RBPMS RNA Transcript 1
Unknown
Gene type: protein
organism=Homo sapiens
RNA - Complete transcript with introns and exons
β 1536 codons, 196 functional, 226 bonds
Pattern Distribution:
Pattern 3 (Structural (Simple)): 29 (14.8%)
Pattern 5 (Flow (Bonding)): 15 (7.7%)
Pattern 20 (Complex (Coordination)): 64 (32.7%)
Pattern 201 (Spiral Threaders (ΟΒΉ Harmonics)): 21 (10.7%)
Pattern 202 (Pentagon Ricochets (ΟΒ² Harmonics)): 23 (11.7%)
Pattern 203 (Fibonacci Pilers (ΟΒ³ Harmonics)): 14 (7.1%)
Pattern 204 (Golden Harmonic Resonators (Οβ΄ Harmonics)): 16 (8.2%)
Pattern 205 (Geometric Controllers (Οβ Harmonics)): 14 (7.1%)
Junk 66 (DNA's Highway - navigating, timing, scaling, control): 1340 (87.2%)ππͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈπ ποΈπ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ ποΈβ° ποΈβ° ποΈβ° ποΈβ° ποΈβ° ποΈβ° ποΈβ° ποΈβ° ποΈβ° ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ποΈπ β°ποΈ ποΈβ° ποΈβ° β°ποΈ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πΆποΈ ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ποΈβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ β°ποΈ πΆβ° πͺ¨πͺ¨ β°ποΈ β°ποΈ ποΈβ° ποΈβ° β°ποΈ β°ποΈ β°ποΈ ποΈβ° ποΈβ° πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ πΆπ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πποΈ ποΈπ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ ποΈβ° πͺ¨πͺ¨ ποΈβ° ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πποΈ πποΈ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πΆποΈ πποΈ ποΈπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ ποΈπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ ποΈπ πποΈ ποΈπ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πποΈ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆποΈ πποΈ πποΈ ποΈπ ππ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ ποΈπ πποΈ ποΈπ πͺ¨πͺ¨ ππ ππ πποΈ πΆπ ππ βπ π𧬠π𧬠β¬π« β¬π« ππ π΅π« β¬β πππͺοΈ β¬β π𧬠πΈπ ββ°οΈ πβ‘ β¬β π΅π« π𧬠βπ ππΏ β¬β β¬β β¬β πΈπ ππ πΈπ βπ’ ππ΅ πΈπ ββ‘ β¬π« βπ βποΈ ββ βπ₯ βπͺ ππ βποΈ ππ β¬β βπ βπ ββ βπ βπ΅ ππ― ππ ππ΅ πππͺοΈ β¬π« βπ β¬β βποΈ πΈπ₯ βπ βπ πππͺοΈ βπ βπ πΈπ₯ ππ ππΏ βποΈ βπ» βποΈ ππ΅ πΈπ ββ‘ ππ΅ π΅πΌ, ββ‘ π΅π βπ β¬π π΅π― β¬β βπ§ π΅π― πππͺοΈ βπ βπ§ πΈπ§ βπ β¬π« βπͺ π΅π βπ΅ βπ₯ βποΈ β¬π βπ° ββ°οΈ πππ± βπ βπ’ ππ² βπ’ β¬β ππ΅ βπ§ πππͺοΈ π΅π― π𧬠βπ€Έ πππͺοΈ βπ π΅π« πππͺοΈ π𧬠ππ βπ βπ» ππ βπ― ππ π𧬠ππ ββ‘ βπ― βποΈ ββ ππ π𧬠βπ― βπ» βποΈ ππΏ βπ΅ βπ° π΅π« ππ― β¬β ππ βπ β¬β βπ βπ βπ βποΈ π΅π― βπ ββ΅ ππ ββ‘ πβ‘ βποΈ β¬π βπ πΈπ π΅π« ββ°οΈ ββ΅ βποΈ ββ ββ΅ ππ π΅π₯ β¬β βποΈ π΅π₯ βποΈ βπ§ βπ’ βποΈ βποΈ βποΈ βπ§ βπ΅ πΈπ βπ ππ βπ§ βπ ββ βποΈ π΅π« ππΏ βπ π΅π πΈπ βπ βποΈ ππ πΈπ β¬β βπ§ βπ― πΈπ₯ ππΏ β¬π« πΈπ πππͺοΈ πΈπ βπ¬ ππΏ βπ΅ βπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πβ° πβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈπ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πποΈ ποΈβ° πποΈ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ β°ποΈ ποΈβ° ποΈπ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°ποΈ πͺ¨πͺ¨ ππ πΆπ πΆπ πͺ¨πͺ¨ β°π β°π πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ποΈπ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ β°π πποΈ ποΈπ ππ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πΆβ° β°ποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ποΈβ° ππ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π ποΈπ πͺ¨πͺ¨ β°ποΈ ππ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πβ° ποΈπ ποΈπ ππ πποΈ β°ποΈ ππ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈβ° πβ° πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π β°π ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ β°π ππ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆβ° ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ β°π β°π πΆπ πΆπ πποΈ β°π πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈβ° πποΈ ποΈβ° πͺ¨πͺ¨ ππ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ β°π ποΈπ πποΈ πποΈ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ποΈπ πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πβ° β°π πποΈ ποΈπ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πΆπ πποΈ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° πͺ¨πͺ¨ πΆποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ποΈβ° πβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆβ° ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° β°π πβ° πΆβ° πͺ¨πͺ¨ πΆβ° πβ° πβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ππ ποΈβ° β°π ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πΆπ πποΈ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°π πΆπ ππ ππ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°ποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ β°ποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ ππ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ β°π ππ πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πΆπ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πβ° πβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈπ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πποΈ ποΈβ° πποΈ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ β°ποΈ ποΈβ° ποΈπ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°ποΈ πͺ¨πͺ¨ ππ πΆπ πΆπ πͺ¨πͺ¨ β°π β°π πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ποΈπ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ β°π πποΈ ποΈπ ππ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πΆβ° β°ποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ποΈβ° ππ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π ποΈπ πͺ¨πͺ¨ β°ποΈ ππ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πβ° ποΈπ ποΈπ ππ πποΈ β°ποΈ ππ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈβ° πβ° πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π β°π ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ β°π ππ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆβ° ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ β°π β°π πΆπ πΆπ πποΈ β°π πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈβ° πποΈ ποΈβ° πͺ¨πͺ¨ ππ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ β°π ποΈπ πποΈ πποΈ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ποΈπ πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πβ° β°π πποΈ ποΈπ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πΆπ πποΈ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° πͺ¨πͺ¨ πΆποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ποΈβ° πβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆβ° ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° β°π πβ° πΆβ° πͺ¨πͺ¨ πΆβ° πβ° πβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ππ ποΈβ° β°π ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πΆπ πποΈ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°π πΆπ ππ ππ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°ποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ β°ποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ ππ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ β°π ππ πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πΆπ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨
Gene Report
π¬ RBPMS_RNA_T1
Function: π SPIRAL ENGINEER (Helical Assembly)
Total Codons: 1536, Functional: 196
Pattern Distribution:
Pattern 3 (Structural (Simple)): 29 (14.8%)
Pattern 5 (Flow (Bonding)): 15 (7.7%)
Pattern 20 (Complex (Coordination)): 64 (32.7%)
Pattern 201 (Spiral Threaders (ΟΒΉ Harmonics)): 21 (10.7%)
Pattern 202 (Pentagon Ricochets (ΟΒ² Harmonics)): 23 (11.7%)
Pattern 203 (Fibonacci Pilers (ΟΒ³ Harmonics)): 14 (7.1%)
Pattern 204 (Golden Harmonic Resonators (Οβ΄ Harmonics)): 16 (8.2%)
Pattern 205 (Geometric Controllers (Οβ Harmonics)): 14 (7.1%)
Junk 66 (DNA's Highway - navigating, timing, scaling, control): 1340 (87.2%)
Flow/Structure Ratio: 0.52 - π Structure Heavy: flexible bonding
Folding Strategy: π COMPLEX FOLDING (Multi-domain coordination)
Bonding Sites: 226
Early bonds: 226 (avg distance: 45.3)
Middle bonds: 0 (avg distance: 0.0)
Late bonds: 0 (avg distance: 0.0)
π Protein Folding - Bond/Coordination Candidates:
π’ @186 (201+2 :AAC) πͺ 265 β To @(5+3 TTG) <> π΄ High Energy Collision 187, 195, 201 β To @(201+2 AAC)
π’ @187 (201+2 :AAC) πͺ 265(-1) β To @(5+3 TTG) <> π΄ High Energy Collision 186, 195, 201, 286 β To @(201+2 AAC)
π° @188 (202+5 :GGC) πͺ 197(-1), 275 β To @(20+14 CCG) <> π΄ High Energy Collision 189, 214, 233, 267 β To @(202+5 GGC)
π° @189 (202+5 :GGC) πͺ 197, 275 β To @(20+14 CCG) <> π΄ High Energy Collision 188, 214, 233, 267 β To @(202+5 GGC)
π’ @192 (202+3 :GAG) πͺ 224(-3), 241(-2) β To @(20+15 CTC) <> π΄ High Energy Collision 194, 199, 204, 205, 206...,257, 259, 273, 281 β To @(202+2, 202+3 GAA, GAG)
π’ @193 (201+1 :AAG) πͺ 228, 270 β To @(3+7 TTC) <> π΄ High Energy Collision 232, 240, 262, 284, 288, 291 β To @(201+1 AAG)
π’ @194 (202+3 :GAG) πͺ 224(-3), 241(-2) β To @(20+15 CTC) <> π΄ High Energy Collision 192, 199, 204, 205, 206...,257, 259, 273, 281 β To @(202+2, 202+3 GAA, GAG)
π’ @195 (201+2 :AAC) πͺ 265(2) β To @(5+3 TTG) <> π΄ High Energy Collision 186, 187, 201, 286, 292 β To @(201+2 AAC)
π° @197 (20+14 :CCG) πͺ 188(-1), 189, 214, 233, 267(2) β To @(202+5 GGC) <> π΄ High Energy Collision 275 β To @(20+14 CCG)
π· @199 (202+3 :GAG) πͺ 224(-2), 241, 294 β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 204, 205, 206...,257, 259, 273, 281 β To @(202+2, 202+3 GAA, GAG)
π’ @201 (201+2 :AAC) πͺ 265 β To @(5+3 TTG) <> π΄ High Energy Collision 186, 187, 195, 286, 292, 299 β To @(201+2 AAC)
π° @203 (203+2 :CAG) πͺ 207(-4), 212, 250 β To @(5+6 GTC) <> π΄ High Energy Collision 245 β To @(203+2 CAG)
