GNAT1 RNA Transcript 1
Unknown
Gene type: protein
organism=Homo sapiens
RNA - Complete transcript with introns and exons
β 2010 codons, 349 functional, 803 bonds
Pattern Distribution:
Pattern 3 (Structural (Simple)): 13 (3.7%)
Pattern 5 (Flow (Bonding)): 51 (14.6%)
Pattern 20 (Complex (Coordination)): 155 (44.4%)
Pattern 201 (Spiral Threaders (ΟΒΉ Harmonics)): 39 (11.2%)
Pattern 202 (Pentagon Ricochets (ΟΒ² Harmonics)): 31 (8.9%)
Pattern 203 (Fibonacci Pilers (ΟΒ³ Harmonics)): 26 (7.4%)
Pattern 204 (Golden Harmonic Resonators (Οβ΄ Harmonics)): 30 (8.6%)
Pattern 205 (Geometric Controllers (Οβ Harmonics)): 4 (1.1%)
Junk 66 (DNA's Highway - navigating, timing, scaling, control): 1661 (82.6%)ππͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ποΈπ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πΈπ ππ ββ ππ ππ βπ ββ πβ¬π ππ― πβ‘ βπ― ππ ππ πβ‘ πΈπ ππ ππ― πβ‘ βπ§ πππͺοΈ πβ¬π βπ€Έ ββ ππ― πβ¬π βπ βπ β¬π ββ°οΈ βπ§ πβ‘ βπ βπ βπ΅ πΈπ βπ ββ°οΈ βπ ββ‘ ββ°οΈ β¬πͺ ππ― π΅π― ππ βπ¨ βπ πβ‘ ππ― βπ§ ππ― βποΈ πΈπ πΈπ πβ¬π βπ€Έ βποΈ βπ― π΅π πΈπ πππͺοΈ ββ‘ π΅π« βπ¨ ββ‘ βποΈ βπ¨ ππ βπ πΈπ₯ βπ€Έ π΅π― βπ βπ¬ βπ ββ‘ ππ πΈπ πΈπ ππ βπ¨ ββ΅ π΅π₯ ππ βπ§ ππ βπͺ¨ βπ βπ πΈπ ββ‘ βπ€Έ β¬β βπ― ββ βπͺ¨ π΅π« πβ¬π βπ€Έ βπ€Έ ππ β¬πͺ πβ‘ βπ§ βπ βπ πΈπ ππΏ βπ βπ’ βπ¨ πβ¬π πβ¬π π΅π― ππ² βπ ππ πβ¬π ππ― πΈπ― ππ βπ βπ πΈπ πβ‘ β¬π« πΈπ― β¬πͺ πβ¬π βπ― ββ°οΈ βπ» πΈπ πβ¬π βποΈ πΈβ·οΈ πΈπ§ πβ‘ π΅π₯ βποΈ ππ ββ‘ πΈπ πβ‘ βπ βπ€Έ βπ― ππ ππ βπ§ βπ― πΈπ πΈπ₯ ββ°οΈ πΈπ πΈπ πβ‘ π΅π« πΈπ βπ ππ ππ βπ§ βπ€Έ βπ ππ ββ°οΈ πβ‘ πβ¬π βπ€Έ βπ βπ βπ§ π΅π β¬β βπ ππ― ππ ββ π΅π― βπ βπ¨ ππ― π΅π ββ‘ πΈπ₯ βποΈ βπ πβ¬π βπͺ βπ βπ― πΈπ β¬πͺ πΈπ― βπ¨ βπ πΈπ π΅π₯ β¬π« πβ‘ βπ§ ππ πβ‘ π΅π― ππ― ββ‘ β¬πͺ πΈπ βπ― βπ§ βπ¨ πβ¬π π΅π₯ βπ§ βποΈ π΅π― βπ πΈπ₯ βπ βπ¨ ππ π΅π βπ§ π΅π₯ βποΈ βπ€Έ βπ πΈπ βπ βπ πΈπ πβ¬π βπ€Έ βπ€Έ πππͺοΈ βπ§ πΈπ π΅π― βπ βπ€Έ ππ― π΅π« βπ πΈπ πΈπ― βπ βπ π΅π― πΈπ₯ π΅π― πΈπ πΈπ βπ§ βπ― βπ¨ ππ ππ² βπ¬ ππ βπ¨ βπ πΈπ₯ πΈπ βποΈ βπ ππ― πβ¬π βπ€Έ πΈπ₯ πΈπ₯ βπ¨ ππ― ππ― βπ ππ― πβ¬π π΅π πΈπ βπ π΅π― πΈπ₯ πΈβ·οΈ πΈπ ππ βπ― βπ€Έ βπ π΅πΌ, ππ βπ βποΈ βπ€Έ πβ¬π βπ€Έ ββ°οΈ π΅π― βπ― βπ βπ πβ¬π βπ ββ‘ πΈπ βπ¨ πβ‘ βπ βπ βπ β¬π« π΅π₯ βπ€Έ βπ§ πβ¬π ππ― πΈπ₯ βπ° ππ βπ βπ§ βπ¬ π΅π₯ ππ ββ°οΈ βπ π΅π ππ― βπ€Έ βπ βπ πΈπ§ πΈπ₯ βπ¨ βπ€Έ ββ βπ ββ°οΈ βπ βπ βπ βπ πβ¬π ππ― πΈπ βπ πππͺοΈ βπ― βπ π΅π« πΈπ₯ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πΆπ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° πποΈ πΆποΈ πποΈ πͺ¨πͺ¨ ποΈπ ποΈβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πΆποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ποΈπ πΆποΈ ποΈπ πποΈ πͺ¨πͺ¨ πΆποΈ β°ποΈ πποΈ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈπ πͺ¨πͺ¨ ππ ποΈβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ ποΈβ° πΆπ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π β°π πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈβ° πΆποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ ποΈβ° πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ πποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ β°ποΈ πΆπ πΆπ β°ποΈ πΆπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆπ β°π πͺ¨πͺ¨ πΆπ ππ πΆπ πͺ¨πͺ¨ πποΈ β°π πΆπ πΆποΈ β°π πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πποΈ ποΈβ° πΆποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° ποΈπ πποΈ β°ποΈ β°ποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ β°ποΈ ποΈπ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ β°π β°π πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ πβ° ππ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πποΈ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ ποΈπ ππ πβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°π ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈβ° ποΈβ° πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°ποΈ ποΈβ° πποΈ ππ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ β°π πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈπ ππ πΆποΈ πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° ποΈβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ ποΈπ πβ° ποΈβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ ππ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° ποΈπ πͺ¨πͺ¨ πποΈ ππ πποΈ πΆπ πͺ¨πͺ¨ ποΈπ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πΆβ° ποΈβ° πβ° ππ ππ ποΈβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆβ° πβ° ππ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ππ πͺ¨πͺ¨ πποΈ ποΈβ° πΆποΈ ππ ππ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ πβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ ππ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πβ° ππ πποΈ πͺ¨πͺ¨ β°ποΈ β°π πͺ¨πͺ¨ ππ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ ποΈπ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈπ ππ ποΈπ πͺ¨πͺ¨ ππ πΆπ ποΈβ° πΆπ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πποΈ ππ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ππ β°π πΆπ πͺ¨πͺ¨ πΆπ ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πΆπ πβ° β°π πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πβ° πβ° πβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πΆπ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°ποΈ πποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆπ πΆπ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆπ πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ππ πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πΆπ πβ° πποΈ πΆποΈ ποΈπ β°ποΈ πͺ¨πͺ¨ ποΈβ° β°ποΈ πΆποΈ πποΈ β°ποΈ β°π πͺ¨πͺ¨ ποΈπ ποΈπ β°ποΈ πͺ¨πͺ¨ πΆβ° ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°ποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πποΈ β°π ποΈβ° πβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πΆβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° β°ποΈ πΆβ° β°π ππ β°π πβ° πβ° πβ° ποΈπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ β°π β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πΆβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πΆπ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° πποΈ πΆποΈ πποΈ πͺ¨πͺ¨ ποΈπ ποΈβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πΆποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ποΈπ πΆποΈ ποΈπ πποΈ πͺ¨πͺ¨ πΆποΈ β°ποΈ πποΈ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈπ πͺ¨πͺ¨ ππ ποΈβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ ποΈβ° πΆπ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π β°π πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈβ° πΆποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ ποΈβ° πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ πποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ β°ποΈ πΆπ πΆπ β°ποΈ πΆπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆπ β°π πͺ¨πͺ¨ πΆπ ππ πΆπ πͺ¨πͺ¨ πποΈ β°π πΆπ πΆποΈ β°π πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πποΈ ποΈβ° πΆποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° ποΈπ πποΈ β°ποΈ β°ποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ β°ποΈ ποΈπ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ β°π β°π πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ πβ° ππ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πποΈ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ ποΈπ ππ πβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°π ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈβ° ποΈβ° πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°ποΈ ποΈβ° πποΈ ππ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ β°π πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈπ ππ πΆποΈ πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° ποΈβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ ποΈπ πβ° ποΈβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ ππ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° ποΈπ πͺ¨πͺ¨ πποΈ ππ πποΈ πΆπ πͺ¨πͺ¨ ποΈπ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πΆβ° ποΈβ° πβ° ππ ππ ποΈβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆβ° πβ° ππ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ππ πͺ¨πͺ¨ πποΈ ποΈβ° πΆποΈ ππ ππ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ πβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ ππ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πβ° ππ πποΈ πͺ¨πͺ¨ β°ποΈ β°π πͺ¨πͺ¨ ππ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ ποΈπ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈπ ππ ποΈπ πͺ¨πͺ¨ ππ πΆπ ποΈβ° πΆπ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πποΈ ππ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ππ β°π πΆπ πͺ¨πͺ¨ πΆπ ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πΆπ πβ° β°π πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πβ° πβ° πβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πΆπ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°ποΈ πποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆπ πΆπ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆπ πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ππ πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πΆπ πβ° πποΈ πΆποΈ ποΈπ β°ποΈ πͺ¨πͺ¨ ποΈβ° β°ποΈ πΆποΈ πποΈ β°ποΈ β°π πͺ¨πͺ¨ ποΈπ ποΈπ β°ποΈ πͺ¨πͺ¨ πΆβ° ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°ποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πποΈ β°π ποΈβ° πβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πΆβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° β°ποΈ πΆβ° β°π ππ β°π πβ° πβ° πβ° ποΈπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ β°π β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πΆβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨
Gene Report
π¬ GNAT1_RNA_T1
Function: π SPIRAL ENGINEER (Helical Assembly)
Total Codons: 2010, Functional: 349
Pattern Distribution:
Pattern 3 (Structural (Simple)): 13 (3.7%)
Pattern 5 (Flow (Bonding)): 51 (14.6%)
Pattern 20 (Complex (Coordination)): 155 (44.4%)
Pattern 201 (Spiral Threaders (ΟΒΉ Harmonics)): 39 (11.2%)
Pattern 202 (Pentagon Ricochets (ΟΒ² Harmonics)): 31 (8.9%)
Pattern 203 (Fibonacci Pilers (ΟΒ³ Harmonics)): 26 (7.4%)
Pattern 204 (Golden Harmonic Resonators (Οβ΄ Harmonics)): 30 (8.6%)
Pattern 205 (Geometric Controllers (Οβ Harmonics)): 4 (1.1%)
Junk 66 (DNA's Highway - navigating, timing, scaling, control): 1661 (82.6%)
Flow/Structure Ratio: 3.92 - π¬ High bonding ratio
Folding Strategy: π COMPLEX FOLDING (Multi-domain coordination)
Bonding Sites: 803
Early bonds: 803 (avg distance: 47.4)
Middle bonds: 0 (avg distance: 0.0)
Late bonds: 0 (avg distance: 0.0)
π Protein Folding - Bond/Coordination Candidates:
π’ @44 (203+4 :CCA) πͺ 95 β To @(20+25 GGT) <> π΄ High Energy Collision 51, 83, 106, 115, 118, 122, 124 β To @(203+4 CCA)
π’ @45 (20+23 :GTG) πͺ 125(-2), 134(-2) β To @(20+13 CAC) <> π΄ High Energy Collision 75, 77 β To @(20+23 GTG)
π’ @47 (202+1 :AGG) πͺ 91(-3), 116, 128(1) β To @(5+7 TCC) <> π΄ High Energy Collision 59, 60, 64, 93, 99, 136 β To @(201+1, 202+1 AAG, AGG)
π’ @48 (201+3 :AGA) πͺ 108(2) β To @(5+1 TCT) <> π΄ High Energy Collision 56, 63, 81, 87, 89 β To @(201+3 AGA)
π’ @49 (201+4 :AGC) πͺ 84(-3), 102, 105(-1), 119 β To @(20+10 TCG) <> π΄ High Energy Collision 53, 57, 70, 86, 141 β To @(201+4 AGC)
π° @50 (20+3 :ACT) πͺ 58(-3), 69(-2), 88(-3), 123(-4), 142(-2) β To @(20+11 TGA) <> π΄ High Energy Collision 96, 132 β To @(20+3 ACT)
π’ @51 (203+4 :CCA) πͺ 95(-2) β To @(20+25 GGT) <> π΄ High Energy Collision 44, 83, 106, 115, 118, 122, 124 β To @(203+4 CCA)
π’ @53 (201+4 :AGC) πͺ 84(-3), 102, 105(-1), 119(-2), 149 β To @(20+10 TCG) <> π΄ High Energy Collision 49, 57, 70, 86, 141 β To @(201+4 AGC)
π’ @56 (201+3 :AGA) πͺ 108(2) β To @(5+1 TCT) <> π΄ High Energy Collision 48, 63, 81, 87, 89 β To @(201+3 AGA)
π· @57 (201+4 :AGC) πͺ 84(-2), 102, 105, 119, 149(-1) β To @(20+10 TCG) <> π΄ High Energy Collision 49, 53, 70, 86, 141 β To @(201+4 AGC)
π° @58 (20+11 :TGA) πͺ 50(-3), 96, 132 β To @(20+3 ACT) <> π΄ High Energy Collision 69, 88, 123, 142 β To @(20+11 TGA)
π· @59 (201+1 :AAG) πͺ 73(5) β To @(3+7 TTC) <> π΄ High Energy Collision 41, 43, 47, 52, 60...,136, 150, 151, 156 β To @(201+1, 201+5, 202+1 AAG, AGG, GGG)
π’ @60 (202+1 :AGG) πͺ 91(-3), 116(2), 128(-1) β To @(5+7 TCC) <> π΄ High Energy Collision 47, 59, 64, 93, 99, 136, 150, 151, 156 β To @(201+1, 202+1 AAG, AGG)
π· @61 (20+20 :ACG) πͺ 71(2), 72(3), 113, 143, 154(-1) β To @(20+12 TGC) <> π΄ High Energy Collision 94, 109, 130, 137, 138 β To @(20+20 ACG)
π’ @63 (201+3 :AGA) πͺ 108(-1) β To @(5+1 TCT) <> π΄ High Energy Collision 48, 56, 81, 87, 89, 157 β To @(201+3 AGA)
π· @64 (202+1 :AGG) πͺ 91(-3), 116, 128, 162 β To @(5+7 TCC) <> π΄ High Energy Collision 47, 59, 60, 93, 99, 136, 150, 151, 156 β To @(201+1, 202+1 AAG, AGG)
π’ @65 (20+5 :ATG) πͺ 120 β To @(20+8 TAC)
π’ @66 (20+15 :CTC) πͺ 131(-1) β To @(202+3 GAG)
π’ @68 (20+14 :CCG) πͺ 164(-1) β To @(202+5 GGC) <> π΄ High Energy Collision 76, 79 β To @(20+14 CCG)
π· @69 (20+11 :TGA) πͺ 50(-2), 96(2), 132(3), 168 β To @(20+3 ACT) <> π΄ High Energy Collision 58, 88, 123, 142 β To @(20+11 TGA)
π· @70 (201+4 :AGC) πͺ 84(-2), 102, 105, 119, 149 β To @(20+10 TCG) <> π΄ High Energy Collision 49, 53, 57, 86, 141, 163 β To @(201+4 AGC)
π· @71 (20+12 :TGC) πͺ 61(2), 94(2), 109, 130(2), 137(4), 138(4) β To @(20+20 ACG) <> π΄ High Energy Collision 72, 113, 143, 154 β To @(20+12 TGC)
π· @72 (20+12 :TGC) πͺ 61(3), 94(1), 109, 130(1), 137(4), 138(4) β To @(20+20 ACG) <> π΄ High Energy Collision 71, 113, 143, 154 β To @(20+12 TGC)
π· @73 (3+7 :TTC) πͺ 59(5), 99(-2) β To @(201+1 AAG)
π’ @75 (20+23 :GTG) πͺ 125, 134 β To @(20+13 CAC) <> π΄ High Energy Collision 45, 77 β To @(20+23 GTG)
π’ @76 (20+14 :CCG) πͺ 164(1) β To @(202+5 GGC) <> π΄ High Energy Collision 68, 79, 169 β To @(20+14 CCG)
π’ @77 (20+23 :GTG) πͺ 125(4), 134 β To @(20+13 CAC) <> π΄ High Energy Collision 45, 75 β To @(20+23 GTG)
π° @78 (20+21 :AGT) πͺ 85, 107, 126(6), 161 β To @(20+9 TCA) <> π΄ High Energy Collision 100, 103, 114, 129 β To @(20+21 AGT)
