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Membrane potential modulators: A thread of scarlet from plants to humans
Oren Froy
, Michael Gurevitz
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Corresponding author for this work
Research output
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Article
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peer-review
57
Scopus citations
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Keyphrases
Membrane Potential
100%
Scarlet
100%
Cysteine
66%
Helical Motif
66%
Leader Sequence
66%
Structural Difference
33%
Polypeptide
33%
Comparative Analysis
33%
Insertion Site
33%
Secretory Pathway
33%
Gene Organization
33%
Protein Synthesis
33%
Defensin
33%
Conserved Cysteine
33%
Protein Design
33%
Scorpion Toxin
33%
Endothelin-1 (ET-1)
33%
Apamin
33%
Codon
33%
Insect Defensin
33%
Similar Genes
33%
Diverse Functions
33%
Sarafotoxins
33%
Three-level
33%
Exon Shuffling
33%
Thionin
33%
Gene Diversification
33%
Scorpion
33%
Helical Core
33%
Non-autologous
33%
Disulfide Bond Formation
33%
Bee Venom
33%
Biochemistry, Genetics and Molecular Biology
Membrane Potential
100%
Cysteine
100%
Signal Peptide
66%
Defensin
66%
Protein Biosynthesis
33%
Intron
33%
Secretion (Process)
33%
Codon
33%
Secretory Pathway
33%
Disulfide Bond
33%
Gene Organization
33%
Protein Design
33%
Endothelin
33%
Thionin
33%
Scorpion
33%
Exon Shuffling
33%
Phylum
33%
Scorpion Toxin
33%
Apamin
33%