π· @204 (202+3 :GAG) πͺ 224(-5), 241, 294 β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 199, 205, 206...,257, 259, 273, 281 β To @(202+2, 202+3 GAA, GAG)
π· @205 (202+3 :GAG) πͺ 224(-6), 241, 294 β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 199, 204, 206...,257, 259, 273, 281 β To @(202+2, 202+3 GAA, GAG)
π· @206 (202+3 :GAG) πͺ 224(-5), 241, 294 β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 199, 204, 205...,257, 259, 273, 281 β To @(202+2, 202+3 GAA, GAG)
π° @207 (5+6 :GTC) πͺ 203(-4), 245 β To @(203+2 CAG) <> π΄ High Energy Collision 212, 250 β To @(5+6 GTC)
π° @210 (20+17 :CTA) πͺ 218, 271 β To @(20+24 GAT) <> π΄ High Energy Collision 278, 280 β To @(20+17 CTA)
π° @212 (5+6 :GTC) πͺ 203, 245, 310 β To @(203+2 CAG) <> π΄ High Energy Collision 207, 250 β To @(5+6 GTC)
π’ @213 (20+21 :AGT) πͺ 256(-2) β To @(20+9 TCA) <> π΄ High Energy Collision 251, 254, 301 β To @(20+21 AGT)
π· @214 (202+5 :GGC) πͺ 197, 275 β To @(20+14 CCG) <> π΄ High Energy Collision 188, 189, 233, 267 β To @(202+5 GGC)
π· @216 (3+8 :CCT) π 228(-3), 270(-3), 311(-2) β To @(3+7 TTC) <> π΄ High Energy Collision 221, 246, 272, 303, 309 β To @(3+8 CCT)
π’ @217 (20+1 :CTG) πͺ 253 β To @(204+1 GAC) <> π΄ High Energy Collision 226, 304 β To @(20+1 CTG)
π° @218 (20+24 :GAT) πͺ 210, 278, 280 β To @(20+17 CTA) <> π΄ High Energy Collision 271 β To @(20+24 GAT)
π° @221 (3+8 :CCT) π 228, 270(-2), 311(-2) β To @(3+7 TTC) <> π΄ High Energy Collision 216, 246, 272, 303, 309 β To @(3+8 CCT)
π° @223 (202+3 :GAG) πͺ 224(4), 241, 294(-2), 319 β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 199, 204, 205...,273, 281, 315, 318 β To @(202+2, 202+3 GAA, GAG)
π° @224 (20+15 :CTC) πͺ 192(-3), 194(-3), 199(-2), 204(-5), 205(-6), 206(-5), 223(4), 235(-4), 259(-3), 281(-2), 315(-3), 318(-2) β To @(202+3 GAG) <> π΄ High Energy Collision 241, 294, 319 β To @(20+15 CTC)
π· @225 (3+4 :TAT) π 239 β To @(3+3 ATA) <> π΄ High Energy Collision 234, 317 β To @(3+4 TAT)
π· @226 (20+1 :CTG) πͺ 253 β To @(204+1 GAC) <> π΄ High Energy Collision 217, 304 β To @(20+1 CTG)
π° @228 (3+7 :TTC) πͺπ Opposites + Structural Lock Key193, 216(-3), 221, 232, 240(3), 246(4), 262, 272(-2), 284, 288, 291, 303(-1), 309(-2), 322(-1) β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 270, 311 β To @(3+7 TTC)
π° @229 (201+3 :AGA) πͺ 237(3), 243(2) β To @(5+1 TCT) <> π΄ High Energy Collision 314 β To @(201+3 AGA)
π° @230 (203+4 :CCA) πͺ 236(4), 248 β To @(20+25 GGT) <> π΄ High Energy Collision 298, 316 β To @(203+4 CCA)
π° @232 (201+1 :AAG) πͺ 228, 270, 311 β To @(3+7 TTC) <> π΄ High Energy Collision 193, 240, 262, 284, 288, 291, 296 β To @(201+1, 201+5 AAG, GGG)
π’ @233 (202+5 :GGC) πͺ 197, 275 β To @(20+14 CCG) <> π΄ High Energy Collision 188, 189, 214, 267 β To @(202+5 GGC)
π° @234 (3+4 :TAT) π 239(2) β To @(3+3 ATA) <> π΄ High Energy Collision 225, 317 β To @(3+4 TAT)
π° @235 (202+3 :GAG) πͺ 224(-4), 241(3), 294, 319(-1) β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 199, 204, 205...,281, 315, 318, 330 β To @(202+2, 202+3 GAA, GAG)
π° @236 (20+25 :GGT) πͺ 230(4), 298, 316(-1) β To @(203+4 CCA) <> π΄ High Energy Collision 248 β To @(20+25 GGT)