π’ @79 (20+14 :CCG) πͺ 164(1) β To @(202+5 GGC) <> π΄ High Energy Collision 68, 76, 169 β To @(20+14 CCG)
π’ @80 (202+4 :GGA) πͺ 173, 178 β To @(3+8 CCT) <> π΄ High Energy Collision 140, 166 β To @(202+4 GGA)
π· @81 (201+3 :AGA) πͺ 108(1) β To @(5+1 TCT) <> π΄ High Energy Collision 48, 56, 63, 87, 89, 157 β To @(201+3 AGA)
π’ @82 (204+2 :GCA) πͺ 112(-2) β To @(20+16 CGT) <> π΄ High Energy Collision 110, 152 β To @(204+2 GCA)
π· @83 (203+4 :CCA) πͺ 95 β To @(20+25 GGT) <> π΄ High Energy Collision 44, 51, 106, 115, 118, 122, 124, 155 β To @(203+4 CCA)
π° @84 (20+10 :TCG) πͺ 49(-3), 53(-3), 57(-2), 70(-2), 86(2), 141(-2), 163(-3), 176(-2), 182(-1) β To @(201+4 AGC) <> π΄ High Energy Collision 102, 105, 119, 149 β To @(20+10 TCG)
π° @85 (20+9 :TCA) πͺ 78, 100(2), 103(4), 114, 129, 180(2) β To @(20+21 AGT) <> π΄ High Energy Collision 107, 126, 161, 183 β To @(20+9 TCA)
π° @86 (201+4 :AGC) πͺ 84(2), 102(5), 105, 119(-2), 149(-2) β To @(20+10 TCG) <> π΄ High Energy Collision 49, 53, 57, 70, 141, 163, 176, 182 β To @(201+4 AGC)
π· @87 (201+3 :AGA) πͺ 108(1) β To @(5+1 TCT) <> π΄ High Energy Collision 48, 56, 63, 81, 89, 157 β To @(201+3 AGA)
π° @88 (20+11 :TGA) πͺ 50(-3), 96, 132, 168, 185 β To @(20+3 ACT) <> π΄ High Energy Collision 58, 69, 123, 142 β To @(20+11 TGA)
π· @89 (201+3 :AGA) πͺ 108 β To @(5+1 TCT) <> π΄ High Energy Collision 48, 56, 63, 81, 87, 157 β To @(201+3 AGA)
π° @91 (5+7 :TCC) βπͺ Flow Figure8 + Opposites47(-3), 60(-3), 64(-3), 92(7), 93(5), 136(-2), 150(-3), 151(-3), 156(-3), 167, 172(3), 181(-2), 190(-2) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 116, 128, 162, 171 β To @(5+7 TCC)
π° @92 (5+8 :ACC) β 91(7), 116(-1), 128(-2), 162(-2), 171 β To @(5+7 TCC) <> π΄ High Energy Collision 181, 190 β To @(5+8 ACC)
π° @93 (202+1 :AGG) πͺ 91(5), 116(5), 128(-3), 162(-2), 171(-1) β To @(5+7 TCC) <> π΄ High Energy Collision 47, 59, 60, 64, 99...,151, 156, 167, 172 β To @(201+1, 202+1 AAG, AGG)
π· @94 (20+20 :ACG) πͺ 71(2), 72(1), 113(3), 143(3), 154(4) β To @(20+12 TGC) <> π΄ High Energy Collision 61, 109, 130, 137, 138, 184 β To @(20+20 ACG)
π· @95 (20+25 :GGT) πͺ 44, 51(-2), 83, 106, 115(8), 118(3), 122(7), 124(5), 155(3) β To @(203+4 CCA)
π° @96 (20+3 :ACT) πͺ 58, 69(2), 88, 123(11), 142(3) β To @(20+11 TGA) <> π΄ High Energy Collision 50, 132, 168, 185, 189 β To @(20+3 ACT)
π· @97 (204+5 :CGC) πͺ 121(7), 177 β To @(204+3 GCG)
π· @99 (201+1 :AAG) πͺ 73(-2) β To @(3+7 TTC) <> π΄ High Energy Collision 41, 43, 47, 52, 59...,151, 156, 167, 172 β To @(201+1, 201+5, 202+1 AAG, AGG, GGG)
π° @100 (20+21 :AGT) πͺ 85(2), 107, 126, 161(2), 183(3) β To @(20+9 TCA) <> π΄ High Energy Collision 78, 103, 114, 129, 180 β To @(20+21 AGT)
π· @102 (20+10 :TCG) πͺ 49, 53, 57, 70, 86(5), 141, 163(5), 176, 182(6), 195(-2) β To @(201+4 AGC) <> π΄ High Energy Collision 84, 105, 119, 149 β To @(20+10 TCG)
π° @103 (20+21 :AGT) πͺ 85(4), 107(-1), 126, 161(5), 183(7) β To @(20+9 TCA) <> π΄ High Energy Collision 78, 100, 114, 129, 180 β To @(20+21 AGT)
π· @105 (20+10 :TCG) πͺ 49(-1), 53(-1), 57, 70, 86, 141, 163(2), 176, 182(4), 195 β To @(201+4 AGC) <> π΄ High Energy Collision 84, 102, 119, 149 β To @(20+10 TCG)
π· @106 (203+4 :CCA) πͺ 95 β To @(20+25 GGT) <> π΄ High Energy Collision 44, 51, 83, 115, 118, 122, 124, 155, 204 β To @(203+4 CCA)
π° @107 (20+9 :TCA) πͺ 78, 100, 103(-1), 114(1), 129(-1), 180(2) β To @(20+21 AGT) <> π΄ High Energy Collision 85, 126, 161, 183 β To @(20+9 TCA)
π· @108 (5+1 :TCT) βπͺ Flow Figure8 + Opposites48(2), 56(2), 63(-1), 81(1), 87(1), 89, 157(2), 158, 165(1) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 191 β To @(5+1 TCT)
π° @109 (20+20 :ACG) πͺ 71, 72, 113(7), 143(-1), 154(-1), 203(-2) β To @(20+12 TGC) <> π΄ High Energy Collision 61, 94, 130, 137, 138, 184, 202, 208 β To @(20+20 ACG)
π° @110 (204+2 :GCA) πͺ 112(7) β To @(20+16 CGT) <> π΄ High Energy Collision 82, 152 β To @(204+2 GCA)
π’ @111 (20+19 :ACA) πͺ 158, 165 β To @(5+2 TGT) <> π΄ High Energy Collision 127, 144, 147, 160 β To @(20+19 ACA)
π° @112 (20+16 :CGT) πͺ 82(-2), 110(7), 152(-2) β To @(204+2 GCA)
π° @113 (20+12 :TGC) πͺ 61, 94(3), 109(7), 130(-2), 137, 138, 184(4), 202(-2), 208(-4) β To @(20+20 ACG) <> π΄ High Energy Collision 71, 72, 143, 154, 203, 209, 210 β To @(20+12 TGC)
π° @114 (20+21 :AGT) πͺ 85, 107(1), 126(-1), 161(-1), 183(6) β To @(20+9 TCA) <> π΄ High Energy Collision 78, 100, 103, 129, 180 β To @(20+21 AGT)
π· @115 (203+4 :CCA) πͺ 95(8) β To @(20+25 GGT) <> π΄ High Energy Collision 44, 51, 83, 106, 118, 122, 124, 155, 204 β To @(203+4 CCA)
π· @116 (5+7 :TCC) βπͺ Flow Figure8 + Opposites47, 60(2), 64, 92(-1), 93(5), 136(3), 150, 151, 156(-3), 167, 172(-2), 181(1), 190, 193(-2), 207(2) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 91, 128, 162, 171 β To @(5+7 TCC)
π· @118 (203+4 :CCA) πͺ 95(3) β To @(20+25 GGT) <> π΄ High Energy Collision 44, 51, 83, 106, 115, 122, 124, 155, 204, 216 β To @(203+4 CCA)
π· @119 (20+10 :TCG) πͺ 49, 53(-2), 57, 70, 86(-2), 141, 163, 176(-1), 182(2), 195, 206(1) β To @(201+4 AGC) <> π΄ High Energy Collision 84, 102, 105, 149 β To @(20+10 TCG)
π’ @120 (20+8 :TAC) πͺ 65 β To @(20+5 ATG)
π· @121 (204+3 :GCG) πͺ 97(7), 212 β To @(204+5 CGC) <> π΄ High Energy Collision 177 β To @(204+3 GCG)
π· @122 (203+4 :CCA) πͺ 95(7) β To @(20+25 GGT) <> π΄ High Energy Collision 44, 51, 83, 106, 115, 118, 124, 155, 204, 216 β To @(203+4 CCA)
π° @123 (20+11 :TGA) πͺ 50(-4), 96(11), 132, 168, 185, 189 β To @(20+3 ACT) <> π΄ High Energy Collision 58, 69, 88, 142 β To @(20+11 TGA)
π· @124 (203+4 :CCA) πͺ 95(5) β To @(20+25 GGT) <> π΄ High Energy Collision 44, 51, 83, 106, 115, 118, 122, 155, 204, 216 β To @(203+4 CCA)
π’ @125 (20+13 :CAC) πͺ 45(-2), 75, 77(4) β To @(20+23 GTG) <> π΄ High Energy Collision 134 β To @(20+13 CAC)
π° @126 (20+9 :TCA) πͺ 78(6), 100, 103, 114(-1), 129, 180(3), 223 β To @(20+21 AGT) <> π΄ High Energy Collision 85, 107, 161, 183, 214, 219 β To @(20+9 TCA)
π’ @127 (20+19 :ACA) πͺ 158(1), 165(3) β To @(5+2 TGT) <> π΄ High Energy Collision 111, 144, 147, 160 β To @(20+19 ACA)
π° @128 (5+7 :TCC) βπͺ Flow Figure8 + Opposites47(1), 60(-1), 64, 92(-2), 93(-3), 136(-1), 150, 151, 156(5), 167(3), 172(-2), 181(4), 190, 193, 207(1), 227(4) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 91, 116, 162, 171 β To @(5+7 TCC)
π° @129 (20+21 :AGT) πͺ 85, 107(-1), 126, 161(-2), 183(1), 214(-1), 219, 226(4) β To @(20+9 TCA) <> π΄ High Energy Collision 78, 100, 103, 114, 180, 223 β To @(20+21 AGT)
π· @130 (20+20 :ACG) πͺ 71(2), 72(1), 113(-2), 143(3), 154(3), 203(-2), 209, 210(-1) β To @(20+12 TGC) <> π΄ High Energy Collision 61, 94, 109, 137, 138, 184, 202, 208 β To @(20+20 ACG)
π’ @131 (202+3 :GAG) πͺ 66(-1) β To @(20+15 CTC) <> π΄ High Energy Collision 67, 213 β To @(202+2, 202+3 GAA, GAG)
π° @132 (20+3 :ACT) πͺ 58, 69(3), 88, 123, 142(3) β To @(20+11 TGA) <> π΄ High Energy Collision 50, 96, 168, 185, 189, 230 β To @(20+3 ACT)
π’ @134 (20+13 :CAC) πͺ 45(-2), 75, 77 β To @(20+23 GTG) <> π΄ High Energy Collision 125 β To @(20+13 CAC)
