Bionic Visualizations

Proteomaps
Proteomaps show the quantitative composition of proteomes. Each protein is represented by a polygon: areas reflect protein abundance, and functionally related proteins are arranged in common and similarly colored regions. For further reading please see www.proteomaps.net
organism?
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teste todos lary esse
Homo sapiens (Human)
teste todos lary esse
17607920443147
teste todos lary esse
Homo sapiens (Human)
teste todos lary esse
17607920106344
todos
Homo sapiens (Human)
todos
17607914383859
no comment
Homo sapiens (Human)
no comment
17607910970590
no comment
Homo sapiens (Human)
no comment
17596029987960
no comment
Homo sapiens (Human)
no comment
17595989425039
no comment
Homo sapiens (Human)
no comment
17595988874256
no comment
Homo sapiens (Human)
no comment
17595987190771
no comment
Escherichia coli
no comment
17586867744044
no comment
Escherichia coli
no comment
17586859720333
organism?
comment?
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down
Homo sapiens (Human)
down
17641623169303
no comment
Homo sapiens (Human)
no comment
17641618191170
no comment
Homo sapiens (Human)
no comment
17641611507176
dfsd
Arabidopsis thaliana (Mousear cress)
dfsd
17640840734482
no comment
Homo sapiens (Human)
no comment
17640830580644
no comment
Homo sapiens (Human)
no comment
17640830388595
no comment
Homo sapiens (Human)
no comment
17640830027704
no comment
Homo sapiens (Human)
no comment
17640823494539
no comment
Homo sapiens (Human)
no comment
17640822618031
no comment
Homo sapiens (Human)
no comment
17640817762040
Before setting up an individual treemap template these issues need to be considered.
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user template previews
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Maple Andre
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17641233543997
no comment
HADiv_2
no comment
17641163852714
no comment
HADiv
no comment
17641146159426
no comment
Home_arthropod_biodiversity
no comment
17641134340694
no comment
Home_arthropod_div
no comment
17641132697641
no comment
Home_arthropod
no comment
17641109265180
no comment
teste3
no comment
17640862166886
no comment
teste2
no comment
17640859066968
no comment
teste
no comment
17640848532202
How much website traffic could your ideal keywords generate in your target locations—without paid ads? Run a free volume report in our AI powered system—then start your 7-day free trial, zero commitment: https://cutt.ly/WtwBzClp
Rubye Darr
How much website traffic could your ideal keywords generate in your target locations—without paid ads? Run a free volume report in our AI powered system—then start your 7-day free trial, zero commitment: https://cutt.ly/WtwBzClp
17639069667259
organism?
comment?
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or data?
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Please consider!
cushioning?
no comment
HADiv_2
no comment
17641168397615
no comment
Home_arthropod_biodiversity
no comment
17641135807930
no comment
kegg_cl
no comment
17640013886227
no comment
kegg_cl
no comment
17640012593325
no comment
KEGG_AT_colors
no comment
17640012402405
no comment
kegg_cl
no comment
17640009535475
no comment
kegg_cl
no comment
17640007313380
no comment
kegg_cl
no comment
17639999718431
germ_cushion
Saccharomyces cerevisiae GO-Slim (adapted by TRA 03122018)
germ_cushion
17631353804864
germ
Saccharomyces cerevisiae GO-Slim (adapted by TRA 03122018)
germ
17631353635137
This website and the underlying treemap algorithm is provided for non profit research or/and academic organisations only.
The space proportional algorithm for the generation of Voronoi Treemaps has been implemented within the DFG Research Initiative SFB Transregio34 Z1.
For commercial applications please contact DECODON.
For individual access please set up a collaboration within academic research efforts with Jörg Bernhardt.
The idea of comparable treemaps for different biological species was born in Dec 2012 in a collaborative effort of Ron Milo, Weizmann Institute of Science; Wolfram Liebermeister, Charité - Universitätsmedizin Berlin and Jörg Bernhardt, Universität Greifswald.

If you have used Proteomaps for your research please cite:
Liebermeister W., Noor E., Flamholz A., Davidi D., Bernhardt J., and Milo R. (2014), Visual account of protein investment in cellular functions, PNAS 111 (23), 8488-8493.
Otto, A., Bernhardt, J., Meyer, H., Schaffer, M., Herbst, F.-A., Siebourg, J., Mäder, U., Lalk, M., Hecker, M., and Becher, D. (2010). Systems-wide temporal proteomic profiling in glucose-starved Bacillus subtilis.Nature Communications 1, 137.
Bernhardt J, Funke S, Hecker M, Siebourg J (2009) in Sixth International Symposium on Voronoi Diagrams, pp 233-241.
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