ATP6 GENE

atp6

Published

October 5, 2025

Gene type: protein

organism=Hypsibius dujardini chromosome=MT

Gene - Raw genomic sequence with all regulatory regions

βœ… 219 codons, 219 functional, 176 bonds

   Pattern Distribution:
      Pattern 3 (Structural (Simple)): 68 (31.1%)
      Pattern 5 (Flow (Bonding)): 14 (6.4%)
      Pattern 20 (Complex (Coordination)): 75 (34.2%)
      Pattern 201 (Spiral Threaders (φ¹ Harmonics)): 20 (9.1%)
      Pattern 202 (Pentagon Ricochets (φ² Harmonics)): 10 (4.6%)
      Pattern 203 (Fibonacci Pilers (φ³ Harmonics)): 7 (3.2%)
      Pattern 204 (Golden Harmonic Resonators (φ⁴ Harmonics)): 10 (4.6%)
      Pattern 205 (Geometric Controllers (Ο†βˆž Harmonics)): 15 (6.8%)
      Junk 66 (DNA's Highway - navigating, timing, scaling, control): 0 (0.0%)

ATP6 - ATP synthase F0 subunit 6 BETA Hypsibius dujardini Gene name ATP synthase F0 subunit 6 Symbol ATP6 Gene ID 10094493 Organism Hypsibius dujardini Gene type protein-coding Proteins 1

Gaia's Grammar
Internal Bonds
Internal Guidance
Partner Bonds
Partner Guidance
πŸ“ Geometry
Building Patterns
🌊 Verbs
Action Flow
πŸ—οΈ Nouns
Structural Objects
🎨 Adjectives
Complex Descriptors
πŸ€” Ready (+1)
Foundation Setting
βœ… Set (+2)
Coordination
🌱 Grow (+3)
Power Acceleration
🌳 Grow On (+4)
Sustained Momentum
🌲 Grow Strong (+5)
Growth with authority
πŸ›£οΈ Gene Highway
Roadway for DNA

