Data show re-emergence of cutaneous leishmaniasis in endemic countries & increase of imported cases in other areas https://t.co/qwC5jWRKXn
Reemergence of cutaneous leishmaniasis prompts WRAIR researchers to study improved, more specific diagnostics https://t.co/2ox6L6oAxV
Real-time PCR using FRET technology for Old World cutaneous leishmaniasis species differentiation https://t.co/2ox6L6oAxV
RT @wrair: Leishmaniasis is on the rise in some eastern parts Asia. WRAIR works to mitigate the impact. https://t.co/2ox6L6oAxV
RT @wrair: Leishmaniasis is on the rise in some eastern parts Asia. WRAIR works to mitigate the impact. https://t.co/2ox6L6oAxV
RT @wrair: Leishmaniasis is on the rise in some eastern parts Asia. WRAIR works to mitigate the impact. https://t.co/2ox6L6oAxV
Leishmaniasis is on the rise in some eastern parts Asia. WRAIR works to mitigate the impact. https://t.co/2ox6L6oAxV
WRAIR researchers apply innovative method of differentiating leishmaniasis species https://t.co/vAZV2vXUXk
Reemergence of leishmaniasis in endemic countries calls for application of unconventional diagnostic method https://t.co/qwC5jWRKXn
Applying new PCR method to differentiate leishmaniasis species https://t.co/qwC5jWRKXn
Real-time PCR using FRET technology for Old World cutaneous leishmaniasis species differentiation https://t.co/pTJG5aG7rp
Real-time PCR using FRET technology for Old World cutaneous leishmaniasis species differentiation. https://t.co/VdMrFSEBTE
WRAIR scientists partner to test single step, reliable PCR method to identify parasites & rapidly diagnose infection https://t.co/qwC5jWRKXn
Real-time PCR using FRET technology for Old World cutaneous leishmaniasis species different... https://t.co/e7KzaVTXZT #parasitesandvectors