π° @237 (5+1 :TCT) πͺ 229(3), 314(2) β To @(201+3 AGA) <> π΄ High Energy Collision 243 β To @(5+1 TCT)
π° @239 (3+3 :ATA) π 225, 234(2), 317(8) β To @(3+4 TAT)
π· @240 (201+1 :AAG) πͺ 228(3), 270, 311 β To @(3+7 TTC) <> π΄ High Energy Collision 193, 232, 262, 284, 288, 291, 296 β To @(201+1, 201+5 AAG, GGG)
π° @241 (20+15 :CTC) πͺ 192(-2), 194(-2), 199, 204, 205, 206, 223, 235(3), 259, 281, 315(5), 318 β To @(202+3 GAG) <> π΄ High Energy Collision 224, 294, 319 β To @(20+15 CTC)
π· @243 (5+1 :TCT) πͺ 229(2), 314(3) β To @(201+3 AGA) <> π΄ High Energy Collision 237 β To @(5+1 TCT)
π° @245 (203+2 :CAG) πͺ 207, 212, 250 β To @(5+6 GTC) <> π΄ High Energy Collision 203, 310 β To @(203+2 CAG)
π· @246 (3+8 :CCT) π 228(4), 270(-2), 311(-4) β To @(3+7 TTC) <> π΄ High Energy Collision 216, 221, 272, 303, 309, 322, 329, 336, 344 β To @(3+8 CCT)
π· @248 (20+25 :GGT) πͺ 230, 298, 316, 339 β To @(203+4 CCA) <> π΄ High Energy Collision 236 β To @(20+25 GGT)
π° @250 (5+6 :GTC) βπͺ Flow Figure8 + Opposites203, 245, 310, 332 β To @(203+2, 5+5 CAG, TGG) <> π΄ High Energy Collision 207, 212 β To @(5+6 GTC)
π° @251 (20+21 :AGT) πͺ 256(-3) β To @(20+9 TCA) <> π΄ High Energy Collision 213, 254, 301, 327 β To @(20+21 AGT)
π· @253 (204+1 :GAC) πͺ 217, 226, 304, 337 β To @(20+1 CTG) <> π‘βοΈ βοΈ Medium Energy Guidance + Unknown Coordination 204+1 205+1 + Unknown Coordination 205+1 204+1 190, 220, 244, 255, 269, 293 β To @(204+5, 205+1 AAA, CGC)
π° @254 (20+21 :AGT) πͺ 256 β To @(20+9 TCA) <> π΄ High Energy Collision 213, 251, 301, 327 β To @(20+21 AGT)
π’ @255 (204+5 :CGC) πͺ 340, 343 β To @(204+3 GCG) <> π΄π‘ High Energy Collision + Medium Energy Guidance 253, 269 β To @(204+1, 204+5 CGC, GAC)
π° @256 (20+9 :TCA) πͺ 213(-2), 251(-3), 254, 301(-2), 327(-2) β To @(20+21 AGT)
π· @259 (202+3 :GAG) πͺ 224(-3), 241, 294, 319(-3) β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 199, 204, 205...,315, 318, 330, 341 β To @(202+2, 202+3 GAA, GAG)
π· @260 (20+4 :GCT) πͺ 279(-1) β To @(203+3 CGA) <> π΄ High Energy Collision 264, 283, 345, 350, 355 β To @(20+4 GCT)
π° @262 (201+1 :AAG) πͺ 228, 270, 311, 351(-2) β To @(3+7 TTC) <> π΄ High Energy Collision 193, 232, 240, 284, 288, 291, 296 β To @(201+1, 201+5 AAG, GGG)
π’ @263 (3+2 :AAT) π 342 β To @(3+1 TTA) <> π΄ High Energy Collision 266 β To @(3+2 AAT)
π· @264 (20+4 :GCT) πͺ 279 β To @(203+3 CGA) <> π΄ High Energy Collision 260, 283, 345, 350, 355 β To @(20+4 GCT)
π· @265 (5+3 :TTG) πͺ 186, 187(-1), 195(2), 201, 286, 292, 299, 306 β To @(201+2 AAC)
π’ @266 (3+2 :AAT) π 342 β To @(3+1 TTA) <> π΄ High Energy Collision 263 β To @(3+2 AAT)
π° @267 (202+5 :GGC) πͺ 197(2), 275, 334 β To @(20+14 CCG) <> π΄ High Energy Collision 188, 189, 214, 233 β To @(202+5 GGC)
π’ @269 (204+5 :CGC) πͺ 340(1), 343(6) β To @(204+3 GCG) <> π΄π‘ High Energy Collision + Medium Energy Guidance 253, 255, 362 β To @(204+1, 204+5 CGC, GAC)
π° @270 (3+7 :TTC) πͺπ Opposites + Structural Lock Key193, 216(-3), 221(-2), 232, 240, 246(-2), 262, 272(2), 284, 288, 291, 303(-2), 309(-2), 322(-2), 329(-2), 336(-1), 344(5), 347(1), 348(-1), 349(-1), 365(-2) β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 228, 311, 351 β To @(3+7 TTC)