πŸ“–β—‡πŸ”‘ β—‡πŸ”‘ πŸŒ€πŸ§¬ πŸŒ€πŸŽ― β—†πŸŽ’ πŸ’ŽπŸŽ΅ 🌸πŸ₯ 🌸πŸ₯ β—‡πŸ’΅ 🎡🎼, β—‡πŸ›οΈ β—‡πŸ”‘ ⬟πŸŽͺ β—†πŸ”οΈ β—‡πŸ° β—†πŸš€ β—†πŸš€ β—†πŸŽ’ πŸŒ€πŸ§¬ β—†β›΅ β—†πŸš§ β—‡πŸ° β—‡πŸ”‘ 🎡🎯 β—‡πŸ° β—‡πŸ° β—†πŸŒ‹ β—†βš“ β—†πŸŽͺ β—‡πŸ›οΈ β—†πŸŽͺ β—†πŸŒ€ β—†πŸŽ­ πŸ“–πŸšπŸŒ± β—‡πŸ° β—†πŸ—οΈ β—‡πŸ”‘ πŸ’ŽπŸŽ΅ β—†πŸŒ€ β—‡πŸ” β—†πŸ”¬ πŸŒ€πŸŽ― β—‡πŸ”’ β—†πŸ—» β—‡πŸ° β—‡πŸ—οΈ πŸŒ€πŸŽ― πŸ’ŽπŸŒ€ πŸ’ŽπŸŒ€ β—†πŸŽ’ β—†πŸŒ€ πŸ“–πŸšπŸŒ± β—‡πŸ’΅ β—†πŸ”€ β—†πŸŒ€ ⬟πŸŽͺ β¬ŸπŸ”„ β—‡πŸ° β—‡πŸ—οΈ β—†πŸ”§ β—†πŸ”§ β—‡πŸ”‘ πŸŒ€πŸ§¬ β—‡πŸ”’ πŸ“–πŸŒ€πŸŒͺ️ πŸŒ€πŸ§¬ πŸ’ŽπŸŒ€ πŸ“–πŸšπŸŒ± ⬟πŸŽͺ πŸ’ŽπŸŒ€ β—†πŸŽ­ β—‡πŸ”’ β—‡πŸ”‘ β—‡πŸ—οΈ β—‡πŸ° ⬟πŸŽͺ β—‡πŸ”‘ πŸ’ŽπŸŽ΅ β—‡πŸ° β—†πŸš€ β—‡πŸ° β—†βš“ β—†πŸ”€ β—‡πŸ° πŸŒ€πŸ§¬ β—‡πŸ° πŸŒΈπŸ’‹ β—†πŸ”οΈ β—†πŸ”€ β—‡πŸ—οΈ β—‡πŸ›οΈ β—‡πŸ” 🌸🌊 β—‡πŸ’΅ β—†πŸŽ― πŸ’ŽπŸŽ΅ 🌸πŸ₯ πŸŽ΅πŸ’« β—†πŸ—οΈ β—†πŸš€ β—†πŸŽ’ β—‡πŸ’΅ β—†πŸŽ­ β—†πŸ”„ 🌸πŸ₯ β—†πŸŽ’ πŸŽ΅πŸ’« β—†πŸ”€ πŸ’ŽπŸŒ‰ β—‡πŸ’΅ β—†πŸš§ β—†πŸ”„ πŸŒΈπŸ’‹ πŸ’ŽπŸŽ΅ β—†πŸŽͺ β—‡πŸ° β—‡πŸ’΅ πŸŒ€πŸŽ― πŸŒ€βš‘ β—†πŸŽ­ πŸŒ€πŸ§¬ πŸŒ€πŸ§¬ πŸŒΈπŸ‘Š πŸŒ€πŸ§¬ β—†πŸͺ¨ πŸ’ŽπŸŽ΅ β—‡πŸ—οΈ πŸŒ€πŸŽ― β—†πŸͺ¨ β—‡πŸ—οΈ β—†πŸ—» πŸ’ŽπŸŒ‰ β—†πŸŽ’ πŸŒ€βš‘ β—†πŸŽ­ β—‡πŸ›οΈ β—†πŸŽ’ β—†πŸ”§ β—†πŸŽ’ 🌸πŸ₯ πŸ“–πŸšπŸŒ± πŸ’ŽπŸŽ΅ β—‡πŸ”‘ β—†πŸ—» β—†πŸ”€ β—‡πŸ° β¬ŸπŸ”„ β—†πŸŽ­ 🎡🎯 πŸ“–β¬ŸπŸ“ πŸ“–πŸšπŸŒ± β—‡πŸ° β—‡πŸ° β—†πŸ”¬ πŸšπŸŒ€ β—†πŸŽͺ β—†πŸŽ­ β—†πŸŽ’ β—†πŸŒ€ β—†πŸŒŠ πŸŽ΅πŸ‘‘ β—†πŸŽ’ 🌸πŸ₯ 🎡🎯 β—‡πŸ”’ β—‡πŸ”‘ β—†πŸŽ­ 🎡🎯 ⬟πŸŽͺ β—†πŸͺ¨ β—†πŸŽͺ β—†πŸŽ’ β—‡πŸ”‘ 🎡🎯 β—†βš“ β—†πŸŒ‹ β—†πŸŒ€ πŸŒ€πŸ§¬ β—‡πŸ”’ β—‡πŸ° β—‡πŸ’΅ β—‡πŸ”‘ β—‡πŸ—οΈ β—‡πŸ”’ β—‡πŸ° 🌸🌊 🌸πŸ₯ β—†πŸŒ€ β—†πŸŒŠ β—†πŸ”€ β—‡πŸ° β—†πŸŽͺ β—‡πŸ—οΈ β—‡πŸ° πŸŒΈπŸ§— β—†πŸŽ’ β¬ŸπŸ”„ β—‡πŸ° 🎡🎯 β—†πŸ—» β—†πŸ”§ πŸ’ŽπŸŽ΅ β—‡πŸ° πŸ“–πŸšπŸŒ± πŸŒ€πŸŽ― β—‡πŸ” 🌸🌊 πŸ’ŽπŸŽ΅ β—†πŸŽ­ β—‡πŸ° β—‡πŸ—οΈ β—‡πŸ° πŸŒ€πŸŽ― β—‡πŸ”‘ β—†β›΅ β—‡πŸ”‘ πŸŒ€πŸŽ― β¬ŸπŸ”„ β—‡πŸ°