π° @136 (202+1 :AGG) πͺ 91(-2), 116(3), 128(-1), 162, 171(-2), 231 β To @(5+7 TCC) <> π΄ High Energy Collision 47, 59, 60, 64, 93...,167, 172, 207, 227 β To @(201+1, 202+1 AAG, AGG)
π° @137 (20+20 :ACG) πͺ 71(4), 72(4), 113, 143, 154(-1), 203(-4), 209(-1), 210(1) β To @(20+12 TGC) <> π΄ High Energy Collision 61, 94, 109, 130, 138, 184, 202, 208 β To @(20+20 ACG)
π° @138 (20+20 :ACG) πͺ 71(4), 72(4), 113, 143, 154, 203(-4), 209, 210(1) β To @(20+12 TGC) <> π΄ High Energy Collision 61, 94, 109, 130, 137, 184, 202, 208 β To @(20+20 ACG)
π’ @140 (202+4 :GGA) πͺ 173, 178(-1), 225 β To @(3+8 CCT) <> π΄ High Energy Collision 80, 166, 232 β To @(202+4 GGA)
π° @141 (201+4 :AGC) πͺ 84(-2), 102, 105, 119, 149, 220, 234(-1) β To @(20+10 TCG) <> π΄ High Energy Collision 49, 53, 57, 70, 86...,182, 195, 206, 239 β To @(201+4 AGC)
π· @142 (20+11 :TGA) πͺ 50(-2), 96(3), 132(3), 168(1), 185(4), 189, 230 β To @(20+3 ACT) <> π΄ High Energy Collision 58, 69, 88, 123 β To @(20+11 TGA)
π° @143 (20+12 :TGC) πͺ 61, 94(3), 109(-1), 130(3), 137, 138, 184(4), 202(-2), 208(-4) β To @(20+20 ACG) <> π΄ High Energy Collision 71, 72, 113, 154, 203, 209, 210 β To @(20+12 TGC)
π· @144 (20+19 :ACA) πͺ 158(-2), 165, 233(3) β To @(5+2 TGT) <> π΄ High Energy Collision 111, 127, 147, 160 β To @(20+19 ACA)
π· @147 (20+19 :ACA) πͺ 158(-2), 165(2), 233(-1) β To @(5+2 TGT) <> π΄ High Energy Collision 111, 127, 144, 160 β To @(20+19 ACA)
π° @149 (20+10 :TCG) πͺ 53, 57(-1), 70, 86(-2), 141, 163(9), 176, 182, 195, 206(-3), 239, 242 β To @(201+4 AGC) <> π΄ High Energy Collision 84, 102, 105, 119, 220, 234 β To @(20+10 TCG)
π· @150 (202+1 :AGG) πͺ 91(-3), 116, 128, 162(4), 171(-4), 231(1), 247 β To @(5+7 TCC) <> π΄ High Energy Collision 59, 60, 64, 93, 99...,167, 172, 207, 227 β To @(201+1, 202+1 AAG, AGG)
π· @151 (202+1 :AGG) πͺ 91(-3), 116, 128, 162(3), 171(-4), 231, 247(2) β To @(5+7 TCC) <> π΄ High Energy Collision 59, 60, 64, 93, 99...,167, 172, 207, 227 β To @(201+1, 202+1 AAG, AGG)
π’ @152 (204+2 :GCA) πͺ 112(-2) β To @(20+16 CGT) <> π΄ High Energy Collision 82, 110, 218, 243 β To @(204+2 GCA)
π’ @153 (203+3 :CGA) πͺ 188, 201(3), 211(-1), 240, 249(3) β To @(20+4 GCT)
π· @154 (20+12 :TGC) πͺ 61(-1), 94(4), 109(-1), 130(3), 137(-1), 138, 184, 202(1), 208(-5) β To @(20+20 ACG) <> π΄ High Energy Collision 71, 72, 113, 143, 203, 209, 210 β To @(20+12 TGC)
π’ @155 (203+4 :CCA) πͺ 95(3) β To @(20+25 GGT) <> π΄ High Energy Collision 83, 106, 115, 118, 122, 124, 204, 216 β To @(203+4 CCA)
π° @156 (202+1 :AGG) πͺ 91(-3), 116(-3), 128(5), 162(2), 171(-2), 231, 247(1) β To @(5+7 TCC) <> π΄ High Energy Collision 59, 60, 64, 93, 99...,172, 207, 227, 251 β To @(201+1, 202+1 AAG, AGG)
π’ @157 (201+3 :AGA) πͺ 108(2), 191, 224 β To @(5+1 TCT) <> π΄ High Energy Collision 63, 81, 87, 89, 215, 221, 244 β To @(201+3 AGA)
π° @158 (5+2 :TGT) βπͺ Flow Figure8 + Opposites108, 111, 127(1), 144(-2), 147(-2), 160(4), 191, 224, 257 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 165, 233 β To @(5+2 TGT)
π° @160 (20+19 :ACA) πͺ 158(4), 165, 233(-2) β To @(5+2 TGT) <> π΄ High Energy Collision 111, 127, 144, 147 β To @(20+19 ACA)
π· @161 (20+9 :TCA) πͺ 78, 100(2), 103(5), 114(-1), 129(-2), 180(3), 223(3), 245(-1) β To @(20+21 AGT) <> π΄ High Energy Collision 85, 107, 126, 183, 214, 219, 226, 229, 256, 258 β To @(20+9 TCA)
π° @162 (5+7 :TCC) βπͺ Flow Figure8 + Opposites64, 92(-2), 93(-2), 136, 150(4), 151(3), 156(2), 167(4), 172(-1), 181(1), 190(2), 193(2), 207, 227(-3), 251(4) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 91, 116, 128, 171, 231, 247 β To @(5+7 TCC)
π· @163 (201+4 :AGC) πͺ 84(-3), 102(5), 105(2), 119, 149(9), 220(-1), 234(1), 250(4), 259(1) β To @(20+10 TCG) <> π΄ High Energy Collision 70, 86, 141, 176, 182, 195, 206, 239, 242 β To @(201+4 AGC)
π° @164 (202+5 :GGC) πͺ 68(-1), 76(1), 79(1), 169(2), 192(9), 205 β To @(20+14 CCG) <> π΄ High Energy Collision 238 β To @(202+5 GGC)
π° @165 (5+2 :TGT) βπͺ Flow Figure8 + Opposites108(1), 111, 127(3), 144, 147(2), 160, 191(7), 224(4), 257(4) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 158, 233 β To @(5+2 TGT)
π° @166 (202+4 :GGA) πͺ 173(1), 178, 225(3), 254(3), 264(2) β To @(3+8 CCT) <> π΄ High Energy Collision 80, 140, 232, 246 β To @(202+4 GGA)
π° @167 (202+1 :AGG) πͺ 91, 116, 128(3), 162(4), 171(2), 231(-4), 247(-4) β To @(5+7 TCC) <> π΄ High Energy Collision 93, 99, 136, 150, 151, 156, 172, 207, 227, 251 β To @(201+1, 202+1 AAG, AGG)
π· @168 (20+3 :ACT) πͺ 69, 88, 123, 142(1), 253(2), 262(2) β To @(20+11 TGA) <> π΄ High Energy Collision 96, 132, 185, 189, 230, 248 β To @(20+3 ACT)
π° @169 (20+14 :CCG) πͺ 164(2), 238 β To @(202+5 GGC) <> π΄ High Energy Collision 76, 79, 192, 205 β To @(20+14 CCG)
π° @171 (5+7 :TCC) βπͺ Flow Figure8 + Opposites92, 93(-1), 136(-2), 150(-4), 151(-4), 156(-2), 167(2), 172(4), 181, 190, 193(-1), 207(-2), 227(-2), 251(-1) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 91, 116, 128, 162, 231, 247 β To @(5+7 TCC)
π° @172 (202+1 :AGG) πͺ 91(3), 116(-2), 128(-2), 162(-1), 171(4), 231(2), 247(2) β To @(5+7 TCC) <> π΄ High Energy Collision 93, 99, 136, 150, 151...,207, 227, 251, 271 β To @(201+1, 202+1 AAG, AGG)
π° @173 (3+8 :CCT) πͺ 80, 140, 166(1), 232(3), 246(3) β To @(202+4 GGA) <> π΄ High Energy Collision 178, 225, 254, 264 β To @(3+8 CCT)
π° @174 (5+4 :GTT) β 175(4) β To @(5+3 TTG)
π° @175 (5+3 :TTG) β 174(4) β To @(5+4 GTT)
π· @176 (201+4 :AGC) πͺ 84(-2), 102, 105, 119(-1), 149, 220(3), 234(3), 250(-1), 259(3) β To @(20+10 TCG) <> π΄ High Energy Collision 86, 141, 163, 182, 195, 206, 239, 242 β To @(201+4 AGC)
π’ @177 (204+3 :GCG) πͺ 97, 212, 222(3), 261 β To @(204+5 CGC) <> π΄ High Energy Collision 121, 237, 252, 263 β To @(204+3 GCG)
π· @178 (3+8 :CCT) πͺ 80, 140(-1), 166, 232(3), 246(-1) β To @(202+4 GGA) <> π΄ High Energy Collision 173, 225, 254, 264 β To @(3+8 CCT)
π° @180 (20+21 :AGT) πͺ 85(2), 107(2), 126(3), 161(3), 183, 214(1), 219(3), 226(-1), 229(3), 256, 258(2) β To @(20+9 TCA) <> π΄ High Energy Collision 100, 103, 114, 129, 223, 245 β To @(20+21 AGT)
π· @181 (5+8 :ACC) β 91(-2), 116(1), 128(4), 162(1), 171, 231(5), 247(3) β To @(5+7 TCC) <> π΄ High Energy Collision 92, 190, 193, 276 β To @(5+8 ACC)
π’ @182 (201+4 :AGC) πͺ 84(-1), 102(6), 105(4), 119(2), 149, 220(1), 234(2), 250(2), 259(2) β To @(20+10 TCG) <> π΄ High Energy Collision 86, 141, 163, 176, 195, 206, 239, 242 β To @(201+4 AGC)
π° @183 (20+9 :TCA) πͺ 100(3), 103(7), 114(6), 129(1), 180, 223(2), 245(2) β To @(20+21 AGT) <> π΄ High Energy Collision 85, 107, 126, 161, 214, 219, 226, 229, 256, 258 β To @(20+9 TCA)
π· @184 (20+20 :ACG) πͺ 113(4), 143(4), 154, 203(-2), 209(-2), 210(-2), 268, 278, 282 β To @(20+12 TGC) <> π΄ High Energy Collision 94, 109, 130, 137, 138...,265, 272, 273, 279 β To @(20+20 ACG)
π’ @185 (20+3 :ACT) πͺ 88, 123, 142(4), 253, 262(-1), 275(-1) β To @(20+11 TGA) <> π΄ High Energy Collision 96, 132, 168, 189, 230, 248 β To @(20+3 ACT)
