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. 2022 Oct 9;14(10):694. doi: 10.3390/toxins14100694

Table 6.

Comparison of studies of snakebite patients who received QSMI antivenoms.

Characteristics Previous [11]
Thai Study (2008)
Laos Study [17]
(2016)
Our Study
Study period (duration in years) 1997–2006 (10) 2013–2015 (3) 2016–2017 (2)
Study design Retrospective Prospective Retrospective
Age in years: Median (range) 39.3 ± 16.3
(mean ± SD)
32 (1.5–80) 38 (0.6–97)
Gender: Male (%) 60 68 60
No. of patients receiving AV 254 43 684
No. of patients with EARs 9 23 154
Incidence of EARs/Severe reactions (%) 3.5/1.6 53/30 22.5/2.6
Type of AV given in each study (%) GPV = 83.5%
Cobra = 12.6%
RV = 2.4%
MPV = 1.6%
MPV = 53.5%
GPV = 16.3%
Cobra = 7.0%
MK = 4.7%
HPAV = 11.6%
NPAV = 7.0%
GPV = 29.5%
MPV = 24.5%
Cobra = 18.4%
HPAV = 12.6%
NPAV = 6.3%
RV = 5.9%
MK = 2.2%
KC = 0.6%
Method of administration diluted 100 mL/dose
IV drip in 1 h
Undiluted
(diluent 10 mL/vial
IV drip 50 mL/h
diluted 100 mL/dose
IV drip in 1 h

AV; antivenom, EARs; early adverse reactions, BK; banded krait, GPV; green pit viper, HPAV; hemato polyvalent antivenom, KC; king cobra, MK; Malayan krait, MPV; Malayan pit viper, NPAV; neuro polyvalent antivenom, RV; Russell’s viper, IV; intravenous.