Treatment of Tuberculosis Disease. Treatment of Tuberculosis. Decision to Treat Initiation of Therapy 1

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Treatment of Tuberculosis Some Highlights of Most Recent Update Treatment of Tuberculosis Disease Germaine Jacquette, MD Physician Specialist NJMS Global Tuberculosis Institute September 15, 2010 The provider has primary responsibility Recommendations ranked by supporting evidence and strength Extend treatment for those with cavitation on cx-ray and (+) sputum cultures at 2 months Treatment completion defined by # of doses ingested as well as duration of therapy Guidelines for extrapulmonary disease MMWR 2003; 52(No. RR-11):1-80 Decision to Treat Initiation of Therapy 1 Treatment generally precedes definitive TB diagnosis (TB suspect) Treatment decision based on: Epidemiologic information Clinical, pathological, radiographic findings Results of microscopy, culture Overcome unnecessary delays: Improved clinical acumen in diagnosis Rapid diagnostic tests nucleic acid amplification (NAA) Early empiric therapy Am J Med 1990; 89: 451-456 Archives of Internal Medicine 1994;154: 306-310 1

Initiation of Therapy 2 Do not delay treatment waiting for smear and culture results in ill patients Absence of AFB on smear or granulomas on biopsy does not rule out TB, nor does negative TB culture (20% are culture-neg cases) Case Example 1 6/22/10-52 yo Indian male presents to ED US x 2 yrs Alcoholic c/o shortness of breath, cough x 3 weeks, 2 episodes of hemoptysis Fever, chills, night sweats Anorexia, wt. loss 15 lbs. 6/22/10 - Chest x-ray: RUL cavitary infiltrate c/w TB TST is negative in ~ 20-25% of active cases; IGRA test may also be false-negative 1 1 MMWR 2010; 52(No. RR-5):1-25 Case Example 2 Case Example 3 6/24, 25, 26 Sputum AFB smear (-) 6/24 6/25 WBC, 16% M; ESR 61 mm/hr TST (+) 17 mm 6/28 IGRA (-) 6/30 Bronchoscopy AFB smear (+) PCR (+) 2

Case Example 4 Quiz Estimated TB Burden When would you start anti-tb treatment? (a) After 1 st sputum taken on 6/24 (b) After (+) TST result 6/25 (c) After (+) PCR report 6/30 Global rank** 1. India 9. Philippines 12. Vietnam # of new cases 1,982,628 257,317 174,593 US rank Country of origin 1. Mexico 2. Philippines 3. India # of new cases 1,574 799 523 (d) Not at all, because of (-) IGRA 6/28 **Ranks based on numbers of smear-positive cases WHO Update, 2010 MMWR 2010; 59(10): 289-294 First-Line Drugs Isoniazid (INH) Rifampin (RIF) Pyrazinamide PZA) Ethambutol (EMB) Rifabutin* (RBT) Rifapentine (RPT) Antituberculosis Agents Second-Line Drugs Streptomycin (SM) Cycloserine (CS) p-aminosalicylic acid (PAS) Ethionamide (ETA) Amikacin, kanamycin*(ak,km) Capreomycin (CM) Levofloxacin* (LFX) Moxifloxacin* (MOX) * Not approved by the U.S. Food and Drug Administration for use in the treatment of TB. Ratings Guides to almost everything in the modern world Electronics (energy saver) Films (PG, PG-13, R) Animal friendly ("No Animals Were Harmed ) ~1994: Infectious Disease/USPHS guidelines using ratings to help guide choices of therapies 3

