"... few ancient enzymatic domain superfamilies were progenitors for most of the chemistry required for life..." - http://t.co/8aA2irS36R

Evolution of...Enzyme Functions w/in Structural...Superfamilies http://t.co/wvNIg8iuUE Most changes involve substrates rather than chemistry

RT@markgerstein Evolution of...Enzyme Functions w/in Structural...Superfamilies http://t.co/dK8TJfXVvR … Most changes involve .........

Evolution of...Enzyme Functions w/in Structural...Superfamilies http://t.co/wvNIg8iuUE Most changes involve substrates rather than chemistry

Evolution of...Enzyme Functions w/in Structural...Superfamilies http://t.co/wvNIg8iuUE Most changes involve substrates rather than chemistry

Evolution of...Enzyme Functions w/in Structural...Superfamilies http://t.co/wvNIg8iuUE Most changes involve substrates rather than chemistry

Evolution of...Enzyme Functions w/in Structural...Superfamilies http://t.co/wvNIg8iuUE Most changes involve substrates rather than chemistry

Evolution of...Enzyme Functions w/in Structural...Superfamilies http://t.co/wvNIg8iuUE Most changes involve substrates rather than chemistry

@AmadeoAlex You should read more http://t.co/tNl71hvj4v @MnemoniXs @GodlessAccount

#PLoS "Exploring the Evolution of Novel Enzyme Functions..." - http://t.co/KieLjOtD #science #biology #evolution #genomics

Exploring the #Evolution of Novel Enzyme Functions within Structurally Defined #Protein Superfamilies http://t.co/IyfYtz6W #PLoS_CP

Nice to see a former masters student (NF) move on up http://t.co/ejaPUjBl

#PLoS: Exploring the Evolution of Novel Enzyme Functions within Structurally Defined Prot... http://t.co/zLQ91tYU