17Sp0 → SpD locational Sp6 results in Fus with Duplicate Sp6. 18Sp0 ≠ Fus

MSp6+ has an strong link with Li showing S0 progression.

unexplained relationships<< MORE >>

S0 initiation along the Sg6 pathway requires Sg6+ balancing first. Replicative Sg6 is found along the three S0 phases. The first Sg6 is locational before S0p2 and during S0p2 does it become balanced. All further Sg6 have 6D similarites.

  Sp6+ doublets seem to reduce the progression of Sp0 along the Sp6 Pathway due to the existence of SpO+. Sp6+2 is not effected.

Cp0 is equivalent to 1.30 = 17.60 Sp0
Dp0 is equivalent to 1.72 = 18.06 Sp0

 Sp6 (3s) -20 separations under acc- conditions results in the false Sp6 (3s) -20 being released via the SpD Pathway . The true Sp6 (3s) -20 is maintained with all S0. The other true Sp6 (3s) -20 is S0 Env+.

Sp6S3 over extended time of Env50+1 seems to have an effect on Sp strength levels. Gradual decrease after +1 is released.

 When both Sp6a and Sp6b have Sp0- replaced with Sp0+ during phase one of the Sp0 pathway, this can result in displacement of the Sp6ab structure. Sp0+ has opposite outside data to Sp0-. SD1 acceptance for SpO- encourages closer collaboration with SpO+ and both Sp6a and Sp6b before they follow their own pathway. Sp0+ involvement with both Sp6a and Sp6b during phase two of the Sp0 Pathway will continue to decrease over time.

Sp2 involvement with other sp6 sectors can result in slow down in pathway flow.  When Sp2 is present with Sp6+ pathway flow is enhanced, due to data misconception by Sp2. This is the opposite of S0 balancing.