Skip to main content

Table 1 Short-term vs long-term dynamics

From: Serial transfer can aid the evolution of autocatalytic sets

16,000 food molecules

1,600,000 food molecules

t= 1

t= 8

t= 1

t= 8

UU

101.1

CA

365.0

CU

9899

CG

36200

AU

100.8

AG

364.8

UU

9888

UA

36160

CU

99.0

GU

363.4

GU

9875

AU

36145

GU

98.5

GG

363.3

AU

9873

GU

36139

AG

96.3

UU

362.1

AG

9290

GG

36121

CA

94.3

AC

361.4

GG

9276

CU

36116

UG

92.5

AA

360.3

UG

9272

UG

36112

GA

91.8

GC

360.2

CG

9268

AA

36094

GG

91.5

CG

360.1

CA

9054

AC

36092

AA

90.3

UG

359.8

AA

9043

GA

36083

UA

90.1

CC

359.6

GA

9022

CA

36082

CG

90.0

AU

359.6

UA

9017

UC

36072

AC

83.9

UC

359.2

GC

8305

AG

36069

GC

83.7

UA

358.7

CC

8302

CC

36059

CC

82.5

GA

358.6

UC

8300

GC

36054

UC

81.6

CU

357.1

AC

8257

UU

36053

  1. The average number of molecules of the 16 covalent ribozymes after one time unit (t=1) and eight time units (t=8) without transfer steps, ordered from high to low. The left half of the table is for simulations starting with 16,000 food molecules (2,000 of each type), averaged over 50 runs. The right half of the table is for simulations starting with 1,600,000 food molecules (200,000 of each type), averaged over 20 runs.