Gene Report


πŸ”¬ ATP6_GENE
   Function: πŸŒ€ SPIRAL ENGINEER (Helical Assembly)
   Total Codons: 219, Functional: 219
   Pattern Distribution:
      Pattern 3 (Structural (Simple)): 68 (31.1%)
      Pattern 5 (Flow (Bonding)): 14 (6.4%)
      Pattern 20 (Complex (Coordination)): 75 (34.2%)
      Pattern 201 (Spiral Threaders (φ¹ Harmonics)): 20 (9.1%)
      Pattern 202 (Pentagon Ricochets (φ² Harmonics)): 10 (4.6%)
      Pattern 203 (Fibonacci Pilers (φ³ Harmonics)): 7 (3.2%)
      Pattern 204 (Golden Harmonic Resonators (φ⁴ Harmonics)): 10 (4.6%)
      Pattern 205 (Geometric Controllers (Ο†βˆž Harmonics)): 15 (6.8%)
      Junk 66 (DNA's Highway - navigating, timing, scaling, control): 0 (0.0%)
   Flow/Structure Ratio: 0.21 - πŸ“š Something's wrong with Struct/Flow ratio?!  {ratio}
   Folding Strategy: πŸ”„ COMPLEX FOLDING (Multi-domain coordination)
   Bonding Sites: 176
      Early bonds: 83 (avg distance: 46.6)
      Middle bonds: 70 (avg distance: 44.3)
      Late bonds: 23 (avg distance: 24.3)

