ANNUAL TUBERCULOSIS REPORT OREGON Oregon Health Authority Public Health Division TB Program November 2012

Similar documents
Annual Tuberculosis Report Oregon 2007

The Epidemiology of Tuberculosis in Minnesota,

I. Demographic Information GENDER NUMBER OF CASES PERCENT OF CASES. Male % Female %

Scott Lindquist MD MPH Tuberculosis Medical Consultant Washington State DOH and Kitsap County Health Officer

Substance Abuse and Tuberculosis Springfield, IL April 27, 2011

Summary Statistics of Reported and Verified Cases of Tuberculosis in San Joaquin County in 2012, (N=44) County Rate = 6.3 Cases per 100,000 Population

Tuberculosis Surveillance

Global TB Burden, 2016 estimates

TB trends and TB genotyping

Substance Abuse and Tuberculosis Oklahoma City, Oklahoma November 17, 2010

Tuberculosis Populations at Risk

2016 Annual Tuberculosis Report For Fresno County

Mycobacterial Infections: What the Primary Provider Should Know about Tuberculosis

Tuberculosis in Chicago 2007

2013 Annual Report Tuberculosis in Fresno County. Department of Public Health

TB EPIDEMIOLOGY. Outline. Estimated Global TB Burden, TB epidemiology

2014 Annual Report Tuberculosis in Fresno County. Department of Public Health

Yakima Health District BULLETIN

Tuberculosis in Chicago 2006

ACTIVE TUBERCULOSIS IN MACOMB COUNTY, A Review of TB Program Data,

The American Experience with TB Elimination

Tuberculosis Impact in Boston Residents: 2012

WASHINGTON STATE COMMUNICABLE DISEASES OF PUBLIC HEALTH SIGNIFICANCE FOR THE CIVIL SURGEON

Chapter 1 Overview of Tuberculosis Epidemiology in the United States

Arizona Annual Tuberculosis Surveillance Report

Epidemiology of Tuberculosis in the Northeast Region of the United States Surveillance Data Source. States included in the Northeast Region

Tuberculosis Epidemiology

Latent Tuberculosis Infections Controversies in Diagnosis and Management Update 2016

Tuberculosis in Alameda County, 2009

Disclosures. TB and CoMorbidities Challenges and Opportunities. Burden of TB. Outline of the lecture. Target testing for TB Infection TB HIV 3/25/2012

4/25/2012. The information on patterns of infection and disease can assist in: Assessing current and evolving trends in TB

TUBERCULOSIS. Presented By: Public Health Madison & Dane County

2008 Tuberculosis Report

2015 Annual Report Tuberculosis in Fresno County. Department of Public Health

Epidemiology of TB: A Local and National Overview

TB In Detroit 2011* Early TB: Smudge Sign. Who is at risk for exposure to or infection with TB? Who is at risk for TB after exposure or infection?

11/1/2017. Disclosures. Update In Tuberculosis, Indiana Outline/Objectives. Pathogenesis of M.tb Global/U.S. TB Burden, 2016

Preventing Tuberculosis (TB) Transmission in Ambulatory Surgery Centers. Heidi Behm, RN, MPH TB Controller HIV/STD/TB Program

2014 TUBERCULOSIS FACT SHEET A Profile of Mecklenburg County Reported Cases

TB in California: Costs, Transmission, and Selecting from the Latent Pool

Guidance for Identifying Risk Factors for Mycobacterium tuberculosis (MTB) During Evaluation of Potential Living Kidney Donors

Tuberculosis in Alameda County, 2014 Alameda County Public Health Department

Diagnosis and Medical Management of Latent TB Infection

TB is Global. Latent TB Infection (LTBI) Sharing the Care: Working Together. September 24, 2014

Tuberculosis Reporting, Waco-McLennan County Public Health District TB Control WMCPHD (254)

Global, National, Regional

Tuberculosis in England 2018 report (presenting data to end of 2017) Tables and figures slide set

New Tuberculosis Guidelines. Jason Stout, MD, MHS

Haley Blake Sage Nagai, MPH. Disease Investigation and Intervention Specialists Tuberculosis Treatment and Control Clinic

TB in Foreign Born and High Risk Populations

Global, National, Regional

Latent Tuberculosis Infection (LTBI) Questions and Answers for Health Care Providers

2009 ANNUAL TUBERCULOSIS MORBIDITY REPORT

The Public Health Impact of TB in the Correctional System. Sarah Bur, RN, MPH Federal Bureau of Prisons Infection Prevention and Control Officer