π’ @188 (20+4 :GCT) πͺ 153 β To @(203+3 CGA) <> π΄ High Energy Collision 201, 211, 240, 249 β To @(20+4 GCT)
π’ @189 (20+3 :ACT) πͺ 123, 142, 253, 262, 275(-2) β To @(20+11 TGA) <> π΄ High Energy Collision 96, 132, 168, 185, 230, 248 β To @(20+3 ACT)
π· @190 (5+8 :ACC) β 91(-2), 116, 128, 162(2), 171, 231(1), 247 β To @(5+7 TCC) <> π΄ High Energy Collision 92, 181, 193, 276, 283 β To @(5+8 ACC)
π· @191 (5+1 :TCT) βπͺ Flow Figure8 + Opposites157, 158, 165(7), 215, 221, 233(5), 244, 280, 284(-3) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 108, 224, 257, 288 β To @(5+1 TCT)
π· @192 (20+14 :CCG) πͺ 164(9), 238 β To @(202+5 GGC) <> π΄ High Energy Collision 169, 205 β To @(20+14 CCG)
π· @193 (5+8 :ACC) β 116(-2), 128, 162(2), 171(-1), 231(2), 247(1) β To @(5+7 TCC) <> π΄ High Energy Collision 181, 190, 276, 283, 290, 291 β To @(5+8 ACC)
π· @195 (201+4 :AGC) πͺ 102(-2), 105, 119, 149, 220, 234, 250(1), 259, 294 β To @(20+10 TCG) <> π΄ High Energy Collision 141, 163, 176, 182, 206, 239, 242 β To @(201+4 AGC)
π’ @201 (20+4 :GCT) πͺ 153(3), 296 β To @(203+3 CGA) <> π΄ High Energy Collision 188, 211, 240, 249, 292 β To @(20+4 GCT)
π° @202 (20+20 :ACG) πͺ 113(-2), 143(-2), 154(1), 203(4), 209(-3), 210(-5), 268, 278, 282, 300(-2) β To @(20+12 TGC) <> π΄ High Energy Collision 109, 130, 137, 138, 184, 208, 265, 272, 273, 279 β To @(20+20 ACG)
π° @203 (20+12 :TGC) πͺ 109(-2), 130(-2), 137(-4), 138(-4), 184(-2), 202(4), 208(1), 265(-2), 272(-4), 273(-4), 279 β To @(20+20 ACG) <> π΄ High Energy Collision 113, 143, 154, 209, 210, 268, 278, 282, 300 β To @(20+12 TGC)
π’ @205 (20+14 :CCG) πͺ 164, 238(-2) β To @(202+5 GGC) <> π΄ High Energy Collision 169, 192 β To @(20+14 CCG)
π· @206 (201+4 :AGC) πͺ 119(1), 149(-3), 220, 234(2), 250, 259, 294(-1), 299(2) β To @(20+10 TCG) <> π΄ High Energy Collision 141, 163, 176, 182, 195, 239, 242 β To @(201+4 AGC)
π· @207 (202+1 :AGG) πͺ 116(2), 128(1), 162, 171(-2), 231, 247, 302(5) β To @(5+7 TCC) <> π΄ High Energy Collision 136, 150, 151, 156, 167...,251, 271, 274, 306 β To @(201+1, 202+1 AAG, AGG)
π° @208 (20+20 :ACG) πͺ 113(-4), 143(-4), 154(-5), 203(1), 209(3), 210(2), 268(-1), 278(1), 282(-1), 300(2) β To @(20+12 TGC) <> π΄ High Energy Collision 109, 130, 137, 138, 184...,272, 273, 279, 307 β To @(20+20 ACG)
π° @209 (20+12 :TGC) πͺ 130, 137(-1), 138, 184(-2), 202(-3), 208(3), 265(-2), 272(-1), 273(-1), 279(-2), 307(-3) β To @(20+20 ACG) <> π΄ High Energy Collision 113, 143, 154, 203, 210, 268, 278, 282, 300 β To @(20+12 TGC)
π° @210 (20+12 :TGC) πͺ 130(-1), 137(1), 138(1), 184(-2), 202(-5), 208(2), 265, 272(1), 273(1), 279(-3), 307(-2) β To @(20+20 ACG) <> π΄ High Energy Collision 113, 143, 154, 203, 209, 268, 278, 282, 300 β To @(20+12 TGC)
π’ @211 (20+4 :GCT) πͺ 153(-1), 296 β To @(203+3 CGA) <> π΄ High Energy Collision 188, 201, 240, 249, 292 β To @(20+4 GCT)
π· @212 (204+5 :CGC) πͺ 121, 177, 237, 252, 263(1) β To @(204+3 GCG) <> π΄ High Energy Collision 222, 261 β To @(204+5 CGC)
π° @214 (20+9 :TCA) πͺ 129(-1), 180(1), 223(2), 245(-2) β To @(20+21 AGT) <> π΄ High Energy Collision 126, 161, 183, 219, 226, 229, 256, 258, 285, 313 β To @(20+9 TCA)
π° @215 (201+3 :AGA) πͺ 191, 224(3), 257(-4), 288, 301, 308, 309(-2) β To @(5+1 TCT) <> π΄ High Energy Collision 157, 221, 244, 280, 305, 311, 312, 314 β To @(201+3 AGA)
π’ @218 (204+2 :GCA) πͺ 297(-1) β To @(20+16 CGT) <> π΄ High Energy Collision 152, 243, 255, 277, 287, 289 β To @(204+2 GCA)
π° @219 (20+9 :TCA) πͺ 129, 180(3), 223(3), 245 β To @(20+21 AGT) <> π΄ High Energy Collision 126, 161, 183, 214, 226...,258, 285, 313, 318 β To @(20+9 TCA)
π· @220 (20+10 :TCG) πͺ 141, 163(-1), 176(3), 182(1), 195, 206, 239(2), 242(-2) β To @(201+4 AGC) <> π΄ High Energy Collision 149, 234, 250, 259, 294, 299, 310 β To @(20+10 TCG)
π° @221 (201+3 :AGA) πͺ 191, 224(5), 257(3), 288(1), 301(-1), 308(-1), 309(-4), 320(2) β To @(5+1 TCT) <> π΄ High Energy Collision 157, 215, 244, 280, 305, 311, 312, 314 β To @(201+3 AGA)
π· @222 (204+5 :CGC) πͺ 177(3), 237(2), 252, 263(-2) β To @(204+3 GCG) <> π΄ High Energy Collision 212, 261, 316 β To @(204+5 CGC)
π° @223 (20+21 :AGT) πͺ 126, 161(3), 183(2), 214(2), 219(3), 226(2), 229, 256(1), 258(1), 285(4), 313(9), 318 β To @(20+9 TCA) <> π΄ High Energy Collision 129, 180, 245 β To @(20+21 AGT)
π° @224 (5+1 :TCT) βπͺ Flow Figure8 + Opposites157, 158, 165(4), 215(3), 221(5), 233(4), 244(4), 280, 284(3), 305, 311(2), 312(3), 314(3) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 191, 257, 288, 301, 308, 309, 320 β To @(5+1 TCT)
π° @225 (3+8 :CCT) πͺ 140, 166(3), 232(8), 246(9) β To @(202+4 GGA) <> π΄ High Energy Collision 173, 178, 254, 264 β To @(3+8 CCT)
π° @226 (20+9 :TCA) πͺ 129(4), 180(-1), 223(2), 245(10) β To @(20+21 AGT) <> π΄ High Energy Collision 161, 183, 214, 219, 229, 256, 258, 285, 313, 318 β To @(20+9 TCA)
π° @227 (202+1 :AGG) πͺ 128(4), 162(-3), 171(-2), 231(3), 247(8), 302, 322 β To @(5+7 TCC) <> π΄ High Energy Collision 136, 150, 151, 156, 167...,271, 274, 306, 315 β To @(201+1, 202+1 AAG, AGG)
π° @229 (20+9 :TCA) πͺ 180(3), 223, 245(2) β To @(20+21 AGT) <> π΄ High Energy Collision 161, 183, 214, 219, 226, 256, 258, 285, 313, 318 β To @(20+9 TCA)
π· @230 (20+3 :ACT) πͺ 142, 253(6), 262(2), 275(4) β To @(20+11 TGA) <> π΄ High Energy Collision 132, 168, 185, 189, 248, 293, 324 β To @(20+3 ACT)
π° @231 (5+7 :TCC) βπͺ Flow Figure8 + Opposites136, 150(1), 151, 156, 167(-4), 172(2), 181(5), 190(1), 193(2), 207, 227(3), 251(3), 271, 276(4), 283(-1), 290(2), 291, 306(4), 315, 317(-1) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 162, 171, 247, 302, 322 β To @(5+7 TCC)
π° @232 (202+4 :GGA) πͺ 173(3), 178(3), 225(8), 254(5), 264(5), 330(4) β To @(3+8 CCT) <> π΄ High Energy Collision 140, 166, 246 β To @(202+4 GGA)
π° @233 (5+2 :TGT) βπͺ Flow Figure8 + Opposites144(3), 147(-1), 160(-2), 191(5), 224(4), 257(1), 266(3), 286(-1), 288(2), 301(-2), 304(2), 308(1), 309(-1), 320(1), 329(4) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 158, 165, 284 β To @(5+2 TGT)
π° @234 (20+10 :TCG) πͺ 141(-1), 163(1), 176(3), 182(2), 195, 206(2), 239, 242 β To @(201+4 AGC) <> π΄ High Energy Collision 149, 220, 250, 259, 294, 299, 310 β To @(20+10 TCG)
π· @237 (204+3 :GCG) πͺ 212, 222(2), 261, 316 β To @(204+5 CGC) <> π΄ High Energy Collision 177, 252, 263 β To @(204+3 GCG)
π’ @238 (202+5 :GGC) πͺ 169, 192, 205(-2), 334 β To @(20+14 CCG) <> π΄ High Energy Collision 164 β To @(202+5 GGC)
π° @239 (201+4 :AGC) πͺ 149, 220(2), 234, 250(-2), 259(1), 294(2), 299(2), 310 β To @(20+10 TCG) <> π΄ High Energy Collision 141, 163, 176, 182, 195, 206, 242 β To @(201+4 AGC)
π’ @240 (20+4 :GCT) πͺ 153, 296(5) β To @(203+3 CGA) <> π΄ High Energy Collision 188, 201, 211, 249, 292 β To @(20+4 GCT)
π° @242 (201+4 :AGC) πͺ 149, 220(-2), 234, 250(-1), 259, 294(2), 299(6), 310(4) β To @(20+10 TCG) <> π΄ High Energy Collision 163, 176, 182, 195, 206, 239 β To @(201+4 AGC)
