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. 2020 Oct 1;12(10):1118. doi: 10.3390/v12101118

Table 1.

Primary literature regarding the tenacity of African swine fever virus (ASFV) in blood, different organs and body fluids.

Reference Material ASFV Stability Method
Blood
Montgomery 1921 [27] Defibrinated blood (RT) 140 days In vivo assay
Preserved blood (RT) 404 days
Preserved blood (37 °C) 104 h
Preserved blood (40 °C) 15 days
Preserved blood (50 °C) 4 h
Preserved blood (55 °C) 1 h
Filtered serum (RT) 428 days
Steyn 1932 [30] Preserved blood in ice chests 12 months In vivo assay
Clotted blood from decomposed carcass 5 days
Walker 1933 [28] Preserved blood (1–4 °C) 1076 days In vivo assay
De Kock et al., 1940 [32] Blood stored “in a cold room in the dark” 6 years In vivo assay
Kovalenko et al., 1965 [29] Dried blood 2165 days
Native blood in sealed ampules 1526 days
Frozen meat (3–4 °C) 104 days
Kovalenko et al., 1965 [29] Fresh blood on wood, buried 81 days In vivo assay
Fresh blood on wood, surface 6 months
Fresh blood on bricks, buried 112 days
Clotted blood buried in garden soil 112 days
Clotted blood buried in sandy forest 81 days
Clotted blood in pond water 70 days
Plowright and Parker 1967 [31] Preserved blood (4 °C) 18 months In vivo assay
Blome and Dietze 2011 [33] Blood (4 °C, 18–22 °C, 37 °C) 3 months Virus isolation
Organs
Kovalenko et al., 1965 [29] Spleen buried in soil 280 days In vivo assay
Plowright and Parker 1967 [31] Spleen suspension (−70 °C) 82–105 weeks In vivo assay
Spleen suspension (−20 °C) marked instability
Blome and Dietze 2011 [33] Spleen (4 °C, 18–22 °C, 37 °C) 3 months Virus isolation
de Carvalho Ferreira et al., 2014 [41] Spleen, liver, lymph nodes, tonsil Half-life: 4–80/2.7–7.4/1.8–4.6/1.7–3.8 days PCR
Mazur-Panasiuk and Woźniakowski 2020 [34] Spleen (−20 °C, 4 °C, 23 °C) Predicted survival time: 483/126/15 days PCR
Putrescent spleen in water/soil/leaf litter/straw/hay/grain (4 °C) Predicted survival time: 36/33/19/97/113/69 days
Lung (−20 °C, 4 °C, 23 °C) Predicted survival time: 714/136/9 days
Kidney (−20 °C, 4 °C, 23 °C) Predicted survival time: 353/35/17 days
Muscle
Blome and Dietze 2011 [33] Muscle (37 °C) 3 months PCR, virus isolation
Muscle (4 °C) 2 months
Urine
Kovalenko et al., 1965 [29] Urine (4 °C) 60 days In vivo assay
Davies et al., 2017 [36] Urine (4° C, 12 °C, 21 °C, 37 °C) Estimated survival: 15.3/7.5/4.8/2.9 days PCR, virus isolation
Faeces
Kovalenko et al., 1965 [29] Faeces (4 °C) 160 days In vivo assay
Blome and Dietze 2011 [33] Faeces (18–22 °C) 3 months Virus isolation
de Carvalho Ferreira et al., 2014 [41] Faeces (5 °C, 12 °C, 20 °C, 30 °C) Half-life: 1568/660/21.7/15.3 days PCR
Davies et al., 2017 [36] Faeces (4 °C, 12 °C, 21 °C, 37 °C) Estimated survival: 8.5/6.5/5.1/3.7 days PCR, virus isolation
Pork Products
McKercher et al., 1978 [42] Pepperoni sausage 8 days In vivo assay
McKercher et al., 1987 [6] Muscle of Parma ham 183 days Virus isolation (HAT)
Bone marrow of Parma ham 94 days
Fat of ham 183 days
Pooled muscle, bone marrow, fat of ham 291 days In vivo assay
Mebus et al., 1993 [8] Muscle of dry cured Iberian ham/shoulder/loin/dry cured Serrano ham 112/112/98/112 days In vivo assay
Fat of dry cured Iberian ham/shoulder/dry cured Serrano ham 112/84/112 days
Bone marrow of dry cured Iberian ham/shoulder/dry cured Serrano ham 112/84/112 days
Lymph node of dry cured Iberian ham/dry cured Serrano ham 112/56 days
Kolbasov et al., 2011 [5] Meat and fat (22–27 °C, salted) 16 days PCR
Pork products (4–6 °C) 84 days
Pork products (−18–20 °C) 118 days
Petrini et al., 2019 [7] Italian salami 18 days In vivo assay
Pork belly 60 days
Loin 83 days