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11T V O'Halloran Key Opinion Leader In [T V O'Halloran is considered a key opinion leader in any keyword where the rank of 5 is achieved, the leading number before the keyword shows the author's rank as compared to all other authors]- 2Copper | 4Molecular Chaperones | 6Metalloproteins | 15Zinc | 15Cation Transport Proteins | 24Saccharomyces cerevisiae Proteins | 42Superoxide Dismutase | 74Fungal Proteins | 118Thermodynamics | 222Protein Conformation | 271Binding Sites | 276Bacterial Proteins | 436Models, Molecular | 452Escherichia coli | 722Amino Acid Sequence | 838Carrier Proteins | 859Molecular Sequence Data
Keywords (32) [keywords assigned to T V O'Halloran articles by PubMed, the leading number and the color conveys importance]- 8Copper | 7Molecular Sequence Data | 6Saccharomyces cerevisiae Proteins | 6Amino Acid Sequence | 5Molecular Chaperones | 4Fungal Proteins | 4Models, Molecular | 4Zinc | 4Superoxide Dismutase | 4Binding Sites | 4Protein Conformation | 4Bacterial Proteins | 3DNA-Binding Proteins | 3Cation Transport Proteins | 3Carrier Proteins | 3Escherichia coli | 3Thermodynamics | 3Metalloproteins | 2Base Sequence | 2Cytosol | 2Adenosine Triphosphatases | 2Crystallography, X-Ray | 2Protein Structure, Secondary | 2Yeasts | 2Solutions | 2Genes, Bacterial | 2Transcription Factors | 2Dimerization | 2Escherichia coli Proteins | 2Ethylenediamines | 2Protein Binding | 2Humans
T V O'Halloran Unique Vocabulary (96) [single words, word pairs and phrases obtained by analysis of abstracts and titles, the leading number and the color conveys importance; T V O'Halloran might be a good expert witness on these terms]- 61copper | 21metal | 19cu | 17zinc | 17protein | 16ii | 15structure | 13atx1 | 13zn | 12mechanism | 12sod1 | 11binding | 10domain | 10metallochaperone | 9coli | 9proteins | 9transfer | 9intracellular | 9ccc2a | 9chaperone | 9sites | 8yeast | 8hccs | 8enzyme | 8solution | 8apo | 8form | 8site | 7target | 7cus | 6transporter | 6tolerance
- 11zn ii | 8superoxide dismutase | 7escherichia coli | 7copper chaperone | 6copper tolerance | 5copper transporter | 5metal binding | 5intracellular copper | 5solution structure | 4structure cu | 4metal transfer | 4coli zur | 4copper zinc | 4nuclear overhauser | 3cu apo | 3anaerobic growth | 3free zn | 3trafficking proteins | 3apo forms | 3copper trafficking | 3copper cofactor | 3copper transfer | 3domain ccc2a | 3metalloregulatory protein | 3donor acceptor | 3structure backbone | 3cu 15natx1 | 3structure yeast | 3square deviation | 3heavy atoms | 3overhauser effects | 3root mean
- 3cu apo forms | 3free zn ii | 3intracellular copper trafficking | 3copper trafficking proteins | 3backbone heavy atoms | 3root mean square | 3mean square deviation | 3structure backbone heavy | 3escherichia coli zur | 3zn ii binding | 3nuclear overhauser effects | 3ii metalloregulatory protein | 2tolerance aerobic anaerobic | 2bound coordination environment | 2activation human metallochaperone | 2aerobic anaerobic growth | 2dismutase ccs activates | 2solution structure yeast | 2cue cus systems | 2independent cue cus | 2copper tolerance aerobic | 2systems confer copper | 2metal binding site | 2confer copper tolerance | 2ccc2a apo cu | 2human metallochaperone hccs | 2cu zn-superoxide dismutase | 2apo forms yeast | 2yeast copper transporter | 2domain ccc2a apo | 2cytosolic pool free | 2forms yeast metallochaperone
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