Faculty

Institution

Unit

Venue

Colin Rathbun

Claremont McKenna College

Affiliations

Claremont McKenna College

Kravis Department of Integrated Sciences

The Berger Institute for Individual and Social Development

The Keck Center for International and Strategic Studies

The Randall Lewis Center for Innovation and Entrepreneurship

Department Of Government

Department Of Joint Sciences

Department Of Literature

Department Of Political Science

NoneColin Rathbun is currently serving as a Claremont Mckenna College faculty at Claremont Mckenna College.

Honors

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Experiences

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Education

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Colin Rathbun

Claremont McKenna College

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bioluminescence molecular biology biochemistry biomolecular engineering molecular imaging biological imaging bioluminescence imaging chemistry protein science catalysis instrumentation enzymes chemical biology medical optical imaging transition metal chemistry biomedical imaging light science luminescence orthogonal luciferase-luciferin pairs site-selective transformation culture dish orthogonal bioluminescent tools rapid identification alkynyl luciferin analogue analysis-guided library design mutant luciferases rapid multicomponent bioluminescence substrate unmixing platform multiplexed bioluminescence

Notable Scholarly Works

Notable Federal Grants

Collaborators

Semisynthetic, Multicolor Probes for Bioluminescence Imaging. ACS Omega (2025)

biophysicsbioluminescence imagingbioluminescencebiomedical imaginglight scienceluminescencemedical optical imaging

Multiplexed Bioluminescence Imaging With a Substrate Unmixing Platform. Cell chemical biology (2022)

Caroline K. BrennanZi YaoAnastasia A. IonkinaColin M. RathbunBuvaneshwari SathishkumarJennifer A. Prescher

substrate unmixing platformbioluminescencemolecular biologybiomolecular engineeringcell biologymultiplexed bioluminescencebiological imaging

Rapid Multicomponent Bioluminescence Imaging via Substrate Unmixing. ACS Chemical Biology (2021)

Colin M. RathbunAnastasia A. IonkinaZi YaoKrysten A. JonesWilliam B. PorterfieldJennifer A. Prescher

molecular imagingbioluminescencerapid multicomponent bioluminescencemolecular biologybiomolecular engineeringbiological imagingchemical biologybiological engineering

Bioluminescent Probes for Imaging Biology Beyond the Culture Dish. Biochemistry (2017)

Colin M. RathbunJennifer A. Prescher

biological imagingbioluminescenceculture dishbiochemistry

Orthogonal Luciferase–Luciferin Pairs for Bioluminescence Imaging. Journal of the American Chemical Society (2017)

Krysten A. JonesWilliam B. PorterfieldColin M. RathbunDavid C. McCutcheonMiranda A. PaleyJennifer A. Prescher

molecular imagingbioluminescence imagingbioluminescencebiochemistrymolecular biologyprotein scienceorthogonal luciferase-luciferin pairs

Parallel Screening for Rapid Identification of Orthogonal Bioluminescent Tools. ACS Central Science (2017)

Colin M. RathbunWilliam B. PorterfieldKrysten A. JonesMarian J. SagoeMonique R. ReyesChristine T. HuaJennifer A. Prescher

computer scienceorthogonal bioluminescent toolsinstrumentationbioluminescencerapid identification

Statistical Coupling Analysis-Guided Library Design for the Discovery of Mutant Luciferases. Biochemistry (2017)

Mira D. LiuElliot A. WarnerCharlotte E. MorrisseyCaitlyn W. FickTaia S. WuMarya Y. OrnelasGabriela V. OchoaBrendan S. ZhangColin M. RathbunWilliam B. PorterfieldJennifer A. PrescherAaron M. Leconte

analysis-guided library designenzymesbiostatisticsneurosciencebiochemistrymutant luciferasesprotein science

Brominated Luciferins Are Versatile Bioluminescent Probes. ChemBioChem (2016)

Rachel C. SteinhardtColin M. RathbunBrandon T. KrullJason M. YuYuhang YangBrian D. NguyenJake KwonDavid C. McCutcheonKrysten A. JonesFilipp FurcheJennifer A. Prescher

molecular biologybioluminescence

Design and Synthesis of an Alkynyl Luciferin Analogue for Bioluminescence Imaging. Chemistry - A European Journal (2016)

Rachel C. SteinhardtJessica M. O'NeillColin M. RathbunDavid C. McCutcheonMiranda A. PaleyJennifer A. Prescher

molecular imagingalkynyl luciferin analoguebioluminescence imagingbioluminescencemolecular biologybiomolecular engineeringchemistry