  πŸ”— Protein Folding - Bond/Coordination Candidates:
      🐒 @1   (3+3   :ATA) πŸ”                    40, 92  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 2, 12, 23, 37, 62, 73, 77  ↔ To @(3+3 ATA)
      🐒 @2   (3+3   :ATA) πŸ”                    40, 92  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 1, 12, 23, 37, 62, 73, 77  ↔ To @(3+3 ATA)
      🐰 @4   (201+3 :AGA) πŸͺž                    7, 8, 97(-1)  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 42, 47  ↔ To @(201+3 AGA)
      🐰 @7   (5+1   :TCT) πŸͺž                    4, 42, 47  ↔ To @(201+3 AGA) <> πŸ”΄ High Energy Collision 8, 97, 105  ↔ To @(5+1 TCT)
      🐰 @8   (5+1   :TCT) πŸͺž                    4, 42, 47(-1)  ↔ To @(201+3 AGA) <> πŸ”΄ High Energy Collision 7, 97, 105  ↔ To @(5+1 TCT)
      🐰 @9   (3+7   :TTC) πŸͺžπŸ” Opposites + Structural Lock Key11(4), 30(1), 65(-1), 91(-2)  ↔ To @(201+1, 3+8 AAG, CCT) <> πŸ”΄ High Energy Collision 53, 94, 102  ↔ To @(3+7 TTC)
      🐷 @10  (204+1 :GAC) πŸͺž                    28(2), 82  ↔ To @(20+1 CTG) <> βš™οΈ  Unknown Coordination 204+1 205+1 48, 49, 67, 70  ↔ To @(205+1 AAA)
      🐰 @11  (3+8   :CCT) πŸͺžπŸ” Opposites + Structural Lock Key9(4), 13(4), 53(-2), 56(-2), 69(-5), 76(-4), 94(3), 102(-2), 110  ↔ To @(202+4, 3+7 GGA, TTC) <> πŸ”΄ High Energy Collision 30, 91  ↔ To @(3+8 CCT)
      🐷 @12  (3+3   :ATA) πŸ”                    40, 92(7)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 1, 2, 23, 37, 62, 73, 77  ↔ To @(3+3 ATA)
      🐰 @13  (202+4 :GGA) πŸͺž                    11(4), 30(-1), 91(2)  ↔ To @(3+8 CCT) <> πŸ”΄ High Energy Collision 56, 69, 76  ↔ To @(202+4 GGA)
      🐰 @16  (20+5  :ATG) πŸͺž                    20(-1)  ↔ To @(20+8 TAC) <> πŸ”΄ High Energy Collision 17, 80, 100  ↔ To @(20+5 ATG)
      🐰 @17  (20+5  :ATG) πŸͺž                    20  ↔ To @(20+8 TAC) <> πŸ”΄ High Energy Collision 16, 80, 100  ↔ To @(20+5 ATG)
      🐰 @20  (20+8  :TAC) πŸͺž                    16(-1), 17, 80(-2), 100(-1)  ↔ To @(20+5 ATG)                       
      🐒 @21  (20+11 :TGA) πŸͺž                    95(1)  ↔ To @(20+3 ACT) <> πŸ”΄ High Energy Collision 111  ↔ To @(20+11 TGA)
      🐷 @23  (3+3   :ATA) πŸ”                    40(4), 92  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 1, 2, 12, 37, 62, 73, 77  ↔ To @(3+3 ATA)
      🐷 @24  (204+2 :GCA) πŸͺž                    41(4)  ↔ To @(20+16 CGT)                       
      🐷 @28  (20+1  :CTG) πŸͺž                    10(2)  ↔ To @(204+1 GAC) <> πŸ”΄ High Energy Collision 82  ↔ To @(20+1 CTG)
      🐷 @30  (3+8   :CCT) πŸͺžπŸ” Opposites + Structural Lock Key9(1), 13(-1), 53, 56(-1), 69, 76, 94, 102, 110, 117(-2)  ↔ To @(202+4, 3+7 GGA, TTC) <> πŸ”΄ High Energy Collision 11, 91  ↔ To @(3+8 CCT)
      🐰 @36  (20+2  :CAT) πŸͺž                    44(-2), 131  ↔ To @(20+22 GTA) <> πŸ”΄ High Energy Collision 99  ↔ To @(20+2 CAT)
      🐰 @37  (3+3   :ATA) πŸ”                    40, 92  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 1, 2, 12, 23, 62, 73, 77  ↔ To @(3+3 ATA)
      🐰 @40  (3+4   :TAT) πŸ”                    1, 2, 12, 23(4), 37, 62, 73, 77(-1)  ↔ To @(3+3 ATA) <> πŸ”΄ High Energy Collision 92  ↔ To @(3+4 TAT)
      🐷 @41  (20+16 :CGT) πŸͺž                    24(4)  ↔ To @(204+2 GCA)                       