Tuberculosis and Diabetes Mellitus. Lana Kay Tyer, RN MSN WA State Department of Health TB Nurse Consultant

TB: Management in an era of multiple drug resistance. Bob Belknap M.D. Denver Public Health November 2012

Appendix B. Recommendations for Counting Reported Tuberculosis Cases (Revised July 1997)

Tuberculosis Screening and Targeted Testing of College and University Students: Developing a Best Practice Approach:

Please evaluate this material by clicking here:

Molecular Epidemiology of Extrapulmonary Tuberculosis

Latent Tuberculosis Infection Reporting Instructions for Civil Surgeons Using CalREDIE Provider Portal

LTBI: Who to Test & When to Treat

10/3/2017. Updates in Tuberculosis. Global Tuberculosis, WHO 2015 report. Objectives. Disclosures. I have nothing to disclose

LATENT TUBERCULOSIS. Robert F. Tyree, MD

Report on Tuberculosis in California, 2012

TB, BCG and other things. Chris Conlon Infectious Diseases Oxford

Epidemiology of Tuberculosis Denver TB Course

Annual surveillance report 2015

Nucleic Acid Amplification Test for Tuberculosis. Heidi Behm, RN, MPH Acting TB Controller HIV/STD/TB Program Oregon, Department of Health Services

Appendix C. Recommendations for Counting Reported Tuberculosis Cases (Revised July 1997)

Tuberculosis in Alameda County, 2012

Annual Epidemiological Report

TB Update: March 2012

PREVENTION OF TUBERCULOSIS. Dr Amitesh Aggarwal

What the Primary Physician Should Know about Tuberculosis. Topics for Discussion. Global Impact of TB

TB Nurse Case Management San Antonio, Texas July 18 20, 2012

Tuberculosis in Wales Annual Report 2014

Population. B.4. Malaria and tuberculosis

Annual surveillance report 2016

New Jersey HIV/AIDS Epidemiologic Profile 2011

Please distribute a copy of this information to each provider in your organization.

Tuberculosis 6/7/2018. Objectives. What is Tuberculosis?

Clinical and Public Health Impact of Nucleic Acid Amplification Tests (NAATs) for Tuberculosis

INDEX CASE INFORMATION

The epidemiology of tuberculosis

HIV Incidence Report, Sexually Transmitted Diseases, HIV and Tuberculosis Section, Epidemiology and Surveillance Unit

Appendix B. Recommendations for Counting Reported Tuberculosis Cases (Revised July 1997)

The Diagnosis of Active TB. Deborah McMahan, MD TB Intensive September 28, 2017

Responding to a TB Event Bismarck, North Dakota June 24-25, 2008

Epidemiology of HIV Among Women in Florida, Reported through 2014

has the following disclosures to make:

Diagnosis and Medical Management of TB Disease. Quratulian Annie Kizilbash, MD, MPH March 17, 2015

- contact tracing (source)

TB Contact Investigation

Asking the Right Questions. A Visual Guide to Tuberculosis Case Management for Nurses. Reference Guide

Latent TB, TB and the Role of the Health Department

Essential Mycobacteriology Laboratory Services in the Era of MDR- and XDR-TB: A TB Controller s Perspective

What the Primary Physician Should Know about Tuberculosis. Topics for Discussion. Life Cycle of M. tuberculosis

TUBERCULOSIS (TB) SCREENING AND TESTING

Core Curriculum on Tuberculosis: What the Clinician Should Know

Transcription:

ANNUAL TUBERCULOSIS REPORT OREGON 211 Oregon Health Authority Public Health Division TB Program November 212

Page 2 Table of Contents Charts Chart 1 TB Incidence in the US and Oregon, 1985-211... page 3 Chart 2 TB Cases by County, Oregon 211.. page 3 Chart 3 Number of TB Cases by Age Group and Foreign-born, Oregon 211... page 4 Chart 4 Number of TB Cases by Sex, Oregon 1993-211.. page 4 Chart 5 Number of TB Cases by Race/Ethnicity, Oregon 211..... page 5 Chart 6 Number of TB Cases in Foreign-Born vs US-Born Residents, Oregon 1993-211.. page 5 Chart 7 Percentage of Foreign-Born Cases by Region of Birth, Oregon 211.... page 6 Chart 8 Reported Major Site of Disease, Oregon 211... page 7 Chart 9 INH Drug Resistance and MDR Levels, Oregon 1993-211.... page 7 Chart 1 Risk Factors for TB Disease, Oregon 211. page 8 Chart 11 Number of Homeless Cases, Oregon 1993-211....... page 8 Chart 12 TB Cases by HIV Status, Oregon 211... page 9 Chart 13 Percent Completion of Treatment within 1 Year for Eligible Cases, Oregon 1993-21. page 9 Chart 14 Mode of TB Therapy, Oregon 1993-21... page 1