π° @271 (20+24 :GAT) πͺ 210, 278, 280(-1), 346(7) β To @(20+17 CTA) <> π΄ High Energy Collision 218 β To @(20+24 GAT)
π° @272 (3+8 :CCT) π 228(-2), 270(2), 311(-3), 351(-1) β To @(3+7 TTC) <> π΄ High Energy Collision 216, 221, 246, 303, 309...,347, 348, 349, 365 β To @(3+8 CCT)
π° @275 (20+14 :CCG) πͺ 188, 189, 214, 233, 267, 373 β To @(202+5 GGC) <> π΄ High Energy Collision 197, 334 β To @(20+14 CCG)
π° @278 (20+17 :CTA) πͺ 218, 271 β To @(20+24 GAT) <> π΄ High Energy Collision 210, 280, 346 β To @(20+17 CTA)
π° @279 (203+3 :CGA) πͺ 260(-1), 264, 283, 345(-4), 350, 355, 369(-1) β To @(20+4 GCT)
π° @280 (20+17 :CTA) πͺ 218, 271(-1) β To @(20+24 GAT) <> π΄ High Energy Collision 210, 278, 346 β To @(20+17 CTA)
π· @281 (202+3 :GAG) πͺ 224(-2), 241, 294, 319(-2), 364 β To @(20+15 CTC) <> π΄ High Energy Collision 192, 194, 199, 204, 205...,318, 330, 341, 368 β To @(202+2, 202+3 GAA, GAG)
π° @283 (20+4 :GCT) πͺ 279 β To @(203+3 CGA) <> π΄ High Energy Collision 260, 264, 345, 350, 355, 369 β To @(20+4 GCT)
π· @284 (201+1 :AAG) πͺ 228, 270, 311, 351(-2), 379(3) β To @(3+7 TTC) <> π΄ High Energy Collision 193, 232, 240, 262, 288, 291, 296, 375 β To @(201+1, 201+5 AAG, GGG)
π’ @285 (204+2 :GCA) πͺ 377(2) β To @(20+16 CGT) <> π΄ High Energy Collision 258, 261, 323 β To @(204+2 GCA)
π· @286 (201+2 :AAC) πͺ 265 β To @(5+3 TTG) <> π΄ High Energy Collision 187, 195, 201, 292, 299, 306 β To @(201+2 AAC)
π’ @287 (20+20 :ACG) πͺ 380(7) β To @(20+12 TGC)
π· @288 (201+1 :AAG) πͺ 228, 270, 311, 351, 379(5) β To @(3+7 TTC) <> π΄ High Energy Collision 193, 232, 240, 262, 284, 291, 296, 375 β To @(201+1, 201+5 AAG, GGG)
π’ @289 (20+5 :ATG) πͺ 325, 335(-1), 338 β To @(20+8 TAC) <> π΄ High Energy Collision 361 β To @(20+5 ATG)
π· @291 (201+1 :AAG) πͺ 228, 270, 311(-1), 351, 379 β To @(3+7 TTC) <> π΄ High Energy Collision 193, 232, 240, 262, 284, 288, 296, 375 β To @(201+1, 201+5 AAG, GGG)
π· @292 (201+2 :AAC) πͺ 265 β To @(5+3 TTG) <> π΄ High Energy Collision 195, 201, 286, 299, 306 β To @(201+2 AAC)
π· @294 (20+15 :CTC) πͺ 199, 204, 205, 206, 223(-2), 235, 259, 281, 315, 318(-2), 341, 368 β To @(202+3 GAG) <> π΄ High Energy Collision 224, 241, 319, 364 β To @(20+15 CTC)
π’ @295 (20+22 :GTA) πͺ 358 β To @(20+2 CAT) <> π΄ High Energy Collision 247, 308 β To @(20+22 GTA)
π’ @298 (203+4 :CCA) πͺ 236, 248 β To @(20+25 GGT) <> π΄ High Energy Collision 230, 316, 339 β To @(203+4 CCA)
π’ @299 (201+2 :AAC) πͺ 265 β To @(5+3 TTG) <> π΄ High Energy Collision 201, 286, 292, 306 β To @(201+2 AAC)
π’ @301 (20+21 :AGT) πͺ 256(-2), 356(-1) β To @(20+9 TCA) <> π΄ High Energy Collision 213, 251, 254, 327 β To @(20+21 AGT)
π° @303 (3+8 :CCT) π 228(-1), 270(-2), 311(-2), 351(-2), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 216, 221, 246, 272, 309...,347, 348, 349, 365 β To @(3+8 CCT)
π’ @304 (20+1 :CTG) πͺ 253 β To @(204+1 GAC) <> π΄ High Energy Collision 217, 226, 337, 357 β To @(20+1 CTG)
π’ @306 (201+2 :AAC) πͺ 265 β To @(5+3 TTG) <> π΄ High Energy Collision 286, 292, 299 β To @(201+2 AAC)
π’ @308 (20+22 :GTA) πͺ 358 β To @(20+2 CAT) <> π΄ High Energy Collision 247, 295 β To @(20+22 GTA)
π° @309 (3+8 :CCT) π 228(-2), 270(-2), 311(2), 351(-1), 379(-4) β To @(3+7 TTC) <> π΄ High Energy Collision 216, 221, 246, 272, 303...,347, 348, 349, 365 β To @(3+8 CCT)
