MOESM4 of Improving chemical similarity ensemble approach in target prediction

Additional file 4.  Kinase specific training data set with activity cutoff 10 Οm

MOESM6 of Improving chemical similarity ensemble approach in target prediction

Additional file 6.  Kinase test data set

Potential effects of heat waves on the population dynamics of the dengue mosquito <i>Aedes albopictus</i> - Fig 3

(a) 35-year averaged annual daily mean temperature series (T); (b) simulated heat wave temperature series (T’); (c) extrapolated 3-year temperature series, where Year 1 and Year 3 are derived from T and Year 2 is derived from T’.</p

Potential effects of heat waves on the population dynamics of the dengue mosquito <i>Aedes albopictus</i> - Fig 5

Simulated population curves by the MPAD model under different heat wave scenarios: (a) different OHW (before DOY 192), (b) different OHW (after DOY 192), (c) different DHW, and (d) different . The black curve represents the population abundance under the non-heat wave scenario, where the peak is identified at DOY 192.</p

The study area: Guangzhou, China.

The map was produced by ESRI ArcMap 10.4. The data used for the map was open access and was provided by ESRI ArcGIS Online.</p

Potential effects of heat waves on the population dynamics of the dengue mosquito <i>Aedes albopictus</i> - Fig 6

The relationships between RD and heat wave characteristics: (a-c) OHW, (d-f) DHW, and (g-i) . Controlled variables are chosen as their first (Q1), second (Q2), and third quartile (Q3).</p

The frequency distributions of heat wave characteristics in Guangzhou, China (1980–2014).

The Y-axes are the frequency (count), the X-axes are (a) year of occurrence, (b) onset day (DOY), (c) duration (days), (d) average daily mean temperature (), (e) maximum of the daily maximum temperature (), respectively.</p

Experimental design to test the effect of each heat wave characteristic.

Experimental design to test the effect of each heat wave characteristic.</p

Descriptive statistics of heat wave characteristics based on HW Definition I (<i>n</i> = 127, 1980–2014).

Descriptive statistics of heat wave characteristics based on HW Definition I (n = 127, 1980–2014).</p

Overlay of simulated blood-fed adult populations <i>A</i>^HW derived from 127 heat wave temperature series <i>T’</i>.

The inset shows the comparison between one selected AHW (red curve, under one heat wave scenario T’) and A (black curve, under the non-heat wave scenario T).</p