Page 3 Tuberculosis incidence Tuberculosis (TB) disease incidence has been dropping, both nationally and in Oregon, for over a decade. National rates continued to decline, reaching a low of 3.4 cases per 1, persons in 211. Oregon s 211 TB disease rate also decreased to its lowest point, at 1.9 cases per 1, persons. There were 74 cases in Oregon in 211, compared to 87 cases in 21. Incidence (Cases per 1,) Chart 1. TB Incidence in the US and Oregon, 1985-211 12. 1. 8. 6. 4. 2.. 3.4 1.9 Tuberculosis cases by county US Year Oregon Chart 2. TB Cases by County, Oregon 211 The majority of Oregon s TB disease cases in 211 were from Multnomah, Washington, Clackamas and Marion counties. During 211, 74 cases of TB disease were reported in Oregon. The four counties with the most cases were Multnomah (n=27), Washington (n=14), Clackamas (n=9), and Marion (n=8). Overall, fifteen counties reported at least one TB case in 211.

Page 4 Tuberculosis by age group In 211, most TB disease cases occurred in adults 25 years of age or older. The 25-44 year old age group contained the largest percentage of cases (41%), with 3 cases. The mean age was 44.7 years (range of 12-88 years) and median case age was 41.5 years. -14 15-24 25-44 45-64 65+ There was one case of Age Group (yrs) pediatric TB disease reported in 211 in a US- Foreign born US born born child. The percentage of adult foreign-born cases was highest among 25-44 year olds (9%). Tuberculosis by sex Number of Cases Chart 3. Number of TB Cases by Age Group and Foreign-born, Oregon 211 35 TB disease incidence historically has been higher among males than females. Possible reasons for this finding may include differences in access to care, underlying susceptibility to TB, or distribution of TB risk factors, such as homelessness and substance abuse. However, in 211, females comprised 54% (n=4) of all TB cases in Oregon. Chart 4. Number of TB Cases by Sex, Oregon 1993-211 3 25 2 15 1 5 1 4 5 3 27 9 4 11 1 14 Number of Cases 12 1 8 6 4 2 4 34 TB disease incidence is usually higher among males than females; in 211, more cases were diagnosed in women. Year of Diagnosis Male Female

Page 5 Tuberculosis by race/ethnicity During 211, 29 cases (39%) of TB disease occurred among people self-identifying as Asian. Eighteen cases were reported among non-hispanic whites (24%), while 1 cases identified as non-hispanic black (14%). Two cases identified as Pacific Islander (NH/PI=Native Hawaiian/Pacific Islander), and two cases identified as American Indian (AI/AN=American Indian/Alaska Native). Hispanic or Latino ethnicity was reported for 13 cases (18%), regardless of race. Chart 5. Number of TB Cases by Race/Ethnicity, Oregon 211 The percentage of foreignborn cases varied by race/ ethnicity. All AI/AN and most non-hispanic white cases listed the United States as their country of birth. Most, but not all, of the remaining cases in other race/ethnicity groupings were born outside of the United States. Number of Cases 35 3 25 2 15 1 5 2 27 14 3 4 Asian White Hispanic/ Latino 1 1 2 Black AI/AN NH/PI 2 Race/Ethnicity Foreign born US born TB cases by place of origin Chart 6. Number of TB Cases in Foreign-Born and US-Born Residents, Oregon 1993-211 Number of Cases 1 9 8 7 6 5 4 3 2 1 were among foreign-born persons. Year of Diagnosis Foreign-born US-born 53 21 In 211, 72% of Oregon s TB cases were among foreignborn persons. In Oregon, the number of cases among US-born persons has generally decreased over time. 28 marked the lowest number of US-born cases (n=17). Since 28, percentages of TB cases among foreign-born persons has ranged from 64% to 77%. In 211, 53 cases (72%)

