Skip to main content
. Author manuscript; available in PMC: 2021 Apr 1.
Published in final edited form as: Lancet Respir Med. 2020 Mar 17;8(4):383–394. doi: 10.1016/S2213-2600(20)30047-3

Table 5:

Type of adverse events for each drug

Adverse events*/patients using the drug Pooled incidence of adverse events, random effect (95% CI) Adverse events type reported Type 1§ Type 2 Type 3 Type 4 Type 5
Ciprofloxacin  4/723   0·6% (0·2–1·5)  1 Gynaecomastia (1) .. .. .. ..
Ofloxacin   71/6062   0·9% (0·4–2·1)   12 Musculoskeletal (5, 42%) Psychiatric (2, 17%) Gastrointestinal (1, 8%) Hepatotoxicity (1, 8%) Rash (1, 8%)
Levofloxacin   22/1012   1·3% (0·3–5·0)   14 Musculoskeletal (9, 64%) Peripheral neuropathy (2, 14%) Rash (2, 14%) Hypoglycaemia (1, 7%) ..
Clofazimine   12/1712   1·6% (0·5–5·3)   12 Cardiovascular (4, 33%) Hyperpigmentation (5, 42%) Rash (2, 17%) Gastrointestinal (1, 8%) ..
Bedaquiline  9/464   1·7% (0·7–4·2)  9 Cardiovascular (5, 56%) Hepatotoxicity (2, 22%) CNS toxicity (1, 11%) Musculoskeletal (1, 11%) ..
Ethambutol 124/6089   1·8% (1·0–3·3)   59 Visual impairment (41, 70%) Gastrointestinal (10, 17%) Musculoskeletal (2, 3%) Rash (2, 3%) Hepatotoxicity (1, 2%)
Streptomycin   34/1208   2·9% (1·3–6·2)  6 Ototoxicity (5, 83%) Peripheral neuropathy (1, 17%) .. .. ..
Moxifloxacin   30/904   2·9% (1·6–5·0)   24 Cardiovascular (5, 21%) Hepatotoxicity (4, 17%) Gastrointestinal (3, 13%) Peripheral neuropathy (3, 13%) Musculoskeletal (2, 8%)
Amoxicillin–clavulanate   21/695   2·9% (1·7–4·8)  9 Gastrointestinal (6, 67%) Rash (1, 11%) Musculoskeletal (1, 11%) Peripheral neuropathy (1, 11%) ..
Clarithromycin   18/457   3·3% (1·5–7·0)  7 Gastrointestinal (4, 57%) Hepatotoxicity (1, 14%) Peripheral neuropathy (1, 14%) Fatigue (1, 14%) ..
Imipenem and meropenem  9/158   4·9% (1·0–20·5)  6 Hepatotoxicity (3, 50%) Rash (1, 17%) Fatigue (1, 17%) Pneumonia (1, 7%) ..
Pyrazinamide 410/5141   5·1% (3·1–8·4) 142 Musculoskeletal (47, 33%) Gastrointestinal (33, 23%) Hepatotoxicity (29, 20%) Rash (18, 13%) Hyperuricaemia (8, 6%)
Cycloserine and terizidone 337/7547   5·7% (4·1–7·8) 140 Psychiatric (92, 66%) CNS toxicity (35, 25%) Gastrointestinal (5, 4%) Peripheral neuropathy (2, 1%) Rash (1, 1%)
Ethionamide protionamide 376/4627   6·5% (4·1–10·1) 108 Gastrointestinal (52, 48%) Hepatotoxicity (24, 22%) Psychiatric (6, 6%) Gynaecomastia (5, 5%) Musculoskeletal (5, 5%)
Kanamycin 268/1995   7·5% (4·6–11·9)   56 Ototoxicity (42, 75%) Musculoskeletal (3, 5%) CNS toxicity (2, 4%) Gastrointestinal (2, 4%) Hypotension (2, 4%)
Capreomycin 161/1932   8·2% (6·3–10·7)   71 Nephrotoxicity (36, 51%) Ototoxicity (12, 17%) Rash (8, 11%) Gastrointestinal (5, 7%) Hypotension (2, 3%)
Amikacin 235/4106 10·2% (6·3–16·0) 211 Ototoxicity (183, 87%) Nephrotoxicity (22, 10%) Gastrointestinal (2, 1%) Intolerance (2, 1%) Musculoskeletal (1, 1%)
Aminosalicylic 532/2929 11·6% (7·1–18·3) 120 Gastrointestinal (95, 79%) Hypothyroidism (6, 5%) Hepatotoxicity 5, 4%) Rash (5, 4%) Nephrotoxicity (4, 3%)
Linezolid 140/783 14·1% (9·9–19·6) 137 Peripheral neuropathy (87, 64%) Myelosuppression (30, 22%) Optic neuritis (7, 5%) Gastrointestinal (3, 2%) Rash (3, 2%)
Thioacetazone 103/719 14·3% (12·0–17·1) 1 Rash (1) .. .. .. ..
*

Adverse events were defined as those that resulted in permanent discontinuation of a drug.

Pooled incidence of adverse events was estimated through meta-analysis of proportions (table 2).

This analysis included only studies that reported adverse event types.

§

For each drug, simple pooling was done to calculate the number of each type of adverse event; the five most common adverse event types with the corresponding proportions were presented.

Adverse event types were reported for only one patient.