      🐒 @42  (201+3 :AGA) πŸͺž                    7, 8, 97(2), 105, 140  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 4, 47, 118, 128  ↔ To @(201+3 AGA)
      🐰 @43  (3+2   :AAT) πŸ”                    46(-2), 59(-1), 74(-1), 90, 127(-2), 130(-3)  ↔ To @(3+1 TTA) <> πŸ”΄ High Energy Collision 64, 72  ↔ To @(3+2 AAT)
      🐰 @44  (20+22 :GTA) πŸͺž                    36(-2), 99(2)  ↔ To @(20+2 CAT) <> πŸ”΄ High Energy Collision 131  ↔ To @(20+22 GTA)
      🐰 @46  (3+1   :TTA) πŸ”                    43(-2), 64, 72(-1)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 59, 74, 90, 127, 130  ↔ To @(3+1 TTA)
      🐒 @47  (201+3 :AGA) πŸͺž                    7, 8(-1), 97(1), 105, 140  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 4, 42, 118, 128  ↔ To @(201+3 AGA)
      🐷 @53  (3+7   :TTC) πŸͺžπŸ” Opposites + Structural Lock Key11(-2), 30, 65, 91(-1), 136  ↔ To @(201+1, 3+8 AAG, CCT) <> πŸ”΄ High Energy Collision 9, 94, 102, 110, 117  ↔ To @(3+7 TTC)
      🐷 @56  (202+4 :GGA) πŸͺž                    11(-2), 30(-1), 91, 136  ↔ To @(3+8 CCT) <> πŸ”΄ High Energy Collision 13, 69, 76  ↔ To @(202+4 GGA)
      🐰 @59  (3+1   :TTA) πŸ”                    43(-1), 64, 72(-2)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 46, 74, 90, 127, 130  ↔ To @(3+1 TTA)
      🐷 @62  (3+3   :ATA) πŸ”                    40, 92(2)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 1, 2, 12, 23, 37, 73, 77, 143  ↔ To @(3+3 ATA)
      🐰 @64  (3+2   :AAT) πŸ”                    46, 59, 74(-3), 90(2), 127, 130  ↔ To @(3+1 TTA) <> πŸ”΄ High Energy Collision 43, 72  ↔ To @(3+2 AAT)
      🐷 @65  (201+1 :AAG) πŸͺž                    9(-1), 53, 94(1), 102, 110, 117  ↔ To @(3+7 TTC) <> πŸ”΄ High Energy Collision 150  ↔ To @(202+1 AGG)
      🐷 @69  (202+4 :GGA) πŸͺž                    11(-5), 30, 91, 136(-1)  ↔ To @(3+8 CCT) <> πŸ”΄ High Energy Collision 13, 56, 76  ↔ To @(202+4 GGA)
      🐰 @72  (3+2   :AAT) πŸ”                    46(-1), 59(-2), 74(2), 90(3), 127(-2), 130(-2)  ↔ To @(3+1 TTA) <> πŸ”΄ High Energy Collision 43, 64, 165  ↔ To @(3+2 AAT)
      🐷 @73  (3+3   :ATA) πŸ”                    40, 92(2)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 1, 2, 12, 23, 37, 62, 77, 143, 166  ↔ To @(3+3 ATA)
      🐰 @74  (3+1   :TTA) πŸ”                    43(-1), 64(-3), 72(2), 165(-4)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 46, 59, 90, 127, 130  ↔ To @(3+1 TTA)
      🐷 @76  (202+4 :GGA) πŸͺž                    11(-4), 30, 91(5), 136  ↔ To @(3+8 CCT) <> πŸ”΄ High Energy Collision 13, 56, 69, 169  ↔ To @(202+4 GGA)
      🐷 @77  (3+3   :ATA) πŸ”                    40(-1), 92(4)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 1, 2, 12, 23, 37, 62, 73, 143, 166, 173  ↔ To @(3+3 ATA)
      🐒 @80  (20+5  :ATG) πŸͺž                    20(-2)  ↔ To @(20+8 TAC) <> πŸ”΄ High Energy Collision 16, 17, 100  ↔ To @(20+5 ATG)
      🐒 @82  (20+1  :CTG) πŸͺž                    10  ↔ To @(204+1 GAC) <> πŸ”΄ High Energy Collision 28, 175  ↔ To @(20+1 CTG)
      🐒 @87  (5+7   :TCC) ∞πŸͺž Flow Figure8 + Opposites123(-2), 150(-1)  ↔ To @(202+1, 5+8 ACC, AGG) <> πŸ”΄ High Energy Collision 113  ↔ To @(5+7 TCC)
      🐒 @88  (20+25 :GGT) πŸͺž                    155  ↔ To @(203+4 CCA) <> πŸ”΄ High Energy Collision 14  ↔ To @(20+25 GGT)