π’ @310 (203+2 :CAG) πͺ 212, 250 β To @(5+6 GTC) <> π΄ High Energy Collision 245, 360, 372, 378 β To @(203+2 CAG)
π° @311 (3+7 :TTC) πͺπ Opposites + Structural Lock Key216(-2), 221(-2), 232, 240, 246(-4), 262, 272(-3), 284, 288, 291(-1), 303(-2), 309(2), 322(-2), 329(-2), 336(-2), 344(-2), 347(-3), 348(-4), 349(-3), 365(-2), 375 β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 228, 270, 351, 379 β To @(3+7 TTC)
π’ @314 (201+3 :AGA) πͺ 237(2), 243(3), 371 β To @(5+1 TCT) <> π΄ High Energy Collision 229 β To @(201+3 AGA)
π° @315 (202+3 :GAG) πͺ 224(-3), 241(5), 294, 319(-2), 364 β To @(20+15 CTC) <> π΄ High Energy Collision 223, 235, 257, 259, 273, 281, 318, 330, 341, 368 β To @(202+2, 202+3 GAA, GAG)
π’ @316 (203+4 :CCA) πͺ 236(-1), 248 β To @(20+25 GGT) <> π΄ High Energy Collision 230, 298, 339 β To @(203+4 CCA)
π’ @317 (3+4 :TAT) π 239(8) β To @(3+3 ATA) <> π΄ High Energy Collision 225, 234, 353 β To @(3+4 TAT)
π° @318 (202+3 :GAG) πͺ 224(-2), 241, 294(-2), 319(4), 364(-2) β To @(20+15 CTC) <> π΄ High Energy Collision 223, 235, 257, 259, 273, 281, 315, 330, 341, 368 β To @(202+2, 202+3 GAA, GAG)
π° @319 (20+15 :CTC) πͺ 223, 235(-1), 259(-3), 281(-2), 315(-2), 318(4), 341(-2), 368(-2) β To @(202+3 GAG) <> π΄ High Energy Collision 224, 241, 294, 364 β To @(20+15 CTC)
π· @322 (3+8 :CCT) π 228(-1), 270(-2), 311(-2), 351(-2), 379(3) β To @(3+7 TTC) <> π΄ High Energy Collision 246, 272, 303, 309, 329...,347, 348, 349, 365 β To @(3+8 CCT)
π’ @323 (204+2 :GCA) πͺ 377(3) β To @(20+16 CGT) <> π΄ High Energy Collision 258, 261, 285 β To @(204+2 GCA)
π’ @325 (20+8 :TAC) πͺ 289, 361 β To @(20+5 ATG) <> π΄ High Energy Collision 335, 338 β To @(20+8 TAC)
π· @327 (20+21 :AGT) πͺ 256(-2), 356(-1) β To @(20+9 TCA) <> π΄ High Energy Collision 251, 254, 301 β To @(20+21 AGT)
π· @329 (3+8 :CCT) π 270(-2), 311(-2), 351(-2), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 246, 272, 303, 309, 322...,347, 348, 349, 365 β To @(3+8 CCT)
π’ @332 (5+5 :TGG) β 250 β To @(5+6 GTC) <> π΄ High Energy Collision 363, 374 β To @(5+5 TGG)
π’ @334 (20+14 :CCG) πͺ 267, 373(-1) β To @(202+5 GGC) <> π΄ High Energy Collision 275 β To @(20+14 CCG)
π· @335 (20+8 :TAC) πͺ 289(-1), 361 β To @(20+5 ATG) <> π΄ High Energy Collision 325, 338 β To @(20+8 TAC)
π· @336 (3+8 :CCT) π 270(-1), 311(-2), 351(-2), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 246, 272, 303, 309, 322...,347, 348, 349, 365 β To @(3+8 CCT)
π’ @337 (20+1 :CTG) πͺ 253 β To @(204+1 GAC) <> π΄ High Energy Collision 304, 357 β To @(20+1 CTG)
π· @338 (20+8 :TAC) πͺ 289, 361(3) β To @(20+5 ATG) <> π΄ High Energy Collision 325, 335 β To @(20+8 TAC)
π’ @339 (203+4 :CCA) πͺ 248 β To @(20+25 GGT) <> π΄ High Energy Collision 298, 316 β To @(203+4 CCA)
π· @340 (204+3 :GCG) πͺ 255, 269(1), 362(6) β To @(204+5 CGC) <> π΄ High Energy Collision 343 β To @(204+3 GCG)
π· @341 (202+3 :GAG) πͺ 294, 319(-2), 364(5) β To @(20+15 CTC) <> π΄ High Energy Collision 257, 259, 273, 281, 315, 318, 330, 368 β To @(202+2, 202+3 GAA, GAG)
π’ @342 (3+1 :TTA) π 263, 266 β To @(3+2 AAT)
