“What I like about Arbor Day Town,” one of the townsfolk confides, “is how we always get back to basics. A cool green tree. A cozy grove. Tea.” “10-4,” you reply.
  • (3.3Å)
  • Number of ATP produced (theoretical maximum, to the nearest integer) per respiratory NADH oxidation
  • Chirality of amino acids incorporated into proteins by ribosomes
  • Allele present in two copies in patients in ref. 16 (2015)
  • (2.05Å)
  • Number of carbons transferred to THF by EC 6.3.4.3
  • Method of approximation applied to rare events in ref. 21 (2018)
  • (1.45Å)
  • Number of net positive charges transferred to the extracellular space by the Na+/K+ ATPase
  • rRNA region sequenced in ref. 2 (2018)
  • Heaviest atom in the moiety transferred by a kinase
  • (2.9Å)
  • Number of pyruvate produced per glucose entering glycolysis
  • Enzyme studied in ref. 13 (2015)
  • (3Å)
  • Number of CO2 molecules released in each turn of the Krebs cycle
  • Plant gene studied in ref. 5 (2012)
  • (2.85Å)
  • Number of residues whose sidechains contribute to serine protease catalysis
  • Type of damage found to promote HK2 pyroptosis in ref. 4 (2016)
  • (1.8Å)
  • Number of ATP required per DNA ligase turnover
  • First base of the amber, ochre, and opal codons
  • Brain region whose connectivity is found to be reorganized in ref. 9 (2013)
  • (1.9Å)
  • Number of carbons in either product of the second Calvin cycle reaction catalyzed by transketolase
  • Mammalian chromosome whose activity is modulated by dosage compensation
  • Family of genes whose 18 and 1β forms’ response to a microRNA is measured in ref. 4 (2016)

Sequence library

  1. CGGAGCGTCCCTC
  2. CTATGTGGGATCT
  3. CGGGCGAGCGTCG
  4. CGGGTCCGCGAAC
  5. CCCTAGAGCCGTT
  6. CGCTACTTCCCAG
  7. CGGTTAGTCGCTG
  8. CGGACGTGAATCG
  9. CCGGAAAAATATG
  10. CGGCACCCCAAGC
  11. CGGTATCGACAAA
  12. CGAGTCTGCATTC
  13. CGAAGGTTGGTAA
  14. CGCTGAACACGGA
  15. CTAGGCAGCCGAG
  16. CGATCGTTTGCAC
  17. CGCATTGAAAGAT
  18. CGTCGGGAATCAA
  19. CGTCGTACGTGAC
  20. CCTGAATCATGGC
  21. CTAGTCAACTTTG
  22. CGTGTACCGCTAT
  23. CGTTGAAAATATA
  24. CGCGTAAATCTAT
  25. CGGCAACGACGAC
  26. CGACTCAATTGTC