      🐷 @90  (3+1   :TTA) πŸ”                    43, 64(2), 72(3), 165(3), 179(3), 184(2)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 46, 59, 74, 127, 130, 183  ↔ To @(3+1 TTA)
      🐰 @91  (3+8   :CCT) πŸͺžπŸ” Opposites + Structural Lock Key9(-2), 13(2), 53(-1), 56, 69, 76(5), 94, 102, 110, 117, 169(2), 181(6)  ↔ To @(202+4, 3+7 GGA, TTC) <> πŸ”΄ High Energy Collision 11, 30, 136  ↔ To @(3+8 CCT)
      🐷 @92  (3+4   :TAT) πŸ”                    1, 2, 12(7), 23, 37, 62(2), 73(2), 77(4), 143, 166(3), 173, 182(5)  ↔ To @(3+3 ATA) <> πŸ”΄ High Energy Collision 40  ↔ To @(3+4 TAT)
      🐰 @94  (3+7   :TTC) πŸͺžπŸ” Opposites + Structural Lock Key11(3), 30, 65(1), 91, 136  ↔ To @(201+1, 3+8 AAG, CCT) <> πŸ”΄ High Energy Collision 9, 53, 102, 110, 117, 181  ↔ To @(3+7 TTC)
      🐷 @95  (20+3  :ACT) πŸͺž                    21(1), 111(-2)  ↔ To @(20+11 TGA)                       
      🐷 @97  (5+1   :TCT) πŸͺž                    4(-1), 42(2), 47(1), 118, 128(-1)  ↔ To @(201+3 AGA) <> πŸ”΄ High Energy Collision 7, 8, 105, 140, 163, 187  ↔ To @(5+1 TCT)
      🐒 @99  (20+2  :CAT) πŸͺž                    44(2), 131(1), 144  ↔ To @(20+22 GTA) <> πŸ”΄ High Energy Collision 36  ↔ To @(20+2 CAT)
      🐒 @100 (20+5  :ATG) πŸͺž                    20(-1)  ↔ To @(20+8 TAC) <> πŸ”΄ High Energy Collision 16, 17, 80  ↔ To @(20+5 ATG)
      🐷 @102 (3+7   :TTC) πŸͺžπŸ” Opposites + Structural Lock Key11(-2), 30, 65, 91, 136(-4)  ↔ To @(201+1, 3+8 AAG, CCT) <> πŸ”΄ High Energy Collision 9, 53, 94, 110, 117, 181  ↔ To @(3+7 TTC)
      🐷 @105 (5+1   :TCT) πŸͺž                    42, 47, 118, 128  ↔ To @(201+3 AGA) <> πŸ”΄ High Energy Collision 7, 8, 97, 140, 163, 187  ↔ To @(5+1 TCT)
      🐷 @110 (3+7   :TTC) πŸͺžπŸ” Opposites + Structural Lock Key11, 30, 65, 91, 136  ↔ To @(201+1, 3+8 AAG, CCT) <> πŸ”΄ High Energy Collision 53, 94, 102, 117, 181  ↔ To @(3+7 TTC)
      🐷 @111 (20+11 :TGA) πŸͺž                    95(-2)  ↔ To @(20+3 ACT) <> πŸ”΄ High Energy Collision 21  ↔ To @(20+11 TGA)
      🐷 @113 (5+7   :TCC) ∞πŸͺž Flow Figure8 + Opposites123, 150  ↔ To @(202+1, 5+8 ACC, AGG) <> πŸ”΄ High Energy Collision 87  ↔ To @(5+7 TCC)
      🐷 @117 (3+7   :TTC) πŸͺžπŸ” Opposites + Structural Lock Key30(-2), 65, 91, 136  ↔ To @(201+1, 3+8 AAG, CCT) <> πŸ”΄ High Energy Collision 53, 94, 102, 110, 181  ↔ To @(3+7 TTC)
      🐷 @118 (201+3 :AGA) πŸͺž                    97, 105, 140, 163, 187  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 42, 47, 128, 205, 213, 217  ↔ To @(201+3 AGA)
      🐒 @121 (201+2 :AAC) πŸͺž                    195  ↔ To @(5+3 TTG) <> πŸ”΄ High Energy Collision 63, 66, 85, 122, 124, 178  ↔ To @(201+2 AAC)
      🐒 @122 (201+2 :AAC) πŸͺž                    195  ↔ To @(5+3 TTG) <> πŸ”΄ High Energy Collision 63, 66, 85, 121, 124, 178  ↔ To @(201+2 AAC)
      🐷 @123 (5+8   :ACC) ∞                    87(-2), 113  ↔ To @(5+7 TCC)                       
      🐒 @124 (201+2 :AAC) πŸͺž                    195  ↔ To @(5+3 TTG) <> πŸ”΄ High Energy Collision 63, 66, 85, 121, 122, 178  ↔ To @(201+2 AAC)
      🐒 @125 (20+13 :CAC) πŸͺž                    160, 189  ↔ To @(20+23 GTG) <> πŸ”΄ High Energy Collision 129, 170  ↔ To @(20+13 CAC)