Page 6 Tuberculosis by region of birth Chart 7. Percentage of Foreign-Born Cases by Region of Birth, Oregon 211 In 211, 72% of Oregon s TB disease cases were reported to be foreign-born (n=53). In 211, 57% (n=3) of foreign-born cases were from Asia, an increase from past years (in 21, 41% (n=23) of foreign-born cases were from Asia, similar to 29 (42%, n=27)). Cases born in SE Asia included ten cases from Vietnam, four from the Philippines, and one each from Cambodia, Laos, Myanmar and Thailand. Other Asian-born cases included six from China, and one each from Armenia, Bhutan, India, South Korea, Pakistan, and Oceania, 2 Europe, 1 Turkmenistan. There were fewer cases from Latin America in 211 (19%, n=1) compared to 21 (29%, n=16) and 29 (42%, n=27) This included seven cases from Mexico, and one each from Guatemala, El Salvador, and Puerto Rico. Ten cases were from Africa (19%), similar to 21 (2%, n=11), and an increase from 29 (8%, n=5). Cases born in Africa came from Somalia (n=4), Ethiopia (n=3), Niger (n=1), Rwanda (n=1) and Zimbabwe (n=1). One case was originally from Europe (Romania). Africa, 1 Latin America, 1 Other Asia, 12 SE Asia, 18 Two cases were from the Pacific Islands; one was from the Marshall Islands, and one was from Micronesia.

Page 7 Tuberculosis cases by major site of disease Chart 8. Reported Major Site of Disease, Oregon 211 Spinal cord, 1 Multiple Meningeal, 2 Peritoneal, 2 Bone/joint, 2 Ocular, 6 Lymphatic, 7 Respiratory and non-resp. site, 7 nonrespiratory sites, 1 Respiratory only, 46 In 211, 46 (62%) of Oregon s 74 TB disease cases reported a respiratory site of disease only (this includes any combination of pulmonary, pleural, or laryngeal disease). Another 7 cases (9%) had both respiratory and nonrespiratory sites of disease. There were 7 lymphatic cases (9%) and 6 cases that had ocular TB (8%). Among the 53 cases with any type of respiratory involvement, 27 (51%) were sputum-smear positive. Sputumsmear positivity as well as cavitation on chest x-ray are strong indicators of infectiousness; 11 of the 74 cases (15%) had chest x-rays read as cavitary (all pulmonary cases). Drug resistance and TB Isoniazid (INH) drug resistance levels in Oregon TB disease cases have ranged from 4% to 12% over time. In 211, 8.5% of cases for whom susceptibility testing was performed were resistant to INH (5 of 59 cases with drug susceptibility testing results*). The US average is similar, at 9.5% (211 data**). Chart 9. INH Drug Resistance and MDR Levels, Oregon 1993-211 Percent 14. 12. 1. 8. 6. 4. 2.. 6.3 9.4 6.3 7.6 8.6 5.6 11.8 8.7 1.1 8. 8.6 7.8 5.8 4.2.8.8.8.6.8 1.6 1.1 1. 2. 1.4 8.9 2.5 9. 8.5 6.7 4.5 1.5 1.7 Since 1993, only 16 cases of multi-drug resistant TB disease (MDR TB, INH resistant MDR or TB that is resistant to at least both INH and rifampin) have been reported in Oregon; 15 (94%) were among foreign-born persons. The MDR TB rate in the US was 1.6% in 211**, similar to Oregon s rate. One MDR case was reported in Oregon in 211 (1.7%). *INH and MDR resistance numbers are not mutually exclusive **http://www.cdc.gov/tb/statistics/reports/211/table36.htm

Page 8 Risk factors and tuberculosis disease Chart 1. Risk factors for TB Disease, Oregon 21 6 5 4 3 53 The most prevalent risk factor among Oregon s TB disease cases is foreign birth. 2 12 In 211, the most common 1 7 5 4 4 risk factor among Oregon s 3 3 2 1 1 TB disease cases remained foreign-born status, found in 72% of all cases (n=53). Twelve cases reported diabetes as a medical risk factor (16%). About 9% of cases were homeless, while 7% reported non IV drug use in the year prior to diagnosis. Four cases were HIV positive (5%), and four reported excess alcohol use. Three cases had a previous diagnosis of TB, and three cases worked in a health care setting. Two cases were incarcerated at diagnosis. One was diagnosed in a long term care facility, and one reported IV drug use. Risks are not mutually exclusive. Tuberculosis in the homeless Overall, the number of Oregon TB disease cases among the homeless has been decreasing. In 211, 7 cases (9% of all cases) reported homelessness in the year prior to diagnosis. Number of Cases Chart 11. Number of Homeless Cases, Oregon 1993-211 4 36 35 3 27 28 25 21 19 2 2 17 15 15 13 12 8 1 8 11 1 6 7 5 9 7 7 A spike in the number of homeless cases occurred in 21, Year of Diagnosis due to a homeless shelter outbreak in Lane County; 18 of the 28 homeless cases that year were from Lane County. Cases with the 21 Lane County outbreak strain continue to arise sporadically. Genotyping has confirmed that one of the seven homeless cases in 211 is a likely match to this outbreak strain.

