“…It has been suggested in recent studies to be viewed as a combination of two opposing force components: one is the center‐directed elastic lift component, , due to fluid elasticity, and the other is the wall‐directed elastic lift component, , due to fluid elasticity and shear thinning. The total elastic lift, , is expressed in the following scale , where d is the (equivalent) spherical cell diameter, λ is the fluid relaxation time, and is the fluid shear rate. It increases with the Weissenberg number, , where U is the average fluid velocity, w is the channel width, Q is the volumetric flow rate, and h is the channel height.…”