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Cervical Cancer: Disparities and Models of Steps Toward a Solution. South Carolina Cancer Alliance Presentation May 11, 2007 Marvella E. Ford, PhD Associate Director for Cancer Disparities Associate Professor Medical University of South Carolina Hollings Cancer Center. Cervical Cancer.
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Cervical Cancer: Disparities and Models of Steps Toward a Solution South Carolina Cancer Alliance Presentation May 11, 2007 Marvella E. Ford, PhD Associate Director for Cancer Disparities Associate Professor Medical University of South Carolina Hollings Cancer Center
Cervical Cancer • The human papillomavirus (HPV) has been identified as the primary factor related to development of cervical cancer • HPV can spread through skin contact during sexual activities
Cervical Cancer • Over 100 types of HPV • 15 types are high risk • HPV vaccine Gardasil • Types 16 and 18 (high-risk; oncogenic) • Types 6 and 11 (low-risk; genital warts)
Cervical Cancer • Some HPV types (16 and 18) cause abnormal cells to develop on the lining of the cervix that can develop into cancer • Some HPV types (6 and 11) cause genital warts • Typically bumpy, raised legions with a cauliflower shape
Cervical Cancer • HPV can remain in the body for 9-12 months with no immune system response • HPV is the primary factor in the development of cervical cancer • The virus takes advantage when the body “concentrates” on something else • Immunosuppression: Pregnancy, HIV, chronic comorbidities, etc. Brandt et al. (2006) Cervical cancer disparities in South Carolina: An update of early detection, special programs, descriptive epidemiology, and emerging directions. The Journal of the South Carolina Medical Association, 102:223-230.
Cervical Cancer • Primary risk factors for contracting HPV • Ethnicity - African Americans are at higher risk than Caucasians • Sex or sexual activity (more partners = greater risk) • Starting sexual activity at an early age
Cervical Cancer • Primary risk factor for development of cervical cancer • Failure to receive/infrequent Pap tests • HPV infection • Cigarette smoking – accounts for approximately 1/3 of all cases of cervical cancer
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Cervical Cancer in South Carolina • The incidence of cervical cancer in SC is 24% higher than in the rest of the US • South Carolina ranks 9th in the nation for cervical cancer mortality rates SCCA 2006 Report Card
Cervical Cancer Screening: Pap Tests • Pap Tests • All women should begin screening 3 years after sexual activity or by 21 years of age • Annual screening is conducted by smear-method Pap test OR every 2 years by liquid-based method • Women > 70 years with three or more normal Pap tests in a row can stop having screenings
Cervical Cancer Screening: Pap Tests • BRFSS Survey Results for 2006 • Have you ever had a Pap test? http://www.scdhec.gov/hs/epidata/brfss_index.htm
Cervical Cancer Screening Models • Two examples of approaches designed to reach underserved women with cervical cancer screening • The Deep South Network for Cancer Control, focusing on African Americans (Lisovicz et al. 2006) • Cervical Cancer Screening Program for Latinas: Project SAFe (Ell et al. 2002)
The Deep South Network Project • Geographic location • Mississippi • Alabama
The Deep South Network Project • Includes • A Community Health Advisor (CHA) model • An empowerment theory developed by Paulo Freire • Coalition-building strategies to develop partnerships within communities and on a statewide level
The Deep South Network Project • Incorporates three models Community Health Advisors Coalition-Building Strategies Empowerment Eng, E. 1995; Eng, E. et al. 1994; Hinton, A. et al. 1992; Hinton, A. et al. 2005; Freire, P. 1970; Freire, P. 1983; Butterfoss, F.D. et al. 1993
The Deep South Network Project • Methods • CHAs receive 8 weeks of training (2 hours per week) in breast and cervical cancer awareness information • After training, CHAs participate in monthly maintenance meetings • CHAs determine which cancer awareness methods are best suited for their communities
The Deep South Network Project • Evaluation Methods • 20-item pre/posttest • Talking Circles
The Deep South Network Project • Results • Participants • 883 CHA volunteers were trained • 857 (97%) - African American • 830 (94%) - female • 342 (38.7%) - from the rural Mississippi Delta • 113 (12.8%) - from the identified urban areas in Mississippi • 307 (34.8%) - from the Alabama Black Belt • 121 (13.7%) - from the identified urban areas of Alabama
The Deep South Network Project • Results • CHAs participated in 740 training events over four years (2001-2004) • Church events • Health fairs • Health presentations • Parades • Relay for Life (ACS) • Other cancer awareness activities
The Deep South Network Project • Results • In both Mississippi and Alabama, there was a significant positive difference in pre/posttest scores for many of the test items
The Deep South Network Project • Results • The Deep South Network provided the information requested by the CHAs • Community presentations by program staff • Radio and television public serve announcements • Radio and television talk show appearances • Brochures and other printed materials • Breast models • Talking points about cancer and cancer awareness to assist the CHAs in their community cancer awareness activities
The Deep South Network Project • Results • Coalition-building partners • The Deep South Network • ACS • The Department of Agriculture Cooperative Extension Services • Information and Quality Healthcare and the Alabama Quality Assurance Foundation • Medicare quality assurance organizations • State Departments of Public Health • National Black Church Family Council • Vision Ministries
The Deep South Network Project • Results • Coalition-building activities • Cancer awareness walks • Town hall meetings • Fashion shows • Small workshops with cancer experts
The Deep South Network Project • Results • Increased cervical cancer screening rates • Investigators report a 23% increase in cervical cancer screening via pap smear over the study period
The Deep South Network Project • Lessons Learned • The need to collect community-level baseline evaluation data • The importance of careful selection, training, and support of staff • The importance of frequent communication with volunteers • The value of frequent meetings to build camaraderie among volunteers and staff
The Deep South Network Project • Remaining Barriers • Inadequate funding • Transportation barriers • Public misconceptions and fears about cancer and cancer clinical trials • Limited outreach • Too few providers for screening and treatment Lisovicz, N., et al. (2006) The Deep South Network for Cancer Control: Building a Community Infrastructure to Reduce Cancer Health Disparities. Cancer. 107(8): 1971-1979.
