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Researcher Report

Visualize research, collaboration, and most cited documents for a Person.
Person Name or ID: Fang, Tsuei-Yun | Date range: 2016 - 2022 | Include ESCI documents

InCites

1 of 8

© 2022 Clarivate

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Research Output

Overview

H-Index = 5
Documents Published
 = 10
Times Cited
 = 71
% Documents in top 10%
 = 0.00

Documents Published by WOS Categories In which categories are authors publishing most?

Production

InCites

2 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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Documents Published and Citations per Year How many citations compared to documents 

published?

InCites

3 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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Journal Normalized Citation Impact by Journal In which high impact journals are the authors' 

publishing their work?

InCites

4 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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Citation Topic WordCloud The micro citation topic word cloud based on the Researcher

Performance

Documents Published by JIF Quartile per Year corresponding to their Publication year How many 
documents have authors published in highly cited journals?

InCites

5 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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% Documents Published by JIF Quartile corresponding to their Publication year What percentage 

of documents have authors published in highly cited journals?

Citation Impact by WOS Categories In which categories are authors having the most citation impact?

InCites

6 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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Collaboration

Overview

International Collaborations = 0
% International Collaborations
 = 0.00
Industry Collaborations
 = 0
% Industry Collaborations
 = 0.00

Collaborating Institutions

Collaborating Organizations Which collaborating institutions are publishing the most?

InCites

7 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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Most Cited Documents

Most Cited Web of Science Documents

Article Title

Times 

Cited

Characterization of a recombinant D-allulose 3-epimerase from Agrobacterium sp ATCC 
31749 and identification of an important interfacial residue
INTERNATIONAL JOURNAL OF BIOLOGICAL MACROMOLECULES
2018

21

Reversible Self-Assembly Nanovesicle of UCST Response Prepared with Multi-L-arginyl-

poly-L-aspartate Conjugated with Polyethylene Glycol
BIOMACROMOLECULES
2018

13

Overexpression and characterization of a recombinant L-ribose isomerase from 
Actinotalea fermentans ATCC 43279

JOURNAL OF BIOTECHNOLOGY

2017

11

Solubility and thermal response of fractionated cyanophycin prepared with 
recombinant Escherichia coli

JOURNAL OF BIOTECHNOLOGY
2017

8

Cellular biocompatibility of cyanophycin substratum prepared with recombinant 
Escherichia coli
BIOCHEMICAL ENGINEERING JOURNAL
2016

7

Wound Healing Attributes of Polyelectrolyte Multilayers Prepared with Multi-l-arginyl-

poly-l-aspartate Pairing with Hyaluronic Acid and gamma-Polyglutamic Acid
MACROMOLECULAR BIOSCIENCE
2020

5

Fusion of the peptide derived from the acidic tail of alpha-synuclein improves the 
thermostability and soluble expression of recombinant Agrobacterium sp. D-allulose 3-
epimerase
BIOCHEMICAL ENGINEERING JOURNAL
2021

3

Nanoassembly of UCST polypeptide for NIR-modulated drug release
BIOCHEMICAL ENGINEERING JOURNAL
2021

2

Upper Critical Solution Temperature-Type Thermal Response of Soluble Multi-l-
Arginyl-Poly-l-Aspartic Acid (cyanophycin) Conjugated with Maltodextrin

JOURNAL OF POLYMER SCIENCE PART A-POLYMER CHEMISTRY
2019

1

Protein engineering of recombinant L-ribose isomerase from Actinotalea fermentans 
ATCC 43279 to alter its thermostability
ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY
2019

0

InCites

8 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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Researcher Report

Visualize research, collaboration, and most cited documents for a Person.
Person Name or ID: Fang, Tsuei-Yun | Date range: 2016 - 2022 | Include ESCI documents

InCites

1 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Research Output

Overview

H-Index = 5
Documents Published
 = 10
Times Cited
 = 71
% Documents in top 10%
 = 0.00

Documents Published by WOS Categories In which categories are authors publishing most?

Production

InCites

2 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Documents Published and Citations per Year How many citations compared to documents 

published?

InCites

3 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Journal Normalized Citation Impact by Journal In which high impact journals are the authors' 

publishing their work?

InCites

4 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Citation Topic WordCloud The micro citation topic word cloud based on the Researcher

Performance

Documents Published by JIF Quartile per Year corresponding to their Publication year How many 
documents have authors published in highly cited journals?

InCites

5 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

% Documents Published by JIF Quartile corresponding to their Publication year What percentage 

of documents have authors published in highly cited journals?

Citation Impact by WOS Categories In which categories are authors having the most citation impact?

InCites

6 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
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Collaboration

Overview

International Collaborations = 0
% International Collaborations
 = 0.00
Industry Collaborations
 = 0
% Industry Collaborations
 = 0.00

Collaborating Institutions

Collaborating Organizations Which collaborating institutions are publishing the most?