      🐒 @127 (3+1   :TTA) πŸ”                    43(-2), 64, 72(-2), 165(3), 179, 184(-2)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 46, 59, 74, 90, 130, 183, 193, 211  ↔ To @(3+1 TTA)
      🐷 @128 (201+3 :AGA) πŸͺž                    97(-1), 105, 140, 163(7), 187(7)  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 42, 47, 118, 205, 213, 217  ↔ To @(201+3 AGA)
      🐒 @129 (20+13 :CAC) πŸͺž                    160, 189(3)  ↔ To @(20+23 GTG) <> πŸ”΄ High Energy Collision 125, 170  ↔ To @(20+13 CAC)
      🐒 @130 (3+1   :TTA) πŸ”                    43(-3), 64, 72(-2), 165(2), 179, 184(-2)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 46, 59, 74, 90, 127, 183, 193, 211  ↔ To @(3+1 TTA)
      🐒 @131 (20+22 :GTA) πŸͺž                    36, 99(1)  ↔ To @(20+2 CAT) <> πŸ”΄ High Energy Collision 44, 144, 200  ↔ To @(20+22 GTA)
      🐷 @136 (3+8   :CCT) πŸͺžπŸ” Opposites + Structural Lock Key53, 56, 69(-1), 76, 94, 102(-4), 110, 117, 169(-1), 181  ↔ To @(202+4, 3+7 GGA, TTC) <> πŸ”΄ High Energy Collision 91  ↔ To @(3+8 CCT)
      🐷 @140 (5+1   :TCT) πŸͺž                    42, 47, 118, 128, 205(-2), 213, 217  ↔ To @(201+3 AGA) <> πŸ”΄ High Energy Collision 97, 105, 163, 187  ↔ To @(5+1 TCT)
      🐒 @143 (3+3   :ATA) πŸ”                    92, 206(1)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 62, 73, 77, 166, 173, 182, 214, 216  ↔ To @(3+3 ATA)
      🐒 @144 (20+22 :GTA) πŸͺž                    99  ↔ To @(20+2 CAT) <> πŸ”΄ High Energy Collision 131, 200  ↔ To @(20+22 GTA)
      🐰 @149 (204+2 :GCA) πŸͺž                    154  ↔ To @(20+16 CGT) <> πŸ”΄ High Energy Collision 164, 168, 174, 199  ↔ To @(204+2 GCA)
      🐒 @150 (202+1 :AGG) πŸͺž                    87(-1), 113  ↔ To @(5+7 TCC) <> πŸ”΄ High Energy Collision 65  ↔ To @(201+1 AAG)
      🐰 @154 (20+16 :CGT) πŸͺž                    149, 164, 168, 174, 199(-3)  ↔ To @(204+2 GCA)                       
      🐒 @155 (203+4 :CCA) πŸͺž                    88  ↔ To @(20+25 GGT)                       
      🐷 @160 (20+23 :GTG) πŸͺž                    125, 129, 170  ↔ To @(20+13 CAC) <> πŸ”΄ High Energy Collision 189  ↔ To @(20+23 GTG)
      🐒 @163 (5+1   :TCT) πŸͺž                    118, 128(7), 205, 213(2), 217  ↔ To @(201+3 AGA) <> πŸ”΄ High Energy Collision 97, 105, 140, 187  ↔ To @(5+1 TCT)
      🐷 @164 (204+2 :GCA) πŸͺž                    154  ↔ To @(20+16 CGT) <> πŸ”΄ High Energy Collision 149, 168, 174, 199  ↔ To @(204+2 GCA)
      🐷 @165 (3+2   :AAT) πŸ”                    74(-4), 90(3), 127(3), 130(2), 183(-4), 193, 211(2)  ↔ To @(3+1 TTA) <> πŸ”΄ High Energy Collision 72, 179, 184  ↔ To @(3+2 AAT)
      🐒 @166 (3+3   :ATA) πŸ”                    92(3), 206(2)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 73, 77, 143, 173, 182, 214, 216  ↔ To @(3+3 ATA)
      🐷 @168 (204+2 :GCA) πŸͺž                    154  ↔ To @(20+16 CGT) <> πŸ”΄ High Energy Collision 149, 164, 174, 199  ↔ To @(204+2 GCA)
      🐒 @169 (202+4 :GGA) πŸͺž                    91(2), 136(-1)  ↔ To @(3+8 CCT) <> πŸ”΄ High Energy Collision 76  ↔ To @(202+4 GGA)
      🐷 @170 (20+13 :CAC) πŸͺž                    160, 189  ↔ To @(20+23 GTG) <> πŸ”΄ High Energy Collision 125, 129  ↔ To @(20+13 CAC)
