Figure 2
![(a) Depicts the repressilator of Elowitz and Leibler [19], 2000 that generates oscillations, effectively a pattern in time; (b) depicts a module that interprets a gradient of signal concentration to generate a central ‘stripe’ only in zones of moderate signal concentration.](https://port.silverchair-cdn.com/port/content_public/journal/biochemsoctrans/44/3/10.1042_bst20150289/2/bst0440696fig2.jpeg?Expires=1716637192&Signature=L-8uR0ZEjSLFe-IEdHh~9vqToeNdsjZI5mBNhzBuwkyGtaleNj0CnytdOg~jCxMCZjng0pH~uuwPOQuH~S4nVLHxT41U4PUShKrPaf73JyMnMfg-kw1SAnBGdBlrFjOeoqE~3l0wRKIRDaOG2dlt6I~2dncUmby0wQaMsOXlkZptS5yiV3CsqGKKbSuiLU847EG38w~p7kQBDkw~POlseMg4L0B4CHONjDtSysiVWk7RASJjLoYZN8rEv3NuZD~oqKcQ-VIaM65~hv8GZoQQm8Sede0Hv8i3bTQ3DiXvmFfluPerA~VuCFSRcrYx95Bt2P9Om-9e99VMSZkc1LzNEg__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Synthetic biological modules for patterning in bacteria
(a) Depicts the repressilator of Elowitz and Leibler [19], 2000 that generates oscillations, effectively a pattern in time; (b) depicts a module that interprets a gradient of signal concentration to generate a central ‘stripe’ only in zones of moderate signal concentration.