Cervical Cancer Screening Program for Latinas: Project SAFe • Project SAFe: Abnormal cervical screen follow-up among Latinas with low income • Rationale: • Cervical cancer incidence and mortality rates are higher among women with low income than in the general population • Ell, K., et al. (2002) Abnormal cervical screen follow-up among low-income Latinas: Project SAFe. Journal of women’s health & gender based medicine. 11(7):639-651.
Cervical Cancer Screening Program for Latinas: Project SAFe • Design • Pilot study • Observational design • Structured case management program to intervene in response to personal and systems barriers to care
Cervical Cancer Screening Program for Latinas: Project SAFe • Sample • 196 predominantly Latina women in Los Angeles, CA • Low income • Had either a low-grade or high-grade squamous intraepithelial lesion (LGSIL or HGSIL) abnormal Pap result
Cervical Cancer Screening Program for Latinas: Project SAFe • Methods • SAFe materials were administered in Spanish with monolingual Spanish-speaking women • Intervention • Baseline 30-minute telephone call • Appointment reminder and follow-up calls • 6-month and 1-year calls to provide a reinforcing educational message about the value of follow-up and re-screening
Cervical Cancer Screening Program for Latinas: Project SAFe • Results • 196/565 eligible women were enrolled between December 1998 and October 2000 • 81 (41%) had LGSIL • 115 (59%) had HGSIL
Cervical Cancer Screening Program for Latinas: Project SAFe • Results • The majority (86%) were Latina • Most were young (129 (66%) were < 40 years) • 114 (58%) reported good or excellent health status • 75 (38%) reported moderate or high limitations in functional status • 94 (48%) reported having one or more health problems
Cervical Cancer Screening Program for Latinas: Project SAFe • Results • One year post-enrollment: • 83% of women with LGSIL were adherent • 41% were fully adherent • 42% were partially adherent • 93% of women with HGSIL were adherent • 61% were fully adherent • 32% were partially adherent • In a comparison group of 369 non-enrollees: • 58% of women with LGSIL were adherent • 67% of women with HGSIL were adherent
Presentation Summary • Suggestions for Cervical Cancer Screening Promotion • Use culturally competent outreach strategies • Include community members in outreach • Ask for community preferences in outreach activities
Summary • Suggestions for Cervical Cancer Screening Promotion • Include men in cervical cancer awareness activities • Educate the community on the purpose of cervical cancer screening and the HPV vaccine • Clear the tension of sexual stigma
Summary • Suggestions for Cervical Cancer Screening Promotion • Identify barriers to care • Seek more funding opportunities • Employ health advocates to navigate women through the healthcare system
Cervical Cancer Screening Programs in SC • SCDHEC Family Planning Services http://www.scdhec.gov/health/mch/wcs/fp/index.htm • South Carolina Breast and Cervical Cancer Early Detection Program: Best Chance Network http://www.cancer.org • South Carolina Medicaid Breast and Cervical Cancer Program http://www.dhhs.state.sc.us • Cancer Health Initiative http://www.communitiesincharge.org/
How Do We Improve Cervical Cancer Screening in SC? • Identify vulnerable communities • Recognize barriers to care • Limited medical access • Limited transportation • Limited income • Cultural barriers • Develop strategies to address these barriers
References http://scangis.dhec.sc.gov/scan/ http://www.sccanceralliance.org http://www.scdhec.gov/health/mch/wcs/fp/index.htm Brandt, et al. (2006) Cervical cancer disparities in South Carolina: An update of early detection, special programs, descriptive epidemiology, and emerging directions. The Journal of the South Carolina Medical Association. 102:223-230. http://www.cancer.org http://www.dhhs.state.sc.us http://www.communitiesincharge.org/ Lisovicz, N., et al. (2006) The Deep South Network for Cancer Control: Building a Community Infrastructure to Reduce Cancer Health Disparities. Cancer. 107(8): 1971-1979. Eng, E. (1995) Partners for improved nutrition and health: Did the partnership make a difference? Final evaluation report. Chapel Hill, NC: University of North Carolina at Chapel Hill. Eng, E., et al. (1994) Measuring community competence in the Mississippi Delta: the interface between program evaluation and empowerment. Health Education Quarterly. 21:199-220.
References Hinton, A, et al. (1992) Partners for improved nutrition and health – An innovative collaborative project. J Nutr Educ. 24:67-70 Hinton, A., et al. (2005) The community health advisor program and the deep South network for cancer control. Fam Community Health. 28:20-27. Freire, P. (1970) Pedagogy of the Oppressed. New York: Seabury Press. Freire, P. (1983) Education for Critical Consciousness. New York: Seabury Press. Butterfoss, F.D., et al. (1993) Community coalitions for health promotion and disease prevention. Health Educ Res. 8:315-330. Yancey, AK, et al. (1995) Increased cancer screening behavior in women of color by culturally sensitive video exposure. Preventive Medicine 24(2):142-8 Ell, K., et al. (2002) Abnormal cervical screen follow-up among low-income Latinas: Project SAFe. Journal of women’s health & gender based medicine. 11(7):639-651. Erwin, D.O., et al. (2007) A comparison of African American and Latina social networks as indicators for culturally tailoring a breast and cervical cancer education intervention. Cancer. 109(2): 368-377