Rating System TB Regimens Part 1 (of 2) Strength of the recommendation A. Preferred, should generally be offered B. Alternative; acceptable to offer C. Offer when preferred or alternative cannot be offered D. Should generally not be offered E. Should never be offered Rating System TB Regimens Part 2 (of 2) Quality of supporting evidence I. At least one properly randomized trial with clinical end points II. Clinical trials that were either not randomized or were conducted in other populations III. Expert opinion Initial Regimens: Principles 4 currently recommended; similar outline Initial phase of 2 months Continuation phase of 4 or 7 months 9 months total for Pulmonary cases with cavitation and culture (+) at 2 months (continuation phase, 7 mos.) Persons unable to take PZA in initial phase Caveats for HIV-infected persons RPT-containing regimens not advised Thrice weekly RIF/RBT-containing regimens for patients with <100 CD4+ cells (not 2x/wk) Anticipate Drug-Drug Interactions Rifabutin/Rifampin considerations Patients on drugs with potential for reduced activity Patients on high dose methadone (withdrawal) Corticosteroids, oral contraceptives, beta-blockers Dosage of Rifabutin (300 mg) = Rifampin 600 mg RBT may case less gastritis, hepatotoxicity INH/RIF interactions with psychiatric drugs Valproic acid (Depakoate ), oxcarbazepine (Trileptal ) 4

Initial Regimen: 4 drugs RIF, INH, PZA, EMB ( RIPE ) standard regimen PZA omitted in most pregnant females in USA, in persons with gout, severe liver disease (some experts advise caution with elderly) Combination of drugs needed over sufficient time To kill the TB bacilli rapidly (INH>EMB>RIF) To prevent the emergence of drug resistance To eliminate persistent bacilli to prevent relapse or failure Routine Examinations at Start of Treatment Weight (doses calculated on mg/kg basis) Rifampin 450 mg for weight < 50 kg HIV testing Baseline lab tests, at a minimum: Liver function tests (AST, ALT, alk phos and bilirubin) Creatinine Platelets Regimens for Culture (+) TB (refer to table in handout) Adjunctive Therapy 1 Corticosteroids Used for suppression of inflammatory phenomena When negative effects of inflammation operative May involve hypersensitivity to tuberculoprotein it is the final judgment of treating physician to decide indications, duration and dosages 1. (of corticosteroids) 1 Tuberculosis: A Comprehensive Clinical Reference. H.Schaaf & A. Zumla, eds. Saunders. 2009, p. 671 5

Adjunctive Therapy 2 Corticosteroids Routinely advocated in addition to anti-tb agents in which conditions? (a) Genitourinary TB (b) Pericardial TB (c) Central nervous system TB (d) Pleural TB (e) b and c DOT: 7 days vs. 5 days per week? (see demonstration) DOT Impact on Completion Rates Non-supervised therapy (n=9) 61% Modified DOT (n=2) 79% DOT (n=4) 86% Enhanced DOT (n=12) 91% DOT = Modified DOT = Directly Observed Therapy DOT given only for a portion of the treatment period, often while the patient was hospitalized Enhanced DOT = Individualized incentives & enablers were provided in addition to DOT Monitoring during TB Treatment Monthly visits should include a brief physical exam and a review for: Adherence Adverse drug reactions Use of alcohol and other potential hepatotoxins Follow up testing (sputum, x-rays, DST, renal function, LFTs, platelet count, visual acuity/color) JAMA 1998;279:943-948 6

Special Treatment Situations Paradoxical reaction Special issues in E-P disease Pregnancy Renal and hepatic disease, diabetes TNF-alpha inhibitors (Other lectures to follow on drug toxicities, adherence, children, HIV, MDR-TB) Paradoxical Reaction 1 Temporary exacerbation of symptoms, signs, or radiographic manifestations of TB after beginning anti-tb treatment High fevers Esp. increase in size of lymph nodes/new lymph nodes Worsening of infiltrates or pleural effusions Expanding central nervous system lesions Can occur in apparently immunocompetent persons, but more common among HIV-infected on highly active anti-retroviral therapy (HAART) Paradoxical Reaction 2 Enlargement of TB Lymph Nodes Paradoxical Reaction 3 Treatment Evaluate if other cause or Rx failure Mild-moderate: No change in anti-tb therapy Symptomatic treatment: non-steroidal anti-inflammatory drugs (NSAIDs) Severe May include airway compromise, sepsis syndrome Prednisone 1 mg/kg, with taper after few weeks 7

