Health care professionals and adolescent vaccination. A call for intervention research

In their recently published research study, Gargano et al. found that a physician's recommendation and parental health beliefs had significant effects on adolescent vaccination rates and on parental intentions to vaccinate. This research replicates the findings of a number of human papillomavirus (HPV) vaccine-focused research studies, but explores new territory by focusing on all recommended adolescent vaccines: meningococcal-conjugate (MCV4), HPV, influenza, and tetanus, diphtheria, and acellular pertussis (Tdap) vaccines. Although Gargano et al.'s study is relatively small in scale and focuses on only one county in Georgia, their results are consistent with many other research reports, suggesting that their findings are robust and replicable. Most published intervention studies have targeted parents and young adults, with little focus on health care professionals. However, given the centrality of physician recommendation in adolescent vaccination, as shown by Gargano et al., it is clear that the time has come to develop and evaluate interventions that help physicians and other health care professionals to more effectively implement strong and routine recommendations for all adolescent platform vaccines

The IUPUI Center for HPV Research: Updates 2014-2015

poster abstractBackground: Human papillomavirus (HPV) is a very common infection. High risk (HR) HPV types (particularly types 16 & 18) are causally implicated in many cancers, including cervical, anal, vaginal, vulvar, penile, and head and neck cancers. In an effort to address the problems associated with HPV infection and prevention, the Center for HPV Research at IUPUI (Zimet & Fortenberry, Co-Directors) fosters collaboration among investigators from multiple disciplines and departments at IUPUI, IU Bloomington, Purdue University, and University of Notre Dame. There currently are 32 faculty and 8 pre- and post-doctoral fellows who are members of the Center. The Center for HPV Research was established in July, 2012 with funds from the IUPUI Signature Center Initiative, the Department of Pediatrics, and the IU Simon Cancer Center. Over the past year, Center members had 6 external & internal grants funded, 5 additional grants submitted, 8 peer-reviewed articles published, and gave over 20 scientific conference and invited presentations. In this abstract we highlight a study representing a collaboration among 5 center members, with Dr. Marcia Shew as the lead and including an MPH student. Objectives: Most HR HPV infections do not progress to cancer, but progression is associated with persistent infection. HPV was previously thought to "clear" or persist, but newer studies suggest that HPV may be a latent virus that can be re-detected episodically. This study examined the persistence and/or redetection of HR HPV in young women recruited 6 years after identification of a HR HPV infection during their prior involvement in a longitudinal study of adolescent women. Methods: 30 women from the prior study (the Young Women’s Project) were recruited for 2 visits, 6 weeks apart. During Visit 1 they had a Pap test, HPV DNA testing, HPV serology, and were administered a semi-structured interview. During Visit 2, Pap test results were given, a self-swab for HPV testing was obtained, and a qualitative interview was administered. Results: 15 women had normal Pap test results, 2 were ASCUS, and 3 LGSIL. 12 women had a history of colposcopy for a previous abnormal Pap results and 4 had received treatment for cervical dysplasia. 26 of the women had HPV 16 in the original YWP study. 11 had HPV 16 redetected in the present study, including in 6 women who had apparently "cleared" the infection during the original YWP study. Conclusions: High risk HPV may not always (or ever) "clear" Persistent low viral levels may not be detectible. However, some HPV infections may be episodically detected if changes in immune function lead to increases in viral copies. Questions raised by this research include: 1) who is at risk for episodic detection?; 2) what factors are predictive of episodic detection?; 3) how likely is episodically-detect HR HPV to progress to cervical disease?; 4) what is the predictive value of a negative HPV DNA test?; and 5) what do we tell women with a positive HR HPV DNA screen if they have been sexually abstinent or with a life-long partner ... or if they have a new partner

Interventions to Improve Adolescent Vaccination What May Work and What Still Needs to Be Tested