      🐒 @173 (3+3   :ATA) πŸ”                    92, 206  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 77, 143, 166, 182, 214, 216  ↔ To @(3+3 ATA)
      🐷 @174 (204+2 :GCA) πŸͺž                    154  ↔ To @(20+16 CGT) <> πŸ”΄ High Energy Collision 149, 164, 168, 199  ↔ To @(204+2 GCA)
      🐷 @178 (201+2 :AAC) πŸͺž                    195(2)  ↔ To @(5+3 TTG) <> πŸ”΄ High Energy Collision 85, 121, 122, 124  ↔ To @(201+2 AAC)
      🐰 @179 (3+2   :AAT) πŸ”                    90(3), 127, 130, 183(-3), 193, 211(-4)  ↔ To @(3+1 TTA) <> πŸ”΄ High Energy Collision 165, 184  ↔ To @(3+2 AAT)
      🐒 @181 (3+7   :TTC) πŸ”                    91(6), 136  ↔ To @(3+8 CCT) <> πŸ”΄ High Energy Collision 94, 102, 110, 117  ↔ To @(3+7 TTC)
      🐷 @182 (3+3   :ATA) πŸ”                    92(5), 206  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 143, 166, 173, 214, 216  ↔ To @(3+3 ATA)
      🐰 @183 (3+1   :TTA) πŸ”                    165(-4), 179(-3), 184(4)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 90, 127, 130, 193, 211  ↔ To @(3+1 TTA)
      🐰 @184 (3+2   :AAT) πŸ”                    90(2), 127(-2), 130(-2), 183(4), 193(-5), 211(-6)  ↔ To @(3+1 TTA) <> πŸ”΄ High Energy Collision 165, 179  ↔ To @(3+2 AAT)
      🐷 @187 (5+1   :TCT) πŸͺž                    118, 128(7), 205(-1), 213, 217  ↔ To @(201+3 AGA) <> πŸ”΄ High Energy Collision 97, 105, 140, 163  ↔ To @(5+1 TCT)
      🐷 @189 (20+23 :GTG) πŸͺž                    125, 129(3), 170  ↔ To @(20+13 CAC) <> πŸ”΄ High Energy Collision 160  ↔ To @(20+23 GTG)
      🐰 @193 (3+1   :TTA) πŸ”                    165, 179, 184(-5)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 127, 130, 183, 211  ↔ To @(3+1 TTA)
      🐷 @195 (5+3   :TTG) πŸͺž                    121, 122, 124, 178(2)  ↔ To @(201+2 AAC)                       
      🐒 @199 (204+2 :GCA) πŸͺž                    154(-3)  ↔ To @(20+16 CGT) <> πŸ”΄ High Energy Collision 149, 164, 168, 174  ↔ To @(204+2 GCA)
      🐷 @205 (201+3 :AGA) πŸͺž                    140(-2), 163, 187(-1)  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 118, 128, 213, 217  ↔ To @(201+3 AGA)
      🐰 @206 (3+4   :TAT) πŸ”                    143(1), 166(2), 173, 182, 214(-2), 216(-2)  ↔ To @(3+3 ATA)                       
      🐷 @211 (3+1   :TTA) πŸ”                    165(2), 179(-4), 184(-6)  ↔ To @(3+2 AAT) <> πŸ”΄ High Energy Collision 127, 130, 183, 193  ↔ To @(3+1 TTA)
      🐷 @213 (201+3 :AGA) πŸͺž                    140, 163(2), 187  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 118, 128, 205, 217  ↔ To @(201+3 AGA)
      🐰 @214 (3+3   :ATA) πŸ”                    206(-2)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 143, 166, 173, 182, 216  ↔ To @(3+3 ATA)
      🐷 @216 (3+3   :ATA) πŸ”                    206(-2)  ↔ To @(3+4 TAT) <> πŸ”΄ High Energy Collision 143, 166, 173, 182, 214  ↔ To @(3+3 ATA)
      🐒 @217 (201+3 :AGA) πŸͺž                    140, 163, 187  ↔ To @(5+1 TCT) <> πŸ”΄ High Energy Collision 118, 128, 205, 213  ↔ To @(201+3 AGA)

No partner sequences found - no rna report

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Download the genetic rhythm analyzer, a Python program using the codon mapping model.

Rendered with Quarto from a template generated by the analyzer.

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