Extrapulmonary TB Management of Extrapulmonary TB cases Of 12,904 cases (US, 2008) 71% pulmonary only 20% extrapulmonary 9% pulmonary & extrapulmonary Site of disease Lymphatic Pleural Bone & Joint Peritoneal Genitourinary Meningeal Other % cases 42% 17% 11% 6% 5% 5% 13% Consult textbooks, guidelines, and experts 1 Do thorough literature review Interventions may be life-saving, especially in Central nervous system TB Pericardial TB Miliary TB, septic form 1 Regional Training and Medical Consultation Centers (RTMCCs); National Jewish Medical Research Center; State medical consultants, other experts Central Nervous System TB: TB Meningitis 1 TB Meningitis 2 Need CSF penetrating agents Good: INH, PZA Less good: RIF, EMB Consider available parenteral forms Follow up imaging; prefer MRI (more sensitive) Ventricular enlargement may require shunting Watch for development of tuberculomas on Rx 8

TB Meningitis 3 TB Meningitis 4 Ventricular Shunting for Hydrocephalus Adjunctive steroids Limitations of studies (no large randomized controlled studies containing RIF); expert opinion Dexamethasone 12 mg/day x 3 weeks, followed by taper over 3 weeks Rifampin/steroid drug-drug interactions Central Nervous System TB: Tuberculoma CNS Tuberculoma Additional barrier for drugs to penetrate Maximize drug and steroid therapy Decisions: Surgical option? Length of therapy? 9

Pericardial TB Corticosteroids indicated 11 week schedule: Prednisone 60 mg or equivalent daily x 4 weeks, then 30 mg daily x 4 weeks, etc. Cardiology monitoring with ECHO:?constriction May require pericardiectomy Lymphatic TB Mass effect may be great if multiple nodes Excisional biopsy preferable Nodes often increase in size while on therapy, while biopsies culture-negative (not a failure) Longer treatment sometimes necessary Subset of patients with complicated courses Evidence of LN response lagging TB at other sites Bone and Joint TB Vertebral TB with Paraspinal Abscess Vertebral most common form: lumbar > thoracic Immediate evaluation for neurologic deficits Evaluate stability of spine be proactive Monitor post-op: hardware may shift 10

Extrapulmonary TB Other examples Liver Disease and TB Peritoneal Pleural Steroid role unclear; may get false (+) CA-125: repeat test on or after TB Rx Collect sputum even when no parenchymal infiltrate; yield high Alcohol program often needed post discharge Tolerate enzyme elevations to 5x upper limit of normal (ULN) if no GI symptoms Genitourinary (male) Urology consult; image entire GU tract during Rx; monitor bladder symptoms Consider liver-sparing agents: EMB, FQN (caveat: occas. hepatotoxicity), injectables, cycloserine (therapy duration extended) Genitourinary (female) Major cause of infertility in women from high prevalence countries; do bx TB in Pregnancy Diabetes and TB Treatment for TB is compatible with pregnancy If TB suspected pre-natally Expedite mother s diagnosis Immediate treatment if active disease Make preparations for examination of placenta after delivery for: pathology, AFB stains/cultures Alert pediatrician to consider possible transplacental spread to infant Watch for post-partum hepatotoxicity Diabetes control more difficult with active TB, may improve as TB treated Insulin more effective for glucose control than oral agents (feasibility?) in TB patients Significance of low Rifampin in Type 2 diabetics 1? Do not use Pioglitazone (Actos ) if ALT >2.5x nl 2 1 Clin Inf Dis. 2006; 43:848-854 2 City Health Information. NYCDOHMH, May/June 2010, p. 21 (access via nyc.gov, DOHMH, diabetes) 11

