Fig. 4

Vectormetry for horizontal alignment of anisotropic and mesotropic genes by heterochromatin strand structural pressurotopy. Anisotropic gene loci are positioned between angles 82.3 and 60.5⁰ in the z, y-vertical plane encounter the chromatin-associated protein viscosity effect at intergene segments. The effective momentum (m_eff) in anisotropic gene alignment to the z, x-horizontal plane is m_A = m_{ch tropy} (- m_{pro-grav ch tropy}) as indicated by the left bracket. Mesotropic gene loci are positioned between angles 60.4 and 11.7⁰ in the z, y-vertical plane encounter dual chromatin-associated protein viscosity effect at intergene segments and the nuclear membrane nucleoplasm chromatin-associated protein viscosity effect at intergene segments. The effective momentum (m_eff) in mesotropic gene alignment to the z, x-horizontal plane is m_M = m_{ch tropy} + m_{ch nmn tropy} (- m_{pro-grav ch tropy}) as indicated by the right bracket. The effective momentum (m_eff) in gene transcription will be inversely proportional to the effective cell pressure (P_eff) required for horizontal alignment of gene intergene loop segment tropy, P_eff (0.064 ≥ x < 0.245) · m_A = P_eff (0.245 ≥ x ≤ 0.648) · m_M. The initial momentum vector for anisotropic gene alignment, m_{ch tropy}, will be greater as the origination point of anisotropic genes is 7.7 degrees (⁰) from the z, y-vertical, which require lesser applied pressure for horizontal alignment; whereas, the initial momentum vector for mesotropic gene alignment, m_{ch tropy} + m_{ch nmn tropy} (m_M), will be lesser as the origination point of mesotropic genes is between 29.6⁰ and 78.3 degrees (⁰) to the z, y-vertical plane, which require lesser applied pressure for horizontal alignment. Therefore, the effective momentum (m_eff; m_A, m_M) for gene transcription is inversely proportional to the effective cell pressure (P_eff) required for horizontal alignment of gene intergene loop segment tropy. Legend. m_{ch tropy}, left bracket; m_{ch tropy} + m_{ch nmn tropy}, right bracket; m_{pro-grav ch tropy}, pro-gravitational momentum vector (not shown); P_{effective intracellular pressure} (P_eff) = P_{effective intranuclear pressure}