π’ @243 (204+2 :GCA) πͺ 297(7) β To @(20+16 CGT) <> π΄ High Energy Collision 152, 218, 255, 277, 287, 289, 319, 335 β To @(204+2 GCA)
π· @244 (201+3 :AGA) πͺ 191, 224(4), 257(10), 288(-2), 301(2), 308(2), 309(1), 320(1) β To @(5+1 TCT) <> π΄ High Energy Collision 157, 215, 221, 280, 305, 311, 312, 314 β To @(201+3 AGA)
π· @245 (20+21 :AGT) πͺ 161(-1), 183(2), 214(-2), 219, 226(10), 229(2), 256(6), 258(6), 285(2), 313(-3), 318(6), 338(3) β To @(20+9 TCA) <> π΄ High Energy Collision 180, 223, 341 β To @(20+21 AGT)
π° @246 (202+4 :GGA) πͺ 173(3), 178(-1), 225(9), 254(8), 264(2), 330(3) β To @(3+8 CCT) <> π΄ High Energy Collision 166, 232 β To @(202+4 GGA)
π° @247 (5+7 :TCC) βπͺ Flow Figure8 + Opposites150, 151(2), 156(1), 167(-4), 172(2), 181(3), 190, 193(1), 207, 227(8), 251(3), 271, 276(4), 283(2), 290(1), 291(-2), 306(1), 315(2), 317(3), 332(3), 339(3) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 162, 171, 231, 302, 322, 342 β To @(5+7 TCC)
π° @248 (20+3 :ACT) πͺ 253(6), 262(2), 275(4) β To @(20+11 TGA) <> π΄ High Energy Collision 168, 185, 189, 230, 293, 324, 336 β To @(20+3 ACT)
π’ @249 (20+4 :GCT) πͺ 153(3), 296(-1) β To @(203+3 CGA) <> π΄ High Energy Collision 188, 201, 211, 240, 292 β To @(20+4 GCT)
π° @250 (20+10 :TCG) πͺ 163(4), 176(-1), 182(2), 195(1), 206, 239(-2), 242(-1), 344(1) β To @(201+4 AGC) <> π΄ High Energy Collision 220, 234, 259, 294, 299, 310, 343 β To @(20+10 TCG)
π° @251 (202+1 :AGG) πͺ 162(4), 171(-1), 231(3), 247(3), 302, 322(2), 342(1) β To @(5+7 TCC) <> π΄ High Energy Collision 156, 167, 172, 207, 227...,306, 315, 332, 339 β To @(201+1, 202+1 AAG, AGG)
π° @252 (204+3 :GCG) πͺ 212, 222, 261(-4), 316(-2) β To @(204+5 CGC) <> π΄ High Energy Collision 177, 237, 263, 349 β To @(204+3 GCG)
π° @253 (20+11 :TGA) πͺ 168(2), 185, 189, 230(6), 248(6), 293, 324(2), 336(-1) β To @(20+3 ACT) <> π΄ High Energy Collision 262, 275, 351 β To @(20+11 TGA)
π° @254 (3+8 :CCT) πͺ 166(3), 232(5), 246(8) β To @(202+4 GGA) <> π΄ High Energy Collision 173, 178, 225, 264, 330 β To @(3+8 CCT)
π’ @255 (204+2 :GCA) πͺ 297 β To @(20+16 CGT) <> π΄ High Energy Collision 218, 243, 277, 287, 289, 319, 335 β To @(204+2 GCA)
π· @256 (20+9 :TCA) πͺ 180, 223(1), 245(6), 341 β To @(20+21 AGT) <> π΄ High Energy Collision 161, 183, 214, 219, 226...,313, 318, 338, 345 β To @(20+9 TCA)
π· @257 (5+1 :TCT) βπͺ Flow Figure8 + Opposites158, 165(4), 215(-4), 221(3), 233(1), 244(10), 280, 284(-4), 305, 311(-5), 312(-4), 314(-4), 353(-2) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 191, 224, 288, 301, 308, 309, 320, 354 β To @(5+1 TCT)
π· @258 (20+9 :TCA) πͺ 180(2), 223(1), 245(6), 341(-1) β To @(20+21 AGT) <> π΄ High Energy Collision 161, 183, 214, 219, 226...,313, 318, 338, 345 β To @(20+9 TCA)
π· @259 (20+10 :TCG) πͺ 163(1), 176(3), 182(2), 195, 206, 239(1), 242, 344(-2) β To @(201+4 AGC) <> π΄ High Energy Collision 220, 234, 250, 294, 299, 310, 343 β To @(20+10 TCG)
π° @261 (204+5 :CGC) πͺ 177, 237, 252(-4), 263(2), 349(-3), 360(-3) β To @(204+3 GCG) <> π΄π‘ High Energy Collision + Medium Energy Guidance 212, 222, 316, 327 β To @(204+1, 204+5 CGC, GAC)
π· @262 (20+11 :TGA) πͺ 168(2), 185(-1), 189, 230(2), 248(2), 293, 324(-1), 336 β To @(20+3 ACT) <> π΄ High Energy Collision 253, 275, 351, 358 β To @(20+11 TGA)
π° @263 (204+3 :GCG) πͺ 212(1), 222(-2), 261(2), 316(-2) β To @(204+5 CGC) <> π΄ High Energy Collision 177, 237, 252, 349, 360 β To @(204+3 GCG)
π· @264 (3+8 :CCT) πͺ 166(2), 232(5), 246(2) β To @(202+4 GGA) <> π΄ High Energy Collision 173, 178, 225, 254, 330 β To @(3+8 CCT)
π° @265 (20+20 :ACG) πͺ 203(-2), 209(-2), 210, 268, 278(-2), 282(3), 300, 340, 347(-2) β To @(20+12 TGC) <> π΄ High Energy Collision 184, 202, 208, 272, 273...,325, 331, 333, 350 β To @(20+20 ACG)
π· @266 (20+19 :ACA) πͺ 233(3), 284(1) β To @(5+2 TGT) <> π΄ High Energy Collision 286, 304, 329, 337, 346, 357, 363 β To @(20+19 ACA)
π° @268 (20+12 :TGC) πͺ 184, 202, 208(-1), 265, 272(-1), 273, 279, 307, 325, 331, 333, 350, 366 β To @(20+20 ACG) <> π΄ High Energy Collision 203, 209, 210, 278, 282, 300, 340, 347 β To @(20+12 TGC)
π· @271 (202+1 :AGG) πͺ 231, 247, 302(5), 322, 342(5) β To @(5+7 TCC) <> π΄ High Energy Collision 172, 207, 227, 251, 274, 306, 315, 332, 339, 352 β To @(201+1, 202+1 AAG, AGG)
π° @272 (20+20 :ACG) πͺ 203(-4), 209(-1), 210(1), 268(-1), 278(-4), 282, 300(3), 340, 347 β To @(20+12 TGC) <> π΄ High Energy Collision 184, 202, 208, 265, 273...,331, 333, 350, 366 β To @(20+20 ACG)
π° @273 (20+20 :ACG) πͺ 203(-4), 209(-1), 210(1), 268, 278(-4), 282, 300(2), 340(-1), 347 β To @(20+12 TGC) <> π΄ High Energy Collision 184, 202, 208, 265, 272...,333, 350, 366, 372 β To @(20+20 ACG)
π· @275 (20+11 :TGA) πͺ 185(-1), 189(-2), 230(4), 248(4), 293(-1), 324(2), 336(-1) β To @(20+3 ACT) <> π΄ High Energy Collision 253, 262, 351, 358 β To @(20+11 TGA)
π· @276 (5+8 :ACC) β 231(4), 247(4), 302(1), 322(3), 342(1) β To @(5+7 TCC) <> π΄ High Energy Collision 181, 190, 193, 283, 290, 291, 317 β To @(5+8 ACC)
π· @277 (204+2 :GCA) πͺ 297, 359(-1) β To @(20+16 CGT) <> π΄ High Energy Collision 218, 243, 255, 287, 289, 319, 335 β To @(204+2 GCA)
π° @278 (20+12 :TGC) πͺ 184, 202, 208(1), 265(-2), 272(-4), 273(-4), 279(4), 307(3), 325(1), 331(-3), 333(-4), 350, 366(-3), 372 β To @(20+20 ACG) <> π΄ High Energy Collision 203, 209, 210, 268, 282, 300, 340, 347 β To @(20+12 TGC)
π° @279 (20+20 :ACG) πͺ 203, 209(-2), 210(-3), 268, 278(4), 282, 300(4), 340(-1), 347(-2) β To @(20+12 TGC) <> π΄ High Energy Collision 184, 202, 208, 265, 272...,333, 350, 366, 372 β To @(20+20 ACG)
π° @280 (201+3 :AGA) πͺ 191, 224, 257, 288, 301(2), 308(4), 309(1), 320, 354(-2), 370(3) β To @(5+1 TCT) <> π΄ High Energy Collision 215, 221, 244, 305, 311, 312, 314, 353, 365 β To @(201+3 AGA)
π° @282 (20+12 :TGC) πͺ 184, 202, 208(-1), 265(3), 272, 273, 279, 307(11), 325(2), 331(2), 333, 350, 366, 372(4) β To @(20+20 ACG) <> π΄ High Energy Collision 203, 209, 210, 268, 278, 300, 340, 347 β To @(20+12 TGC)
π· @283 (5+8 :ACC) β 231(-1), 247(2), 302(8), 322(4), 342(2) β To @(5+7 TCC) <> π΄ High Energy Collision 190, 193, 276, 290, 291, 317, 382 β To @(5+8 ACC)
π° @284 (5+2 :TGT) βπͺ Flow Figure8 + Opposites191(-3), 224(3), 257(-4), 266(1), 286(2), 288(-1), 301(3), 304(1), 308(3), 309(2), 320(2), 329, 337(-4), 346(-5), 354, 357(-2), 363(-2), 370(2), 376(-6) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 233 β To @(5+2 TGT)
π’ @285 (20+9 :TCA) πͺ 223(4), 245(2), 341(3) β To @(20+21 AGT) <> π΄ High Energy Collision 214, 219, 226, 229, 256...,377, 378, 379, 383 β To @(20+9 TCA)
π° @286 (20+19 :ACA) πͺ 233(-1), 284(2) β To @(5+2 TGT) <> π΄ High Energy Collision 266, 304, 329, 337, 346, 357, 363, 376 β To @(20+19 ACA)
π· @287 (204+2 :GCA) πͺ 297, 359 β To @(20+16 CGT) <> π΄ High Energy Collision 218, 243, 255, 277, 289, 319, 335 β To @(204+2 GCA)
