Amphasys - Best Practice Tips for label-free Pollen Viability Analysis
... electro-chemical processes during the measurements lead to a slow but inevitable degradation of the ... electro-chemical processes during the measurements lead to a slow but inevitable degradation of the ...
Amphasys - Best Practice Tips for label-free Pollen Viability Analysis
... electro-chemical processes during the measurements lead to a slow but inevitable degradation of the ... electro-chemical processes during the measurements lead to a slow but inevitable degradation of the ...
Amphasys - Best Practice Tips for label-free Pollen Viability Analysis
... highest possible quality. The electro-chemical processes during the measurements lead to a slow but ... highest possible quality. The electro-chemical processes during the measurements lead to a slow but ...
Amphasys - Best Practice Tips for label-free Pollen Viability Analysis
... quality. The electro-chemical processes during the measurements lead to a slow but inevitable degradation ... quality. The electro-chemical processes during the measurements lead to a slow but inevitable degradation ...
Microsoft Word - 141218_Amphasoft_User_Guide_1.2.0
... ), signals from slow running particles are not counted or rejected due to imperfect signals. When zooming out ... ), signals from slow running particles are not counted or rejected due to imperfect signals. When zooming out ...
Mapping quantitative trait loci for heat tolerance of reproductive ...
... supplemented with slow-release fertiliser (4 g L−1 Osmocote Exact Standard 3–4 M, Everris International B.V ... supplemented with slow-release fertiliser (4 g L−1 Osmocote Exact Standard 3–4 M, Everris International B.V ...
Microsoft Word - 150713_Amphasoft_User_Guide_1.2.4
... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ...
Microsoft Word - 160107_Amphasoft_User_Guide_1.2.6
... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ...
Microsoft Word - 150429_Amphasoft_User_Guide_1.2.3
... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ...
Microsoft Word - 160710_Amphasoft_User_Guide_1.2.8
... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ... changing the x-axis to a shorter time frame (Fig. 13 left – time frame: 5 x 10-4 s), signals from slow ...
