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Figure 1 | Journal of Biological Engineering

Figure 1

From: Cross-section perimeter is a suitable parameter to describe the effects of different baffle geometries in shaken microtiter plates

Figure 1

Designs of MTP well geometries (48-well plate format). (A) 3 different sets of well geometries represent the gradual transition from the most pronounced baffling (square and pentagon geometry, respectively) to the least pronounced geometry (round geometry); (B) 3 groups of well designs attained by introducing different types of baffles in round (baffled cylinders) or edged (star and flower shapes) well geometries. All geometries have an equivalent cross-section area of 112 mm2. The diameters of the edge roundings or the introduced half-circular baffles are given in parentheses. Further design details can be found in Funke et al. (2009) [12]; (C) Geometries described in (A) and (B) sorted according to their perimeter relative to the round well geometry.

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