Data-driven predictions and novel hypotheses about zoonotic tick vectors from the genus Ixodes ...nice to see the product of a seemingly successful high school internship @caryinstitute! https://t.co/bz9xbcgAS8 #bmcecol @BioMedCentral
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @caryinstitute: New #bmcecol paper reveals traits of Ixodes tick species most likely to make us sick; IDs understudied species in need o…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @HLK110: Check out this awesome new paper out of the @caryinstitute that uses predictive modeling to identify features of Ixodes ticks t…
Check out this awesome new paper out of the @caryinstitute that uses predictive modeling to identify features of Ixodes ticks that are associated with zoonotic vector status. First authored by a high school student! https://t.co/zsL7TN55I0
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @caryinstitute: New #bmcecol paper reveals traits of Ixodes tick species most likely to make us sick; IDs understudied species in need o…
RT @caryinstitute: New #bmcecol paper reveals traits of Ixodes tick species most likely to make us sick; IDs understudied species in need o…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @caryinstitute: New #bmcecol paper reveals traits of Ixodes tick species most likely to make us sick; IDs understudied species in need o…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @bahanbug: Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic path…
RT @caryinstitute: New #bmcecol paper reveals traits of Ixodes tick species most likely to make us sick; IDs understudied species in need o…
Our latest, using #MachineLearning to predict new tick vectors & why some species may be better at transmitting zoonotic pathogens. Led by a superstar high school student, Laura Yang. https://t.co/M0Zn5WhlJk
New #bmcecol paper reveals traits of Ixodes tick species most likely to make us sick; IDs understudied species in need of surveillance, esp. in warming #Nearctic + #Palearctic biomes. @bahanbug @SpackenkillUFSD #HSInternScience https://t.co/ROgI42Tj6N http