Page 9 HIV and tuberculosis HIV status was obtained for 7 of the 74 (95%) TB disease cases reported in Oregon in 211. Four cases (5%) were HIV positive, which is slightly below the estimated national rate for TB/ HIV coinfection (6% in 211*). Chart 12. TB Cases by HIV Status, Oregon 211 Not Offered, 4 Positive, 4 HIV status was not obtained for four individuals. Included among those not offered testing were three hospitalized cases that were deceased shortly after TB diagnosis, and one not offered a test by a provider. *http://www.cdc.gov/tb/statistics/reports/211/table12.htm Negative, 66 Completion of TB treatment Chart 13. Percent Completion of Treatment within 1 Year for Eligible Cases, Oregon 1993-21 Percent completing tx in 1 yr 12 1 8 6 66 8 8 77 84 78 78 81 88 87 84 9 94 92 91 97 97 99 In 29, 97% of eligible cases completed treatment within one year. In 21, 99% of eligible cases* completed treatment within one year (21 data are provisional). 4 2 Patients who died before starting or during treatment were excluded from the calculation. Patients with resistance to rifampin, patients with meningeal TB (regardless of age) and children under the age of 15 with disseminated TB Year of Diagnosis (defined as miliary and/or positive blood culture), were also excluded due to expected longer duration of treatment. Patients moving out of the country while on treatment are now also excluded from the calculation. *Patients included in the chart above are patients for whom less than one year of treatment was clinically indicated.

Page 1 Delivery of TB Therapy Directly observed therapy, or DOT, is the standard of care in Oregon for treatment of TB. The use of selfadministered therapy alone for treatment of TB disease has decreased since 1993, dropping from 47% to % in 21. Use of directly observed therapy has increased over the years. In 21, 86% (n=71) of all cases starting therapy (n=83) received full DOT, and another 13% (n=11) received a combination of both DOT and self-administered therapy. One case is marked unknown, as treatment completion is still pending. This is preliminary data, and will be updated next year. Chart 14. Mode of TB Therapy, Oregon 1993-21 Percent 1% 9% 8% 7% 6% 5% 4% 3% 2% 1% % 1% 13% 86% Unknown Self-administered Year of Diagnosis Both self-administered and directly observed Totally directly observed

Technical Notes: The data presented in this report come from Oregon s Tuberculosis Information Management System (TIMS, data through 28) and the Oregon Public Health Epi User System (Orpheus, data collected starting in 29). Data are as of November 212. Percentages may not sum to 1 due to rounding. Age is calculated based on date case is reported to the local health department. Surveillance Case Definition for Oregon: 1. Laboratory Case Definition a. Isolation of M. Tuberculosis Complex from a culture of a clinical specimen, using an FDA approved test or b. Demonstration of M. Tuberculosis from a clinical specimen using FDA approved Nucleic Acid Amplification Test (NAAT) (a positive test means that the probe detected ribosomal RNA of the M. tuberculosis complex in the clinical specimen) i. Genprobe MTD (Mycobacterium Direct Test) of respiratory specimen ii. Amplicor Mycobacterium Tuberculosis Test of respiratory specimen 2. Clinical Case Definition* a. Full diagnostic evaluation i. Tuberculin Skin Test (TST) or Interferon Gamma Release Assay (IGRA) test ii. Chest X-ray/imaging iii. Clinical specimens for culture/naat iv. Risk factor evaluation: host factors (e.g. documented immunosuppression) and environmental factors (e.g. contact to an active case, born in a country with endemic TB, travel to endemic country) and b. Lab test indicative of infection i. Positive TST and/or ii. Positive IGRA or iii. Negative TST or IGRA with reason for not positive (immunosupression) and c. Signs or symptoms compatible with TB disease and d. Improvement of signs or symptoms after treatment with 2 or more anti-tb drugs * Factors including pretest risk, other potential diagnoses, opportunity to improve on TB treatment, and site of disease (pulmonary vs extrapulmonary) may also considered in the decision to count a clinical case. For more information on tuberculosis in Oregon, please visit our website at: http://www.healthoregon.org/tb TB Controller Heidi Behm, RN, MPH Heidi.Behm@state.or.us TB Registrar Gayle Wainwright, CMA Gayle.Wainwright@state.or.us TB Epidemiologist Lindsey Lane, MPH Lindsey.M.Lane@state.or.us