Diseases. Vaccine, 31, H1-H31.

Crosignani, P., De Stefani, A., Fara, G. M., Isidori, A. M., Lenzi, A., Liverani, C. A., … & Zuccotti, G. V. (2013). Towards the eradication of HPV infection through universal specific vaccination. BMC public health, 13(1), 642.


Zimet, G. D., Rosberger, Z., Fisher, W. A., Perez, S., & Stupiansky, N. W. (2013). Beliefs, behaviors and HPV vaccine: correcting the myths and the misinformation. Preventive medicine, 57(5), 414-418.