π· @343 (204+3 :GCG) πͺ 255, 269(6), 362(2) β To @(204+5 CGC) <> π΄ High Energy Collision 340 β To @(204+3 GCG)
π° @344 (3+8 :CCT) π 270(5), 311(-2), 351(-4), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 246, 272, 303, 309, 322...,347, 348, 349, 365 β To @(3+8 CCT)
π’ @345 (20+4 :GCT) πͺ 279(-4) β To @(203+3 CGA) <> π΄ High Energy Collision 260, 264, 283, 350, 355, 369 β To @(20+4 GCT)
π’ @346 (20+17 :CTA) πͺ 271(7) β To @(20+24 GAT) <> π΄ High Energy Collision 278, 280 β To @(20+17 CTA)
π° @347 (3+8 :CCT) π 270(1), 311(-3), 351(-4), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 272, 303, 309, 322, 329, 336, 344, 348, 349, 365 β To @(3+8 CCT)
π° @348 (3+8 :CCT) π 270(-1), 311(-4), 351(-3), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 272, 303, 309, 322, 329, 336, 344, 347, 349, 365 β To @(3+8 CCT)
π° @349 (3+8 :CCT) π 270(-1), 311(-3), 351(2), 379(-2) β To @(3+7 TTC) <> π΄ High Energy Collision 272, 303, 309, 322, 329, 336, 344, 347, 348, 365 β To @(3+8 CCT)
π’ @350 (20+4 :GCT) πͺ 279 β To @(203+3 CGA) <> π΄ High Energy Collision 260, 264, 283, 345, 355, 369 β To @(20+4 GCT)
π° @351 (3+7 :TTC) πͺπ Opposites + Structural Lock Key262(-2), 272(-1), 284(-2), 288, 291, 303(-2), 309(-1), 322(-2), 329(-2), 336(-2), 344(-4), 347(-4), 348(-3), 349(2), 365(1), 375(4) β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 270, 311, 379 β To @(3+7 TTC)
π· @352 (5+8 :ACC) β 367(2), 376(4) β To @(5+7 TCC)
π’ @355 (20+4 :GCT) πͺ 279 β To @(203+3 CGA) <> π΄ High Energy Collision 260, 264, 283, 345, 350, 369 β To @(20+4 GCT)
π· @356 (20+9 :TCA) πͺ 301(-1), 327(-1) β To @(20+21 AGT)
π’ @358 (20+2 :CAT) πͺ 295, 308 β To @(20+22 GTA)
π· @361 (20+5 :ATG) πͺ 325, 335, 338(3) β To @(20+8 TAC) <> π΄ High Energy Collision 289 β To @(20+5 ATG)
π· @362 (204+5 :CGC) πͺ 340(6), 343(2) β To @(204+3 GCG) <> π΄ High Energy Collision 269 β To @(204+5 CGC)
π° @364 (20+15 :CTC) πͺ 281, 315, 318(-2), 341(5), 368 β To @(202+3 GAG) <> π΄ High Energy Collision 294, 319 β To @(20+15 CTC)
π· @365 (3+8 :CCT) π 270(-2), 311(-2), 351(1), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 272, 303, 309, 322, 329, 336, 344, 347, 348, 349 β To @(3+8 CCT)
π· @367 (5+7 :TCC) β 352(2) β To @(5+8 ACC) <> π΄ High Energy Collision 376 β To @(5+7 TCC)
π° @368 (202+3 :GAG) πͺ 294, 319(-2), 364 β To @(20+15 CTC) <> π΄ High Energy Collision 273, 281, 315, 318, 330, 341 β To @(202+2, 202+3 GAA, GAG)
π’ @369 (20+4 :GCT) πͺ 279(-1) β To @(203+3 CGA) <> π΄ High Energy Collision 283, 345, 350, 355 β To @(20+4 GCT)
π’ @371 (5+1 :TCT) πͺ 314 β To @(201+3 AGA)
π’ @373 (202+5 :GGC) πͺ 275, 334(-1) β To @(20+14 CCG)
π° @375 (201+1 :AAG) πͺ 311, 351(4), 379 β To @(3+7 TTC) <> π΄ High Energy Collision 284, 288, 291, 296 β To @(201+1, 201+5 AAG, GGG)
π· @376 (5+7 :TCC) β 352(4) β To @(5+8 ACC) <> π΄ High Energy Collision 367 β To @(5+7 TCC)
π’ @377 (20+16 :CGT) πͺ 285(2), 323(3) β To @(204+2 GCA)
π° @379 (3+7 :TTC) πͺπ Opposites + Structural Lock Key284(3), 288(5), 291, 303, 309(-4), 322(3), 329, 336, 344, 347, 348, 349(-2), 365, 375 β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 311, 351 β To @(3+7 TTC)
π’ @380 (20+12 :TGC) πͺ 287(7) β To @(20+20 ACG)
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