π° @288 (5+1 :TCT) βπͺ Flow Figure8 + Opposites215, 221(1), 233(2), 244(-2), 280, 284(-1), 305, 311(-2), 312, 314, 353(-2), 365, 381(-1) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 191, 224, 257, 301, 308, 309, 320, 354, 370 β To @(5+1 TCT)
π° @289 (204+2 :GCA) πͺ 297, 359 β To @(20+16 CGT) <> π΄ High Energy Collision 218, 243, 255, 277, 287, 319, 335 β To @(204+2 GCA)
π· @290 (5+8 :ACC) β 231(2), 247(1), 302(-1), 322, 342 β To @(5+7 TCC) <> π΄ High Energy Collision 193, 276, 283, 291, 317, 382 β To @(5+8 ACC)
π· @291 (5+8 :ACC) β 231, 247(-2), 302, 322, 342 β To @(5+7 TCC) <> π΄ High Energy Collision 193, 276, 283, 290, 317, 382 β To @(5+8 ACC)
π° @292 (20+4 :GCT) πͺ 296(2) β To @(203+3 CGA) <> π΄ High Energy Collision 201, 211, 240, 249 β To @(20+4 GCT)
π· @293 (20+3 :ACT) πͺ 253, 262, 275(-1), 351, 358 β To @(20+11 TGA) <> π΄ High Energy Collision 230, 248, 324, 336, 385 β To @(20+3 ACT)
π’ @294 (20+10 :TCG) πͺ 195, 206(-1), 239(2), 242(2), 344(-1) β To @(201+4 AGC) <> π΄ High Energy Collision 220, 234, 250, 259, 299, 310, 343, 371 β To @(20+10 TCG)
π° @296 (203+3 :CGA) πͺ 201, 211, 240(5), 249(-1), 292(2) β To @(20+4 GCT)
π° @297 (20+16 :CGT) πͺ 218(-1), 243(7), 255, 277, 287, 289, 319, 335 β To @(204+2 GCA) <> π΄ High Energy Collision 359 β To @(20+16 CGT)
π’ @299 (20+10 :TCG) πͺ 206(2), 239(2), 242(6), 344(-2) β To @(201+4 AGC) <> π΄ High Energy Collision 220, 234, 250, 259, 294, 310, 343, 371 β To @(20+10 TCG)
π° @300 (20+12 :TGC) πͺ 202(-2), 208(2), 265, 272(3), 273(2), 279(4), 307(3), 325, 331(3), 333(4), 350(2), 366(4), 372(-3) β To @(20+20 ACG) <> π΄ High Energy Collision 203, 209, 210, 268, 278, 282, 340, 347 β To @(20+12 TGC)
π° @301 (5+1 :TCT) βπͺ Flow Figure8 + Opposites215, 221(-1), 233(-2), 244(2), 280(2), 284(3), 305(7), 311(-3), 312, 314(4), 353(4), 365(4), 381(8) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 224, 257, 288, 308, 309, 320, 354, 370, 388 β To @(5+1 TCT)
π° @302 (5+7 :TCC) βπͺ Flow Figure8 + Opposites207(5), 227, 251, 271(5), 276(1), 283(8), 290(-1), 291, 306(6), 315(6), 317(2), 332(6), 339(-1), 352(5), 380(4), 382(4) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 231, 247, 322, 342 β To @(5+7 TCC)
π’ @303 (3+1 :TTA) π 368(4) β To @(3+2 AAT)
π· @304 (20+19 :ACA) πͺ 233(2), 284(1) β To @(5+2 TGT) <> π΄ High Energy Collision 266, 286, 329, 337, 346, 357, 363, 376 β To @(20+19 ACA)
π° @305 (201+3 :AGA) πͺ 224, 257, 288, 301(7), 308(1), 309(-2), 320(3), 354(-2), 370(2), 388 β To @(5+1 TCT) <> π΄ High Energy Collision 215, 221, 244, 280, 311, 312, 314, 353, 365, 381 β To @(201+3 AGA)
π° @306 (202+1 :AGG) πͺ 231(4), 247(1), 302(6), 322(3), 342(3) β To @(5+7 TCC) <> π΄ High Energy Collision 207, 227, 251, 271, 274...,339, 352, 380, 384 β To @(201+1, 202+1 AAG, AGG)
π° @307 (20+20 :ACG) πͺ 209(-3), 210(-2), 268, 278(3), 282(11), 300(3), 340(1), 347 β To @(20+12 TGC) <> π΄ High Energy Collision 208, 265, 272, 273, 279...,333, 350, 366, 372 β To @(20+20 ACG)
π° @308 (5+1 :TCT) βπͺ Flow Figure8 + Opposites215, 221(-1), 233(1), 244(2), 280(4), 284(3), 305(1), 311(3), 312(7), 314(4), 353(-3), 365(-2), 381(-1) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 224, 257, 288, 301, 309, 320, 354, 370, 388 β To @(5+1 TCT)
π° @309 (5+1 :TCT) βπͺ Flow Figure8 + Opposites215(-2), 221(-4), 233(-1), 244(1), 280(1), 284(2), 305(-2), 311(5), 312(6), 314(3), 353(-3), 365(-3), 381(-2) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 224, 257, 288, 301, 308, 320, 354, 370, 388 β To @(5+1 TCT)
π’ @310 (20+10 :TCG) πͺ 239, 242(4), 344(-2) β To @(201+4 AGC) <> π΄ High Energy Collision 220, 234, 250, 259, 294, 299, 343, 371 β To @(20+10 TCG)
π° @311 (201+3 :AGA) πͺ 224(2), 257(-5), 288(-2), 301(-3), 308(3), 309(5), 320(-2), 354(-1), 370(-4), 388(-2) β To @(5+1 TCT) <> π΄ High Energy Collision 215, 221, 244, 280, 305, 312, 314, 353, 365, 381 β To @(201+3 AGA)
π° @312 (201+3 :AGA) πͺ 224(3), 257(-4), 288, 301, 308(7), 309(6), 320(-1), 354(-3), 370(-1), 388 β To @(5+1 TCT) <> π΄ High Energy Collision 215, 221, 244, 280, 305, 311, 314, 353, 365, 381 β To @(201+3 AGA)
π· @313 (20+9 :TCA) πͺ 223(9), 245(-3), 341(3) β To @(20+21 AGT) <> π΄ High Energy Collision 214, 219, 226, 229, 256...,377, 378, 379, 383 β To @(20+9 TCA)
π° @314 (201+3 :AGA) πͺ 224(3), 257(-4), 288, 301(4), 308(4), 309(3), 320(2), 354(-4), 370, 388 β To @(5+1 TCT) <> π΄ High Energy Collision 215, 221, 244, 280, 305, 311, 312, 353, 365, 381 β To @(201+3 AGA)
π° @315 (202+1 :AGG) πͺ 231, 247(2), 302(6), 322(4), 342(3) β To @(5+7 TCC) <> π΄ High Energy Collision 227, 251, 271, 274, 306, 332, 339, 352, 380, 384 β To @(201+1, 202+1 AAG, AGG)
π’ @316 (204+5 :CGC) πͺ 237, 252(-2), 263(-2), 349, 360 β To @(204+3 GCG) <> π΄π‘ High Energy Collision + Medium Energy Guidance 222, 261, 327, 364 β To @(204+1, 204+5 CGC, GAC)
π° @317 (5+8 :ACC) β 231(-1), 247(3), 302(2), 322(1), 342(4) β To @(5+7 TCC) <> π΄ High Energy Collision 276, 283, 290, 291, 382 β To @(5+8 ACC)
π· @318 (20+9 :TCA) πͺ 223, 245(6), 341(6) β To @(20+21 AGT) <> π΄ High Energy Collision 219, 226, 229, 256, 258...,377, 378, 379, 383 β To @(20+9 TCA)
π· @319 (204+2 :GCA) πͺ 297, 359(2) β To @(20+16 CGT) <> π΄ High Energy Collision 243, 255, 277, 287, 289, 335 β To @(204+2 GCA)
π° @320 (5+1 :TCT) βπͺ Flow Figure8 + Opposites221(2), 233(1), 244(1), 280, 284(2), 305(3), 311(-2), 312(-1), 314(2), 353(1), 365, 381(6) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 224, 257, 288, 301, 308, 309, 354, 370, 388 β To @(5+1 TCT)
π’ @321 (5+4 :GTT) β 369(-2) β To @(5+3 TTG)
π° @322 (5+7 :TCC) βπͺ Flow Figure8 + Opposites227, 251(2), 271, 276(3), 283(4), 290, 291, 306(3), 315(4), 317(1), 332, 339, 352(6), 380(3), 382(3) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 231, 247, 302, 342 β To @(5+7 TCC)
π· @324 (20+3 :ACT) πͺ 253(2), 262(-1), 275(2), 351(1), 358 β To @(20+11 TGA) <> π΄ High Energy Collision 230, 248, 293, 336, 385 β To @(20+3 ACT)
π· @325 (20+20 :ACG) πͺ 268, 278(1), 282(2), 300, 340(2), 347 β To @(20+12 TGC) <> π΄ High Energy Collision 265, 272, 273, 279, 307, 331, 333, 350, 366, 372 β To @(20+20 ACG)
π’ @327 (204+1 :GAC) πͺ 373(-1) β To @(20+1 CTG) <> π‘ Medium Energy Guidance 261, 316, 364 β To @(204+5 CGC)
π’ @329 (20+19 :ACA) πͺ 233(4), 284 β To @(5+2 TGT) <> π΄ High Energy Collision 266, 286, 304, 337, 346, 357, 363, 376 β To @(20+19 ACA)
π’ @330 (3+8 :CCT) πͺ 232(4), 246(3) β To @(202+4 GGA) <> π΄ High Energy Collision 254, 264 β To @(3+8 CCT)
π° @331 (20+20 :ACG) πͺ 268, 278(-3), 282(2), 300(3), 340(1), 347(-1) β To @(20+12 TGC) <> π΄ High Energy Collision 265, 272, 273, 279, 307, 325, 333, 350, 366, 372 β To @(20+20 ACG)
π· @332 (202+1 :AGG) πͺ 247(3), 302(6), 322, 342(6) β To @(5+7 TCC) <> π΄ High Energy Collision 251, 271, 274, 306, 315, 339, 352, 380, 384 β To @(201+1, 202+1 AAG, AGG)
π° @333 (20+20 :ACG) πͺ 268, 278(-4), 282, 300(4), 340(1), 347(4) β To @(20+12 TGC) <> π΄ High Energy Collision 265, 272, 273, 279, 307, 325, 331, 350, 366, 372 β To @(20+20 ACG)
