Key result
The protein-binding function of the zLIM1 peptide maps to sequences within its N-terminal zinc-binding module, suggesting the two structural subdomains may perform distinct biochemical functions.
Population
In vitro model using bacterially produced GST-zyxin fusion proteins and recombinant CRP1
Comparison
Truncated and chimeric LIM domain constructs vs Intact wild-type zLIM1
Design
Preclinical
Authors
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Remains preclinical without clinical implications; extends subdomain mapping of LIM domains for future mechanistic research.
The protein-binding specificity of the zLIM1 domain maps to its N-terminal zinc-binding module, suggesting the two structural subdomains of a LIM domain can perform distinct biochemical functions.
Schmeichel et al. (1997) studied this question. zLIM1 peptide analysis was evaluated on Protein-binding capacity of zLIM1. The protein-binding function of the zLIM1 peptide maps to sequences within its N-terminal zinc-binding module, suggesting the two structural subdomains may perform distinct biochemical functions.
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