Recognition and Site‐Selective Transformation of Monosaccharides by Using Copper(II) Catalysis. Chemistry - A European Journal (2014)

I‐Hon ChenKevin G. M. KouDiane N. LeColin M. RathbunVy M. Dong

catalysistransition metal chemistrysite-selective transformationchemistry

1
10 / page

Colin Rathbun

Claremont McKenna College

Affiliations

Claremont McKenna College

Kravis Department of Integrated Sciences

The Berger Institute for Individual and Social Development

The Keck Center for International and Strategic Studies

The Randall Lewis Center for Innovation and Entrepreneurship

Department Of Government

Department Of Joint Sciences

Department Of Literature

Department Of Political Science

NoneColin Rathbun is currently serving as a Claremont Mckenna College faculty at Claremont Mckenna College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Colin Rathbun

Claremont McKenna College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Semisynthetic, Multicolor Probes for Bioluminescence Imaging. ACS Omega (2025)

biophysicsbioluminescence imagingbioluminescencebiomedical imaginglight scienceluminescencemedical optical imaging

Multiplexed Bioluminescence Imaging With a Substrate Unmixing Platform. Cell chemical biology (2022)

Caroline K. BrennanZi YaoAnastasia A. IonkinaColin M. RathbunBuvaneshwari SathishkumarJennifer A. Prescher

substrate unmixing platformbioluminescencemolecular biologybiomolecular engineeringcell biologymultiplexed bioluminescencebiological imaging

Rapid Multicomponent Bioluminescence Imaging via Substrate Unmixing. ACS Chemical Biology (2021)

Colin M. RathbunAnastasia A. IonkinaZi YaoKrysten A. JonesWilliam B. PorterfieldJennifer A. Prescher

molecular imagingbioluminescencerapid multicomponent bioluminescencemolecular biologybiomolecular engineeringbiological imagingchemical biologybiological engineering

Bioluminescent Probes for Imaging Biology Beyond the Culture Dish. Biochemistry (2017)

Colin M. RathbunJennifer A. Prescher

biological imagingbioluminescenceculture dishbiochemistry

Orthogonal Luciferase–Luciferin Pairs for Bioluminescence Imaging. Journal of the American Chemical Society (2017)

Krysten A. JonesWilliam B. PorterfieldColin M. RathbunDavid C. McCutcheonMiranda A. PaleyJennifer A. Prescher

molecular imagingbioluminescence imagingbioluminescencebiochemistrymolecular biologyprotein scienceorthogonal luciferase-luciferin pairs

Parallel Screening for Rapid Identification of Orthogonal Bioluminescent Tools. ACS Central Science (2017)

Colin M. RathbunWilliam B. PorterfieldKrysten A. JonesMarian J. SagoeMonique R. ReyesChristine T. HuaJennifer A. Prescher

computer scienceorthogonal bioluminescent toolsinstrumentationbioluminescencerapid identification

Statistical Coupling Analysis-Guided Library Design for the Discovery of Mutant Luciferases. Biochemistry (2017)

Mira D. LiuElliot A. WarnerCharlotte E. MorrisseyCaitlyn W. FickTaia S. WuMarya Y. OrnelasGabriela V. OchoaBrendan S. ZhangColin M. RathbunWilliam B. PorterfieldJennifer A. PrescherAaron M. Leconte

analysis-guided library designenzymesbiostatisticsneurosciencebiochemistrymutant luciferasesprotein science

Brominated Luciferins Are Versatile Bioluminescent Probes. ChemBioChem (2016)

Rachel C. SteinhardtColin M. RathbunBrandon T. KrullJason M. YuYuhang YangBrian D. NguyenJake KwonDavid C. McCutcheonKrysten A. JonesFilipp FurcheJennifer A. Prescher

molecular biologybioluminescence

Design and Synthesis of an Alkynyl Luciferin Analogue for Bioluminescence Imaging. Chemistry - A European Journal (2016)

Rachel C. SteinhardtJessica M. O'NeillColin M. RathbunDavid C. McCutcheonMiranda A. PaleyJennifer A. Prescher

molecular imagingalkynyl luciferin analoguebioluminescence imagingbioluminescencemolecular biologybiomolecular engineeringchemistry

Recognition and Site‐Selective Transformation of Monosaccharides by Using Copper(II) Catalysis. Chemistry - A European Journal (2014)

I‐Hon ChenKevin G. M. KouDiane N. LeColin M. RathbunVy M. Dong

catalysistransition metal chemistrysite-selective transformationchemistry

1
10 / page