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Management of Snakebite and Research Management of Snakebite ...

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Table 2. Biological properties <strong>of</strong> Russell’s viper venoms <strong>of</strong> Magwe division<br />

Source <strong>of</strong><br />

venom<br />

Length <strong>of</strong><br />

snake (cm)<br />

No. <strong>of</strong> snakes<br />

pooled<br />

ƒ = 95% fiducial limit<br />

Results are mean <strong>of</strong> duplicates <strong>and</strong> triplicates*<br />

LD 50f<br />

µg/mouse<br />

MCD *<br />

µg/ml<br />

MDD<br />

µg/mouse<br />

MHD<br />

µg/rat<br />

MND<br />

µg/rat<br />

MCPID*<br />

µg/ml<br />

Taungdwingyi 51-89 9 7.72+2.8 0.426 3 41.7 44.7 0.089<br />

92-106 4 3.97+2.4 0.501 1 30.9 32.4 0.083<br />

Aunglan 78-104 3 7.9+2.4 1.778 1.5 23.7 25.1 0.158<br />

Pakokku 84-109 5 7.06+2.3 0.159 5 56.2 52.5 0.141<br />

Source <strong>of</strong><br />

venom<br />

Table 3. Biological properties <strong>of</strong> Russell’s viper venoms <strong>of</strong> Bago division<br />

Length<br />

<strong>of</strong> snake<br />

(cm)<br />

No. <strong>of</strong><br />

snakes<br />

pooled<br />

ƒ= 95% fiducial limit<br />

Results are mean <strong>of</strong> duplicates <strong>and</strong> triplicates*<br />

LD 50f<br />

µg/mouse<br />

MHD<br />

µg/rat<br />

MND<br />

µg/rat<br />

MDD<br />

µg/mouse<br />

MCD*<br />

µg/ml<br />

MCPID*<br />

µg/ml<br />

Letpadan 61-90 14 5.01+1.67 32.36 46.77 5.1 0.195 0.0020<br />

91-120 10 3.76+1.74 37.15 55.59 5.1 0.302 0.0028<br />

Thayarwaddy 61-90 14 4.55+1.8 42.17 44.67 2.5 1.148 0.0007<br />

91-120 14 4.67+2.0 42.17 39.81 2.4 0.251 0.0007<br />

Wall 61-90 9 3.96+1.9 63.1 58.8 3.33 0.182 0.0011<br />

91-110 13 5.76+2.4 38.46 31.62 4.2 0.141 0.0034<br />

Daik-Oo 91-110 12 3.24+1.41 42.66 50.12 4.2 0.436 0.0080<br />

Min Hla 66-81 10 18.77+7.96 48.98 36.31 9 0.072 0.0147<br />

Oak Pho 63-90 11 4.32+3 64.57 45.71 2.5 0.112 0.0547<br />

Table 4. Biological properties <strong>of</strong> Russell’s viper venoms <strong>of</strong> Ayerawddy Division<br />

Source <strong>of</strong><br />

venom<br />

Length<br />

<strong>of</strong><br />

snake<br />

(cm)<br />

No. <strong>of</strong><br />

snakes<br />

pooled<br />

LD 50f<br />

µg/mouse<br />

MHD<br />

µg/rat<br />

MND<br />

µg/rat<br />

MDD<br />

µg/mouse<br />

MCD*<br />

µg/ml<br />

MCPID*<br />

µg/ml<br />

Daedaye 61-90 7 3.50+1.96 42.17 29.85 3.3 0.159 0.016<br />

91-120 7 2.86+1.42 28.18 27.86 1.78 0.135 0.019<br />

Nyaungdon 61-90 17 2.87+1.47 36.14 60.29 2.4 0.1 0.018<br />

91-120 18 3.3+2.35 46.77 32.36 2.40 0.033 0.015<br />

Danuphyu 71-90 14 4.42+1.19 30.9 30.9 4.2 1.995 0.004<br />

91-120 14 6.38+0.98 30.20 27.54 5.10 2.291 0.018<br />

Pyapon 91-130 4 6.44+0.54 23.99 40.27 2 0.26 0.020<br />

Pantanaw 91-110 4 5.39+10.3 32.73 20.42 3 0.070 0.063<br />

ƒ = 95% fiducial limit<br />

Results are mean <strong>of</strong> duplicates <strong>and</strong> triplicates*<br />

Geographical Variation <strong>of</strong> Biological Properties <strong>of</strong> Russell’s Viper Venom<br />

67

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