Table 2.

Morphomigrational description of fragments K1, H1–H5.

Fragment of sequence	Parameter	Coarse-grain description of numerical values	What does the quantitative parameter inform about	Morphomigrational behaviour
K1	sMM	Moderate and high, sign does not change	Displacement perpendicular to major axis, always on the same side of it	Perpendicular displacement [frames 16–19] and askew displacement [frame 20]
	α	Low, sign might change	Movement in particular direction. Changing sign informs about no visible bias in the clockwise nor anti-clockwise direction
	Δϕ	Very low, sign might change	No rapid changes of cell shape
	ε	Moderate, increasing	Moderately elongated
H1	sMM	Very low and low, sign does not change	Displacement along the major axis	Lateral displacement [frames 3, 5, 6]
	α	Low, sign might not change	Movement in particular direction. Changing sign informs about no visible bias in the clockwise nor anti-clockwise direction
	Δϕ	Very low and low, sign might not change	Cell shape rotates slightly anti-clockwise
	ε	Moderate, constant	Moderately elongated cell
	sMM	Very low and low, the same sign	Displacement along the major axis	With occasional lateral U-turns [frames 4, 7]
	α	Low → high/very high, sign might change	Cell performs the turn back
	Δϕ	Very low and low, the same sign	Barely noticeable anti-clockwise turn of the shape
	ε	Moderate, constant	Moderately elongated cell
H2	sMM	Moderate and low, changing sign	Displacement in various directions regarding M.A.	Rounded cell with chaotic movement [frames 12–14]
	α	High and very high, changing sign	Nondirectional movement
	Δϕ	Low, moderate and high, the same sign	Shape changes its arrangement in clockwise direction
	ε	Moderate and low, decreasing	Rounded or regular polygonal shape
H3	sMM	Very low → high, the same sign	Rapid change of sMM from lateral to perpendicular movement	Rear protrusion retraction with directional displacement. Cell geometry changes from parallel to perpendicular to movement direction [frames 22–23]
	α	Low, changing sign	Movement in particular direction. Changing sign informs about no visible bias in the clockwise nor anti-clockwise direction
	Δϕ	High → low, the same sign	Incidental rotation of cell shape, further conservation of this arrangement on 2D plane
	ε	Moderate, stable	Moderately elongated cell
H4	sMM	Moderate and high, changing sign	Protrusions are created perpendicularly and askew to M.A. on both sides of it. The same sign in the end of sequence indicates perpendicular displacement	Perpendicular/askew stretching ended with perpendicular displacement [frames 24–28]
	α	Very high, moderate and low sign does not change	Chaotic movement ended by directional movement
	Δϕ	Very low and low, changing sign	Shape slightly changes its arrangement first anti-clockwise and then clockwise
	ε	Moderate, increasing	Cell slightly stretches itself while still being moderately elongated
H5	sMM	Moderate, the same sign	Displacement askew to the major axis constantly on the same side of M.A.	Lateral stretching with perpendicular displacement [frames 31–34]
	α	High → low, changing sign	Cell first changes movement direction (high α) and then stabilizes it (low α)
	Δϕ	Low and very low, mostly the same sign	Cell arrangement slightly changes in the beginning and stabilizes itself in next frames
	ε	Moderate, increasing	Cell stretches itself