₆Jan A K W Kiel

Summary for 2004 [at-glance overview of Jan A K W Kiel work for the selected year as suggested by data mining algorithms]

This is an Authoratory overview of author Jan A K W Kiel. According to available data, in 2004 Jan A K W Kiel published at least 6 articles. This work was completed in collaboration with several authors including Veenhuis, Marten and van der Klei, Ida J. Several other authors have collaborated with Jan A K W Kiel as well. There is no information about the funding or the grants awarded to support this work.

Jan A K W Kiel is a key opinion leader in the specific area of Pichia. This author's rank is 3 when compared to all other authors using the same keyword. Analysis of the article abstracts and the titles suggests that Jan A K W Kiel professional interests are focused around "yeast hansenula polymorpha", "general amino acid" and "amino acid permease". These might also be referred to as "hansenula polymorpha", "alpha-aminoadipic acid" or "yeast hansenula". Statistical analysis shows that Jan A K W Kiel's writing is likely to contains terms "polymorpha", "acid", "hansenula", "alpha-aminoadipic", "chrysogenum" and "degradation".

The majority of Jan A K W Kiel articles are affiliated with Laboratory of Eukaryotic Microbiology, Groningen Biomolecular Sciences and Biotechnology Institute, (GBB), University of Groningen, P.O. Box 14, Haren NL-9750 9750 AA Haren, The Netherlands. Luckily, one email address is on file.

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Alternative names (0) [other authors with names similar to Jan A K W Kiel]

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Year 2004 Charts [Jan A K W Kiel frequent coauthors and the most common unique vocabulary terms for the selected year]

Historical Performance Charts [graphical overview of Jan A K W Kiel publication and funding history for the range of years]

Emails (1) [email addresses extracted from Jan A K W Kiel affiliations]

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Jan A K W Kiel Coauthors (7) [all coauthors with the number of joint publications]

5

5

2

1

₁₂Driessen, Arnold J M

1

₄Gellissen, Gerd

1

₂Sjollema, Klaas

1

₁Bovenberg, Roel A L

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Affiliations (3) [condensed summary of the Jan A K W Kiel affiliations, the leading number and the color conveys importance]

₄Laboratory of Eukaryotic Microbiology, Groningen Biomolecular Sciences and Biotechnology Institute, (GBB), University of Groningen, P.O. Box 14, Haren NL-9750 9750 AA Haren, The Netherlands.
₁Eukaryotic Microbiology, Groningen Biomolecular Sciences and Biotechnology Institute (GBB), University of Groningen, Kerklaan 30, 9751 NN Haren, The Netherlands.
₁Department of Microbiology, University of Groningen, Kerklaan 30, 9751 NN Haren, The Netherlands.

Key Opinion Leader In [Jan A K W Kiel 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]

₃Pichia | ₇Peroxisomes | ₁₀Genes, Fungal | ₂₁Fungal Proteins | ₉₈₁Amino Acid Sequence

Keywords (32) [keywords assigned to Jan A K W Kiel articles by PubMed, the leading number and the color conveys importance]

₅Pichia | ₄Fungal Proteins | ₄Genes, Fungal | ₄Molecular Sequence Data | ₄Amino Acid Sequence | ₃Peroxisomes | ₂DNA, Fungal | ₂Sequence Alignment | ₂Autophagy | ₂Genetic Complementation Test | ₂Saccharomyces cerevisiae Proteins | ₂Penicillium chrysogenum | ₂Gene Expression Regulation, Fungal | ₂Alcohol Oxidoreductases | ₁Receptors, Cytoplasmic and Nuclear | ₁Cytosol | ₁Cytoplasm | ₁DNA-Binding Proteins | ₁Amino Acid Transport Systems, Acidic | ₁Recombinant Fusion Proteins | ₁Sequence Homology, Amino Acid | ₁Recombinant Proteins | ₁Conserved Sequence | ₁Protein Transport | ₁Catalase | ₁Glucose | ₁Cloning, Molecular | ₁Gene Deletion | ₁Transcription Factors | ₁Mutagenesis, Insertional | ₁Aldehyde-Ketone Transferases | ₁Vacuoles

Jan A K W Kiel Unique Vocabulary (96) [single words, word pairs and phrases obtained by analysis of abstracts and titles, the leading number and the color conveys importance; Jan A K W Kiel might be a good expert witness on these terms]

₂₂polymorpha | ₁₆acid | ₁₅hansenula | ₁₀alpha-aminoadipic | ₁₀chrysogenum | ₉degradation | ₈gene | ₈proteins | ₈cells | ₇genes | ₇yeast | ₆peroxisome | ₆transport | ₆macropexophagy | ₆amino | ₅pcdip5 | ₅pcgap1 | ₅essential | ₅microautophagy | ₅pex5p | ₄simultaneously | ₄uptake | ₄general | ₄nitrogen | ₄microbodies | ₄protein | ₄acidic | ₃occur | ₃show | ₃selective | ₃permease | ₃glucose
₁₅hansenula polymorpha | ₁₀alpha-aminoadipic acid | ₆yeast hansenula | ₆amino acid | ₆penicillium chrysogenum | ₅peroxisome degradation | ₅disruption strains | ₅alcohol oxidase | ₄general amino | ₄methanol utilisation | ₃occur simultaneously | ₃pcgap1 pcdip5 | ₃acid permease | ₃precursor alpha-aminoadipic | ₃swi1p snf2p | ₃dihydroxyacetone synthase | ₃beta-lactam precursor | ₃swi1 snf2 | ₃polymorpha swi1 | ₃pts1 proteins | ₃chrysogenum pex5p | ₂functional complementation | ₂excess glucose | ₂combined data | ₂macropexophagy microautophagy | ₂essential methanol | ₂simultaneously hansenula | ₂polymorpha tup1 | ₂snf2p essential | ₂microautophagy macropexophagy | ₂may occur | ₂chrysogenum pex5
₆yeast hansenula polymorpha | ₄general amino acid | ₃amino acid permease | ₃precursor alpha-aminoadipic acid | ₃polymorpha swi1 snf2 | ₃beta-lactam precursor alpha-aminoadipic | ₂polymorpha swi1p snf2p | ₂may occur simultaneously | ₂macropexophagy may occur | ₂simultaneously hansenula polymorpha | ₂essential macropexophagy microautophagy | ₂important peroxisome degradation | ₂mediated acidic general | ₂alpha-aminoadipic acid penicillium | ₂microautophagy macropexophagy may | ₂uptake beta-lactam precursor | ₂macropexophagy microautophagy yeast | ₂acid penicillium chrysogenum | ₂microautophagy yeast hansenula | ₂swi1p snf2p essential | ₂essential methanol utilisation | ₂hansenula polymorpha tup1p | ₂occur simultaneously hansenula | ₂tup1p important peroxisome | ₂atg21p essential macropexophagy | ₂acidic general amino | ₂polymorpha tup1p important | ₂snf2p essential methanol | ₂chrysogenum mediated acidic | ₂hansenula polymorpha swi1p | ₂penicillium chrysogenum mediated | ₂chrysogenum pex5p mediates

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