Renal Disease Adjustment for creatinine clearance < 30 ml/min dosing interval of renally excreted drugs (or those with renally-excreted metabolites) rather than dosage No adjustment for INH & RIF Lengthen interval for EMB & PZA (generally TIW) If on dialysis, dose at completion of session Anti-rejection agent/rifampin interactions in renal transplant patients; Cyclosporine (do levels); tacrolimus Prefer rifabutin for less drug-drug interaction Creatinine Clearance (Cl Cr ) Formula (140 age) x weight in kg serum creatinine x 72 Note: for females, multiply result by 0.85 TB in Patients on TNF-a Antagonists Infliximab (Remicade ), Etanercept (Enbrel ), Adalimumab (Humira ), etc. used in rheumatoid arthritis, Crohn s disease, psoriasis, other conditions Inhibit or reverse granuloma formation Resultant TB often fulminant, disseminated Early empiric therapy may be life-saving Collaborate with rheumatologist on management Choice of alternate therapies Re-introduction of TNF-a inhibitor? 12

Rationale for Extending Continuation Phase: Algorithm to Guide Treatment of Culture-Negative TB Relapse Rates 6 months Rx Cavitary disease AND culture (+) at 2 mos 22% relapse Non-cavitary disease, culture (-) at 2 months 2% relapse At-risk patient with +/- Abnormal chest x-ray Clinical symptoms No other diagnosis Positive TST or IGRA Patient placed on initial phase regimen: INH, RIF, EMB, PZA for 2 mos. No Is the initial culture Positive? Yes Was there No symptomatic or CXR improvement after 2 mos. of treatment? Yes Continue treatment for culture-positive TB Discontinue treatment Patient presumed to have LTBI Treatment completed Give continuationphase treatment of INH/RIF daily or 2X weekly for 2 mos. Note 5-6% relapse if either present Therapy Deviations Avoid split dosing of first-line agents Treatment interruptions Time in course Duration of interruption Bacillary load Modify for drug toxicities; may affect duration Loss of INH 6-9 months Loss of RIF 18 months Follow regimens for drug-resistance Completion of Therapy Defined 1 Completion of treatment primarily defined by number of ingested doses within specified time frame (not solely on duration of therapy) For example: 1. 6-month daily regimen (7 days/wk) = at least 182 doses of INH and RIF, and 56 doses of PZA 2. 6-month daily regimen (5 days/wk) = at least 130 doses 13

Completion of Therapy Defined 2 Continuation Phase Treatment Interruptions In cases of drug toxicity or non-adherence to regimen, all specified number of doses must be administered within: 3 months for initial phase 6 months for 4-month continuation phase If the specified number of doses are not administered within the targeted time period, patient is considered to have interrupted therapy If patient has received 80% of total doses: Consider bacillary load at time of interruption to decide if additional treatment needed (smear + or smear neg?) If patient has received <80% of total doses: Consider duration of lapse and ability to complete full four months of Rx within 6 months time Rx Interruption Example 1 Rx Interruption Example 2 Time of interruption: initial phase (first 2 mos) 12/20 19 yo dx TB meningitis in California 1/02 Discharged with 7d supply RIPE & steroids 1/07 No show clinic appointment 1/16 Adm. to NJ hospital, altered mental status Q Continue treating? Restart? Duration of interruption: (~8 days? - ~15 days?) Guidelines: If lapse >14 days, restart from beginning If lapse <14 days, continue treatment to complete total doses warranted (if it can be completed within 3 months) In this case, consequence of interruption can be serious; restart treatment 14

Relapse & Treatment Failure Reminder: treat a patient with TB, not just the disease Relapse is defined as clinical deterioration or reversion to positive culture after treatment completion Treatment failure is defined as positive cultures after 4 months of treatment in patients for whom medication ingestion was ensured (by DOT) 15