Figure 2.
Severe spontaneous bleeding occurs in Dahl-FVIII−/−rats. Affected animals were closely monitored, and bleeding episodes were recorded. (A) Representative images of spontaneous bleeding in our inbred Dahl-FVIII−/− rats. (B) Spontaneous bleeding events in homozygous (FVIII−/−) and heterozygous (FVIII+/−) Dahl rats by 32 weeks of age. (C) Comparison of the occurrence of spontaneous bleeding episodes in Dahl-FVIII−/− (inbred) to SD-FVIII−/− (outbred) rats housed in our facility. SD-FVIII−/− rats were developed by Nielsen et al19 using a zinc-finger nuclease strategy resulting in a 13 bp deletion in exon 16 of the F8 gene. (D) Percentage of Dahl-FVIII−/− rats that experienced bleeding events by 32 weeks of age. (E) Percentage of SD-FVIII−/− rats that experienced events by 32 weeks of age.

Severe spontaneous bleeding occurs in Dahl-FVIII−/−rats. Affected animals were closely monitored, and bleeding episodes were recorded. (A) Representative images of spontaneous bleeding in our inbred Dahl-FVIII−/− rats. (B) Spontaneous bleeding events in homozygous (FVIII−/−) and heterozygous (FVIII+/−) Dahl rats by 32 weeks of age. (C) Comparison of the occurrence of spontaneous bleeding episodes in Dahl-FVIII−/− (inbred) to SD-FVIII−/− (outbred) rats housed in our facility. SD-FVIII−/− rats were developed by Nielsen et al19  using a zinc-finger nuclease strategy resulting in a 13 bp deletion in exon 16 of the F8 gene. (D) Percentage of Dahl-FVIII−/− rats that experienced bleeding events by 32 weeks of age. (E) Percentage of SD-FVIII−/− rats that experienced events by 32 weeks of age.

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