InCites

7 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Most Cited Documents

Most Cited Web of Science Documents

Article Title

Times 

Cited

Characterization of a recombinant D-allulose 3-epimerase from Agrobacterium sp ATCC 
31749 and identification of an important interfacial residue
INTERNATIONAL JOURNAL OF BIOLOGICAL MACROMOLECULES
2018

21

Reversible Self-Assembly Nanovesicle of UCST Response Prepared with Multi-L-arginyl-

poly-L-aspartate Conjugated with Polyethylene Glycol
BIOMACROMOLECULES
2018

13

Overexpression and characterization of a recombinant L-ribose isomerase from 
Actinotalea fermentans ATCC 43279

JOURNAL OF BIOTECHNOLOGY

2017

11

Solubility and thermal response of fractionated cyanophycin prepared with 
recombinant Escherichia coli

JOURNAL OF BIOTECHNOLOGY
2017

8

Cellular biocompatibility of cyanophycin substratum prepared with recombinant 
Escherichia coli
BIOCHEMICAL ENGINEERING JOURNAL
2016

7

Wound Healing Attributes of Polyelectrolyte Multilayers Prepared with Multi-l-arginyl-

poly-l-aspartate Pairing with Hyaluronic Acid and gamma-Polyglutamic Acid
MACROMOLECULAR BIOSCIENCE
2020

5

Fusion of the peptide derived from the acidic tail of alpha-synuclein improves the 
thermostability and soluble expression of recombinant Agrobacterium sp. D-allulose 3-
epimerase
BIOCHEMICAL ENGINEERING JOURNAL
2021

3

Nanoassembly of UCST polypeptide for NIR-modulated drug release
BIOCHEMICAL ENGINEERING JOURNAL
2021

2

Upper Critical Solution Temperature-Type Thermal Response of Soluble Multi-l-
Arginyl-Poly-l-Aspartic Acid (cyanophycin) Conjugated with Maltodextrin

JOURNAL OF POLYMER SCIENCE PART A-POLYMER CHEMISTRY
2019

1

Protein engineering of recombinant L-ribose isomerase from Actinotalea fermentans 
ATCC 43279 to alter its thermostability
ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY
2019

0

InCites

8 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Researcher Report

Visualize research, collaboration, and most cited documents for a Person.
Person Name or ID: Fang, Tsuei-Yun | Date range: 2016 - 2022 | Include ESCI documents

InCites

1 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Research Output

Overview

H-Index = 5
Documents Published
 = 10
Times Cited
 = 71
% Documents in top 10%
 = 0.00

Documents Published by WOS Categories In which categories are authors publishing most?

Production

InCites

2 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Documents Published and Citations per Year How many citations compared to documents 

published?

InCites

3 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Journal Normalized Citation Impact by Journal In which high impact journals are the authors' 

publishing their work?

InCites

4 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Citation Topic WordCloud The micro citation topic word cloud based on the Researcher

Performance

Documents Published by JIF Quartile per Year corresponding to their Publication year How many 
documents have authors published in highly cited journals?

InCites

5 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

% Documents Published by JIF Quartile corresponding to their Publication year What percentage 

of documents have authors published in highly cited journals?

Citation Impact by WOS Categories In which categories are authors having the most citation impact?

InCites

6 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Collaboration

Overview

International Collaborations = 0
% International Collaborations
 = 0.00
Industry Collaborations
 = 0
% Industry Collaborations
 = 0.00

Collaborating Institutions

Collaborating Organizations Which collaborating institutions are publishing the most?

InCites

7 of 8

© 2022 Clarivate

/var/www/html/scholars/inCites/rp00194/rp00194-html.html
background image

Most Cited Documents

Most Cited Web of Science Documents

Article Title

Times 

Cited

Characterization of a recombinant D-allulose 3-epimerase from Agrobacterium sp ATCC 
31749 and identification of an important interfacial residue
INTERNATIONAL JOURNAL OF BIOLOGICAL MACROMOLECULES
2018

21

Reversible Self-Assembly Nanovesicle of UCST Response Prepared with Multi-L-arginyl-

poly-L-aspartate Conjugated with Polyethylene Glycol
BIOMACROMOLECULES
2018

13

Overexpression and characterization of a recombinant L-ribose isomerase from 
Actinotalea fermentans ATCC 43279

JOURNAL OF BIOTECHNOLOGY

2017

11

Solubility and thermal response of fractionated cyanophycin prepared with 
recombinant Escherichia coli

JOURNAL OF BIOTECHNOLOGY
2017

8

Cellular biocompatibility of cyanophycin substratum prepared with recombinant 
Escherichia coli
BIOCHEMICAL ENGINEERING JOURNAL
2016

7

Wound Healing Attributes of Polyelectrolyte Multilayers Prepared with Multi-l-arginyl-

poly-l-aspartate Pairing with Hyaluronic Acid and gamma-Polyglutamic Acid
MACROMOLECULAR BIOSCIENCE
2020

5

Fusion of the peptide derived from the acidic tail of alpha-synuclein improves the 
thermostability and soluble expression of recombinant Agrobacterium sp. D-allulose 3-
epimerase
BIOCHEMICAL ENGINEERING JOURNAL
2021

3

Nanoassembly of UCST polypeptide for NIR-modulated drug release
BIOCHEMICAL ENGINEERING JOURNAL
2021

2

Upper Critical Solution Temperature-Type Thermal Response of Soluble Multi-l-
Arginyl-Poly-l-Aspartic Acid (cyanophycin) Conjugated with Maltodextrin

JOURNAL OF POLYMER SCIENCE PART A-POLYMER CHEMISTRY
2019

1

Protein engineering of recombinant L-ribose isomerase from Actinotalea fermentans 
ATCC 43279 to alter its thermostability
ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY
2019

0

InCites

8 of 8

© 2022 Clarivate