Identification of an <i>E.coli</i> protein that specifically interacts with the evolved P6b stem-loop. द्वारा Karen E. Olson (514032)

विषय:

COI subjects involved in research [n (%)]. द्वारा Jiayi Zhu (547089)

Prey preferentially mimic poisonous prey under conditions of high poison efficacy and associated evolved predator selectivity. द्वारा Kenna D. S. Lehmann (532718)

विषय:

The speed of response following infection in the populations evolved with high parasitism and those maintained without parasitism. द्वारा Shuyu Olivia Zhou (14070487)

विषय:

Minimum Free Energies of structures formed by RNA sequences of varied GC content. द्वारा Raghavendran Partha (659210)

Artificial Intelligence Captures Pseudo-Intelligence Evolved in the Chemical Architecture of the Multifaceted Signal Transducer, TAK1 द्वारा Nibedita Ray Chaudhuri (14117288)

विषय:

Infection thread formed by symbiotically evolved <i>Ralstonia solanacearum</i> in root hairs of the legume <i>Mimosa pudica</i>. (Image credit: Ton Timmers). द्वारा Diana Gitig (583499)

विषय:

Mating type percentage of <i>n</i> tested single spore isolates derived from parental and evolved lines. द्वारा Bart P. S. Nieuwenhuis (6160661)

Helical Antifreeze Proteins Have Independently Evolved in Fishes on Four Occasions द्वारा Laurie A. Graham (121648)

Fitness landscape experienced by cells evolving in a rigid “skin” environment. द्वारा Inge M. N. Wortel (12085952)

“…Distrubutions of instantaneous speeds equal those of control cells with λ_act = 0 (which cannot form protrusions by definition). B: Fitness landscape showing median fitness and example trajectories for cells evolved in an empty environment (“free”, two trajectories are shown with a different starting point) compared to cells evolved in stiff tissue (“skin”). …”

Self-Evolving Machine: A Continuously Improving Model for Molecular Thermochemistry द्वारा Yi-Pei Li (1745551)

“…To address this issue, we integrated an active learning machine with automatic <i>ab initio</i> calculations to form a self-evolving model that can continuously adapt to new species appointed by the users. …”

Can galls evolve toward a simpler morphology: a test of disruptive selection on gall morphology driven by parasitoid wasp द्वारा Yuran Dong (7060778)

The residues involved in forming hydrogen bonds and salt bridges based on molecular dynamics simulations. द्वारा Musa Ozboyaci (226495)

“…<p>The residues involved in forming hydrogen bonds and salt bridges based on molecular dynamics simulations.…”

HP1a seems to be involved in forming a complex with hnRNP proteins. द्वारा Lucia Piacentini (259043)

Proposed pathways involved in L-form formation and survival in <i>E. coli</i>. द्वारा William A. Glover (258930)

Distribution of respondents by the existing forms of poultry outgrowers’ programs and involvement rate in Osun State. द्वारा Olabisi Damilola Omodara (17020618)

“…<p>Distribution of respondents by the existing forms of poultry outgrowers’ programs and involvement rate in Osun State.…”

Optical Losses at Gas Evolving Photoelectrodes: Implications for Photoelectrochemical Water Splitting द्वारा Isaac Holmes-Gentle (6111344)

“…Many photoelectrodes produce a gaseous product, such as hydrogen or oxygen, from a liquid electrolyte and require light transmission directly through the two-phase mixture forming at the semiconductor–electrolyte interface. …”

Optical Losses at Gas Evolving Photoelectrodes: Implications for Photoelectrochemical Water Splitting द्वारा Isaac Holmes-Gentle (6111344)

“…Many photoelectrodes produce a gaseous product, such as hydrogen or oxygen, from a liquid electrolyte and require light transmission directly through the two-phase mixture forming at the semiconductor–electrolyte interface. …”

The MHC fold has evolved to present repertoires of chemically diverse antigens. द्वारा M. Patricia D’Souza (6387587)

Characteristics of animals involved in documented exposures. द्वारा Casimir Ledoux Sofeu (546518)