Evolvability of evolved robots with the passive drift model. nork Joel Lehman (406640)

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Evolving informed consent: Towards equity and transparency. nork Sandy Chaar (18155842)

Gaiak: “...vulnerable populations involved...”

True increasing evolvability in the evolved robots model with limited capacity niches. nork Joel Lehman (406640)

Gaiak:

Evolvable parameters of foragers. nork Daniel J. van der Post (202025)

Evolving networks with majority function. nork Karl Fogelmark (600035)

Transcriptional logic of evolved networks. nork Karl Fogelmark (600035)

Evolving networks with clock function. nork Karl Fogelmark (600035)

Evolvability assays. nork Miguel Brun-Usan (8703918)

“...Convergence, steady state values (0.8833, 0.0966 and 0.0201) are similar to those expected (dashed lines) according to the random scanning of the GRN space (Experiment 2), suggesting that the differential evolvability (the different probability transitions between different forms of cell plasticity) emerges from the drastic differences in the relative frequency of each type of cell plasticity in the GRN space....”

Lineages evolved with the CE system. nork Carolina Díaz Arenas (504034)

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Evolved biofilm populations have more similar transcriptomes. nork Madison A. Youngblom (18405675)

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Treating evolved MT31 outlier as a biofilm. nork Madison A. Youngblom (18405675)

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Plastic cells are able to evolve forms of plasticity of arbitrary complexity. nork Miguel Brun-Usan (8703918)

“...XOR, XNOR functions), but they take longer to do this. In general, evolving a specific form of cell plasticity is faster when the number of environmental factors involved is low (Upper panels A-B), and/or when the size of the GRN is large (Lower panels C-D). ...”

Evolvability in the abstract passive drift model. nork Joel Lehman (406640)

Evolvability and adaptive landscapes. nork Hana Rozhoňová (14673692)

“...<p>(A) In one-step adaptation, evolvability depends on the amount of adaptive phenotypic variation accessible via point mutation. ...”

Top co-evolving positions for each subfamily. nork Daniel J. Parente (503483)

Gaiak:

Conserved and co-evolving positions in GalRS. nork Daniel J. Parente (503483)

Gaiak:

Top co-evolving edges for each subfamily. nork Daniel J. Parente (503483)

Gaiak:

Comparison of evolvabilities in the direction of selection (e_β, black symbols) and average evolvabilities in random directions of phenotypic space nork Celine Teplitsky (383888)

Gaiak:

Overview of fitness and migration ratio for evolved strains. nork Bart P. S. Nieuwenhuis (6160661)

Acclimation and adaptation in an experimentally engineered and evolved bacterium. nork Sean Michael Carroll (217561)

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