This article is being published concurrently in the American Journal of Preventive Medicine and Vaccine. The articles are identical except for stylistic changes in keeping with each journalʼs style. Either of these versions may be used in citing this article. See: Dempsey, A. F., & Zimet, G. D. (2015). Interventions to Improve Adolescent Vaccination: What May Work and What Still Needs to Be Tested. Vaccine, 33, Supplement 4, D106–D113. http://doi.org/10.1016/j.vaccine.2015.09.032Since the development of the “adolescent platform” of vaccination in 1997, hundreds of studies have been conducted, identifying barriers to and facilitators of adolescent vaccination. More recent research has focused on developing and evaluating interventions to increase uptake of adolescent vaccines. This review describes a selection of recent intervention studies for increasing adolescent vaccination, divided into three categories: those with promising results that may warrant more widespread implementation, those with mixed results requiring more research, and those with proven effectiveness in other domains that have not yet been tested with regard to adolescent vaccination

There's Much Yet to be Done: Diverse Perspectives on HPV Vaccination

It has been over 10 y since the first HPV vaccines were licensed and introduced in a number of countries around the world. As only the second vaccine (after hepatitis B) that prevents an infection that can lead to the development of cancer, HPV vaccine occupies an important position in our armamentarium of vaccines yet remains underutilized. The number of national HPV vaccination programs has increased steadily; as of June 2017, 91 countries had introduced national HPV vaccination programs,1 with that number now over 100. Over the past 10+ y, several modifications have been made to the vaccination regimen (e.g., moving from three to two doses if the first dose is administered before age 15 y), in the type of vaccine available (e.g., introduction of the 9-valent vaccine), and in the target of vaccination (e.g., many countries have shifted from female-only to gender-neutral vaccination). There is great variability across the globe in terms of HPV vaccination policies and accompanying barriers to the implementation and/or sustainability of programs. It is well known, for instance, that Japan’s initial success with vaccination was undermined by several factors, leading to a precipitous drop in vaccination rates, with little subsequent recovery.2 Other countries, such as the U.S.,3 have struggled to achieve vaccination goals, and still others have faced setbacks but with good recovery (e.g., Denmark and Ireland).4,5 At the same time, many countries, including China,6 still have not implemented national vaccination programs, with the cost of vaccines presenting a significant obstacle, particularly for those countries that are not eligible for reduced pricing through Global Alliance for Vaccines and Immunisation (GAVI) or other mechanisms. Other countries, such as Malaysia, Rwanda, Australia, and the U.K., have achieved sustained high levels of vaccination.7–10 Unwarranted fears about HPV vaccine and the proliferation of misinformation, particularly via social media, have proven to be significant and widespread obstacles to achieving and maintaining high vaccination rate

Personal and Social Resources Interplay Synergistically to Enhance Academic Motivation

Guided by self-determination theory, the present study examines independent and interactive roles of self-efficacy and perceived social support in predicting types of academic motivation. Data were collected from 325 university undergraduates in 18-23 years of age (M=21.09, SD=1.34) from the fifth biggest city of South Asia. Results showed the independent and interactive effects of self-efficacy and social support from friends and from a significant other on intrinsic academic motivation after controlling the potential confounding due to demographics. Social support from friends, but not from family and a significant other, independently predicted extrinsic academic motivation. Neither self-efficacy nor social support significantly predicted amotivation

A conjoint analysis study on self-sampling for human papillomavirus (HPV) testing characteristics among black women in Indiana

Self-sampling for HPV testing may be a method to increase overall cervical cancer screening rates among Black women, who are underscreened for cervical cancer in parts of the US. The purpose of this study was to assess preferred characteristics for delivery of HPV self-sampling kits, return of HPV self-sampling kits, and communication of HPV test results and explore sociodemographic factors (income, education, and marital status) associated with acceptability of self-sampling for HPV testing

