Fig. 2

Angulation of intergene base arc distance tropy in reference to the z, x-axis horizontal plane for anisotropic heterochromatin loop segment genes. Anisotropic heterochromatin strand loop micro-structural arrangement is a series of ≥ 3 intergene base distance-separated genes perceiving the asymmetric tropy viscosity effect with nano-compliance of the same, Θ_A, lncRNA class gene GC01P156524 (P_eff, 0.199)-containing anisotropic form heterochromatin strand loop segment for example is arranged as GC01P156524 (Θ_A = 66⁰)-TTC24 (Θ_A = 72.4⁰)-NAXE (Θ_A = 67.0⁰)-HALPN2 (Θ_A = 67.3⁰)-BCAN (Θ_A = 60.6⁰) in series from 5’ to 3’ on human ch 1q22 at positions +11 through +15 in reference to LMNA. As shown is a gene of an anisotropic heterochromatin segment loop positioned at Θ_A = 60.49⁰ (P_eff, 0.2445) in the z, y-axis plane is transcriptionally active at Θ_A = Θ_H, and ch 14q32.3 reverse strand (-) IGH_ immunoglobin heavy chain locus gene, MIR4537, positioned at the upper limit of angulation Θ_A = 82.3⁰, aligns for z, x-horizontal plane transcription at a P_eff = 0.064 esebssiwaagoT_Q units. Legend. Θ_H, zero degree horizontal axis line of unity; d_A, hypotenusal distance of anisotropic gene intergene tropy bases; d_A sin Θ_A, distance to horizontal for anisotropic gene intergene tropy distance; d_A at H₀ = 0⁰, d_A·cos Θ_A + x_A; P_{effective intracellular pressure} (P_eff) = P_{effective intranuclear pressure}