π· @334 (20+14 :CCG) πͺ 238, 348(5) β To @(202+5 GGC) <> π΄ High Energy Collision 362, 375 β To @(20+14 CCG)
π· @335 (204+2 :GCA) πͺ 297, 359(4) β To @(20+16 CGT) <> π΄ High Energy Collision 243, 255, 277, 287, 289, 319 β To @(204+2 GCA)
π· @336 (20+3 :ACT) πͺ 253(-1), 262, 275(-1), 351(1), 358(2) β To @(20+11 TGA) <> π΄ High Energy Collision 248, 293, 324, 385 β To @(20+3 ACT)
π’ @337 (20+19 :ACA) πͺ 284(-4) β To @(5+2 TGT) <> π΄ High Energy Collision 266, 286, 304, 329, 346, 357, 363, 376 β To @(20+19 ACA)
π° @338 (20+9 :TCA) πͺ 245(3), 341(4) β To @(20+21 AGT) <> π΄ High Energy Collision 256, 258, 285, 313, 318...,377, 378, 379, 383 β To @(20+9 TCA)
π° @339 (202+1 :AGG) πͺ 247(3), 302(-1), 322, 342(4) β To @(5+7 TCC) <> π΄ High Energy Collision 251, 271, 274, 306, 315, 332, 352, 380, 384 β To @(201+1, 202+1 AAG, AGG)
π° @340 (20+12 :TGC) πͺ 265, 272, 273(-1), 279(-1), 307(1), 325(2), 331(1), 333(1), 350(1), 366(3), 372(3) β To @(20+20 ACG) <> π΄ High Energy Collision 268, 278, 282, 300, 347 β To @(20+12 TGC)
π° @341 (20+21 :AGT) πͺ 256, 258(-1), 285(3), 313(3), 318(6), 338(4), 345(3), 367(4), 374(3), 377, 378(3), 379(3), 383(5) β To @(20+9 TCA) <> π΄ High Energy Collision 245 β To @(20+21 AGT)
π° @342 (5+7 :TCC) βπͺ Flow Figure8 + Opposites251(1), 271(5), 276(1), 283(2), 290, 291, 306(3), 315(3), 317(4), 332(6), 339(4), 352(2), 380(9), 382(6) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 247, 302, 322 β To @(5+7 TCC)
π° @343 (20+10 :TCG) πͺ 344(8) β To @(201+4 AGC) <> π΄ High Energy Collision 250, 259, 294, 299, 310, 371 β To @(20+10 TCG)
π° @344 (201+4 :AGC) πͺ 250(1), 259(-2), 294(-1), 299(-2), 310(-2), 343(8), 371(-2) β To @(20+10 TCG)
π° @345 (20+9 :TCA) πͺ 341(3) β To @(20+21 AGT) <> π΄ High Energy Collision 256, 258, 285, 313, 318...,377, 378, 379, 383 β To @(20+9 TCA)
π’ @346 (20+19 :ACA) πͺ 284(-5) β To @(5+2 TGT) <> π΄ High Energy Collision 266, 286, 304, 329, 337, 357, 363, 376 β To @(20+19 ACA)
π° @347 (20+12 :TGC) πͺ 265(-2), 272, 273, 279(-2), 307, 325, 331(-1), 333(4), 350, 366(1), 372(2) β To @(20+20 ACG) <> π΄ High Energy Collision 268, 278, 282, 300, 340 β To @(20+12 TGC)
π· @348 (202+5 :GGC) πͺ 334(5), 362(1), 375(1) β To @(20+14 CCG)
π· @349 (204+3 :GCG) πͺ 261(-3), 316, 364(4) β To @(204+5 CGC) <> π΄ High Energy Collision 252, 263, 360 β To @(204+3 GCG)
π° @350 (20+20 :ACG) πͺ 268, 278, 282, 300(2), 340(1), 347 β To @(20+12 TGC) <> π΄ High Energy Collision 265, 272, 273, 279, 307, 325, 331, 333, 366, 372 β To @(20+20 ACG)
π· @351 (20+11 :TGA) πͺ 293, 324(1), 336(1), 385(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 253, 262, 275, 358 β To @(20+11 TGA)
π· @352 (202+1 :AGG) πͺ 302(5), 322(6), 342(2) β To @(5+7 TCC) <> π΄ High Energy Collision 271, 274, 306, 315, 332, 339, 380, 384 β To @(201+1, 202+1 AAG, AGG)
π° @353 (201+3 :AGA) πͺ 257(-2), 288(-2), 301(4), 308(-3), 309(-3), 320(1), 354(4), 370(-2), 388(-1) β To @(5+1 TCT) <> π΄ High Energy Collision 280, 305, 311, 312, 314, 365, 381 β To @(201+3 AGA)
π° @354 (5+1 :TCT) βπͺ Flow Figure8 + Opposites280(-2), 284, 305(-2), 311(-1), 312(-3), 314(-4), 353(4), 365(-2), 381(-3) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 257, 288, 301, 308, 309, 320, 370, 388 β To @(5+1 TCT)
π’ @357 (20+19 :ACA) πͺ 284(-2) β To @(5+2 TGT) <> π΄ High Energy Collision 266, 286, 304, 329, 337, 346, 363, 376 β To @(20+19 ACA)
π· @358 (20+11 :TGA) πͺ 293, 324, 336(2), 385 β To @(20+3 ACT) <> π΄ High Energy Collision 262, 275, 351 β To @(20+11 TGA)
π· @359 (20+16 :CGT) πͺ 277(-1), 287, 289, 319(2), 335(4) β To @(204+2 GCA) <> π΄ High Energy Collision 297 β To @(20+16 CGT)
π° @360 (204+3 :GCG) πͺ 261(-3), 316, 364 β To @(204+5 CGC) <> π΄ High Energy Collision 263, 349 β To @(204+3 GCG)
π· @362 (20+14 :CCG) πͺ 348(1) β To @(202+5 GGC) <> π΄ High Energy Collision 334, 375 β To @(20+14 CCG)
π’ @363 (20+19 :ACA) πͺ 284(-2) β To @(5+2 TGT) <> π΄ High Energy Collision 266, 286, 304, 329, 337, 346, 357, 376 β To @(20+19 ACA)
π° @364 (204+5 :CGC) πͺ 349(4), 360 β To @(204+3 GCG) <> π΄π‘ High Energy Collision + Medium Energy Guidance 316, 327 β To @(204+1, 204+5 CGC, GAC)
π° @365 (201+3 :AGA) πͺ 288, 301(4), 308(-2), 309(-3), 320, 354(-2), 370(-1), 388 β To @(5+1 TCT) <> π΄ High Energy Collision 280, 305, 311, 312, 314, 353, 381 β To @(201+3 AGA)
π· @366 (20+20 :ACG) πͺ 268, 278(-3), 282, 300(4), 340(3), 347(1) β To @(20+12 TGC) <> π΄ High Energy Collision 272, 273, 279, 307, 325, 331, 333, 350, 372 β To @(20+20 ACG)
π· @367 (20+9 :TCA) πͺ 341(4) β To @(20+21 AGT) <> π΄ High Energy Collision 285, 313, 318, 338, 345, 374, 377, 378, 379, 383 β To @(20+9 TCA)
π’ @368 (3+2 :AAT) π 303(4) β To @(3+1 TTA)
π’ @369 (5+3 :TTG) β 321(-2) β To @(5+4 GTT)
π° @370 (5+1 :TCT) βπͺ Flow Figure8 + Opposites280(3), 284(2), 305(2), 311(-4), 312(-1), 314, 353(-2), 365(-1), 381 β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 288, 301, 308, 309, 320, 354, 388 β To @(5+1 TCT)
π· @371 (20+10 :TCG) πͺ 344(-2) β To @(201+4 AGC) <> π΄ High Energy Collision 294, 299, 310, 343 β To @(20+10 TCG)
π· @372 (20+20 :ACG) πͺ 278, 282(4), 300(-3), 340(3), 347(2) β To @(20+12 TGC) <> π΄ High Energy Collision 273, 279, 307, 325, 331, 333, 350, 366 β To @(20+20 ACG)
π’ @373 (20+1 :CTG) πͺ 327(-1) β To @(204+1 GAC)
π’ @374 (20+9 :TCA) πͺ 341(3) β To @(20+21 AGT) <> π΄ High Energy Collision 285, 313, 318, 338, 345, 367, 377, 378, 379, 383 β To @(20+9 TCA)
π· @375 (20+14 :CCG) πͺ 348(1) β To @(202+5 GGC) <> π΄ High Energy Collision 334, 362 β To @(20+14 CCG)
π’ @376 (20+19 :ACA) πͺ 284(-6) β To @(5+2 TGT) <> π΄ High Energy Collision 286, 304, 329, 337, 346, 357, 363 β To @(20+19 ACA)
π’ @377 (20+9 :TCA) πͺ 341 β To @(20+21 AGT) <> π΄ High Energy Collision 285, 313, 318, 338, 345, 367, 374, 378, 379, 383 β To @(20+9 TCA)
π’ @378 (20+9 :TCA) πͺ 341(3) β To @(20+21 AGT) <> π΄ High Energy Collision 285, 313, 318, 338, 345, 367, 374, 377, 379, 383 β To @(20+9 TCA)
π’ @379 (20+9 :TCA) πͺ 341(3) β To @(20+21 AGT) <> π΄ High Energy Collision 285, 313, 318, 338, 345, 367, 374, 377, 378, 383 β To @(20+9 TCA)
π’ @380 (202+1 :AGG) πͺ 302(4), 322(3), 342(9) β To @(5+7 TCC) <> π΄ High Energy Collision 306, 315, 332, 339, 352, 384 β To @(201+1, 202+1 AAG, AGG)
π° @381 (201+3 :AGA) πͺ 288(-1), 301(8), 308(-1), 309(-2), 320(6), 354(-3), 370, 388 β To @(5+1 TCT) <> π΄ High Energy Collision 305, 311, 312, 314, 353, 365 β To @(201+3 AGA)
π’ @382 (5+8 :ACC) β 302(4), 322(3), 342(6) β To @(5+7 TCC) <> π΄ High Energy Collision 283, 290, 291, 317 β To @(5+8 ACC)
π’ @383 (20+9 :TCA) πͺ 341(5) β To @(20+21 AGT) <> π΄ High Energy Collision 285, 313, 318, 338, 345, 367, 374, 377, 378, 379 β To @(20+9 TCA)
π· @385 (20+3 :ACT) πͺ 351(-2), 358 β To @(20+11 TGA) <> π΄ High Energy Collision 293, 324, 336 β To @(20+3 ACT)
π° @388 (5+1 :TCT) πͺ 305, 311(-2), 312, 314, 353(-1), 365, 381 β To @(201+3 AGA) <> π΄ High Energy Collision 301, 308, 309, 320, 354, 370 β To @(5+1 TCT)
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