Improving Adolescent Immunization Coverage: The Time to Act Is Now

Adolescent immunization rates continue to lag far behind infant immunization rates and millions of adolescents remain unprotected from serious and potentially deadly diseases. Adolescent Immunization: Understanding Challenges and Framing Solutions for Healthcare Providers, a whitepaper issued by the UNITY Consortium identifies best practices and common elements among successful adolescent immunization initiatives. The whitepaper, a collaboration of the group’s members, liaisons and invited experts, outlines the INSPECT(Immunization Neighborhood, Sharing, Platform, Educate, Champions and Talk) Imperatives, a call to action urging healthcare providers to increase adolescent immunization coverage rates by improving in one or more of the following areas: (1) Access -maximize opportunities for vaccination and avoid missed opportunities; (2) Education - educate parents and teens to further understanding of vaccines and to elevate prioritization; (3) Advocacy – guide healthcare providers to make confident, concise recommendations for all CDC-recommended adolescent vaccines, along with developing immunization champions who advocate for adolescent immunization within their practice or network; (4) Systems - advance technology, including the use of electronic immunization information systems (IIS), implement standing orders and other tools that improve efficiencies; and (5) Measurement - improve knowledge (and dissemination) of provider and practice progress on meeting adolescent immunization goals (e.g. benchmarking, performance reports)

The Mediating Roles of Attitude Toward COVID-19 Vaccination, Trust in Science and Trust in Government in the Relationship Between Anti-vaccine Conspiracy Beliefs and Vaccination Intention

: Since the outbreak of COVID-19, many conspiracy theories have spread widely, which has the potential to reduce adherence to recommended preventive measures. Specifically, anti-vaccine conspiracy beliefs can have a strong negative impact on COVID-19 vaccination attitude and intention. The present study aimed to clarify how such beliefs can reduce vaccination intention, exploring the possible mediating roles of attitude toward vaccination, trust in science, and trust in government, among a sample of 822 unvaccinated Italian adults (Women = 67.4%; M age = 38.1). Path analysis showed that anti-vaccine conspiracy beliefs influenced intention to get vaccinated both directly and indirectly through the mediating effects of attitude, trust in science, and trust in government. In particular, the simple mediating effect of attitude was the strongest one, followed by the serial mediating effect of trust in science and attitude itself. Findings provide insights into the design of interventions aimed at reducing misinformation and subsequent vaccine hesitancy

Center for HPV Research at IUPUI

poster abstractHuman Papillomavirus (HPV) infection is highly prevalent among women and men and is associated with a number of diseases including genital warts, cervical cancers, other anogenital cancers in both men and women, and cancers of the head and neck. HPV infections are also associated with millions of dollars in annual health care costs. Two vaccines have been developed to prevent HPV infection. Both are approved for use in females ages 9 through 26, and one vaccine is approved for use in 9 to 26 year old males as well. Both vaccines are efficacious, safe, and cost-effective. Despite the great promise of HPV vaccines, vaccination rates in the U.S. are much lower than desired, with 2011 data indicating that 53% of 13-17 year old females received one or more doses and only 37% completed the 3-dose series. The ongoing medical, psychosocial, and financial costs of HPV infection indicate the need for comprehensive, cross-disciplinary research efforts coordinated with community outreach. We have established the Center for Human Papillomavirus (HPV) Research at IUPUI; which fosters cohesion and collaboration among investigators from multiple disciplines and departments at IUPUI, IU Bloomington, and University of Notre Dame pursuing HPV-related research. This group of accomplished senior faculty and promising junior scholars represents a growing synergy between basic, clinical, and social/behavioral sciences. The Center for HPV Research will provide formal infrastructure and resources for pilot research projects, and a collaborative environment for development of proposals for external funding. By capitalizing on the unique strengths of an internationally recognized faculty and IUPUI’s remarkable culture of collaborative and interdisciplinary research, we will establish a world-class center for HPV research, research training, and research translation. The overall mission of the Center for HPV Research will be to improve understanding of HPV transmission, infection, and prevention of HPV infection and its consequences