A Fungal Pathogen of Amphibians, Batrachochytrium dendrobatidis, Attenuates in Pathogenicity with In Vitro Passages http://t.co/a9oylNzjEN
A Fungal Pathogen of Amphibians, Batrachochytrium dendrobatidis, Attenuates in Pathogenicity with In Vitro Passages http://t.co/IGTuRG91PI
RT @IUCNscience: @PLOS @pennyultimate show pathogenicity of chytrid fungus decreases over time in lab http://t.co/pw6USvEONV #SaveAmphibians
RT @IUCNscience: @PLOS @pennyultimate show pathogenicity of chytrid fungus decreases over time in lab http://t.co/pw6USvEONV #SaveAmphibians
@PLOS @pennyultimate et al. show that pathogenicity of amphibian chytrid fungus decreases over time in lab cultures http://t.co/DsxK3hHgPq
@PLOS @pennyultimate et al. show that pathogenicity of amphibian chytrid fungus decreases over time in lab cultures http://t.co/DsxK3hHgPq
Keep track of your #Bd culture passage history and be careful with long-term experiments... http://t.co/u8bgdvRQD8 (same link as before)
#Bd culture w/ shorter passage history had greater zoospore densities & was associated w/ increase in pathogenicity. http://t.co/u8bgdvRQD8
@PLOS @pennyultimate et al. show that pathogenicity of amphibian chytrid fungus decreases over time in lab cultures http://t.co/DsxK3hHgPq
New paper by @pennyultimate: Amphibian spp vary in susceptibility to Bd & Bd attenuates "in captivity" http://t.co/itLjCXJziN in @plosone
New paper by @pennyultimate: Amphibian spp vary in susceptibility to Bd & Bd attenuates "in captivity" http://t.co/itLjCXJziN in @plosone
New paper by @pennyultimate: Amphibian spp vary in susceptibility to Bd & Bd attenuates "in captivity" http://t.co/itLjCXJziN in @plosone
New paper by @pennyultimate: Amphibian spp vary in susceptibility to Bd & Bd attenuates "in captivity" http://t.co/itLjCXJziN in @plosone
New paper by @pennyultimate: Amphibian spp vary in susceptibility to Bd & Bd attenuates "in captivity" http://t.co/itLjCXJziN in @plosone