RT @PLOSCompBiol: Wild animals may contribute to the resurgence of African sleeping sickness. Press release: http://t.co/pfwLqTSc. Paper: http://t.co/QRn85Gpo
RT @PLOSCompBiol: Wild animals may contribute to the resurgence of African sleeping sickness. Press release: http://t.co/pfwLqTSc. Paper: http://t.co/QRn85Gpo
RT @BiteOfAMosquito: Identifying Transmission Cycles at Human-Animal Interface: Role of Animal Reservoirs in Maintaining Sleeping Sickness http://t.co/dW36Agxq
RT @BiteOfAMosquito: Identifying Transmission Cycles at Human-Animal Interface: Role of Animal Reservoirs in Maintaining Sleeping Sickness http://t.co/dW36Agxq
RT @BiteOfAMosquito: Identifying Transmission Cycles at Human-Animal Interface: Role of Animal Reservoirs in Maintaining Sleeping Sickness http://t.co/dW36Agxq
Identifying Transmission Cycles at Human-Animal Interface: Role of Animal Reservoirs in Maintaining Sleeping Sickness http://t.co/dW36Agxq
Animal reservoir for gambiense HAT http://t.co/k4JSN440
Wild animals may contribute to the resurgence of African sleeping sickness. Press release: http://t.co/pfwLqTSc. Paper: http://t.co/QRn85Gpo
Identifying Transmission Cycles at the Human-Animal Interface: The Role of Animal Reservoirs in Maintaining Gambiens... http://t.co/Cn5JU6By