David Baker, PhD

Director, Institute for Protein Design

Investigator, Howard Hughes Medical Institute

Henrietta and Aubrey Davis Endowed Professor of Biochemistry, University of Washington School of Medicine

Adjunct Professor, Genome Sciences, Bioengineering, Chemical Engineering, Computer Science, and Physics, University of Washington

All
Acting Instructor
Grad Student
Postdoc
Staff
Undergrad
Visitor
Photo of Mohamad Abedi

Mohamad Abedi

Postdoc

Mohamad is designing proteins to understand and manipulate cell signaling networks

Photo of Woody Ahern

Woody Ahern

Grad Student

Photo of Green Ahn

Green Ahn

Postdoc

Green is designing proteins to modulate cellular processes involved in cancer.

Photo of Ali Alattar

Ali Alattar

Undergrad

Ali is designing phosphorylation-inducible heterodimers.

Photo of Han Raut Altae-Tran

Han Raut Altae-Tran

Postdoc

Han is studying nucleic acids and design methods

Photo of Linna An

Linna An

Postdoc

Linna An developed ML-based small molecule binding and sensing pipelines.

Photo of Pooja Bandawane

Pooja Bandawane

Grad Student

Photo of Roman Barth

Roman Barth

Postdoc

Roman is designing novel enzymatic molecular motors.

Photo of Magnus Bauer

Magnus Bauer

Postdoc

Magnus is exploring the design of kinases and protein-based inhibitors to decode and manipulate cellular logic.

Photo of Riti Biswas

Riti Biswas

Grad Student

Riti is working on antibody design to accelerate biologic therapeutics R&D.

Photo of Yang Bo

Yang Bo

Postdoc

Yang is designing proteins for tissue-specific drug delivery.

Photo of Julia Bonzanini

Julia Bonzanini

Grad Student

Julia is making proteins that can specifically bind to peptide-MHC molecules for cancer immunotherapy.

Photo of Adam Broerman

Adam Broerman

Grad Student

Adam is designing motions, mechanics, and kinetics of dynamic protein assemblies.

Photo of Adam Chazin-Gray

Adam Chazin-Gray

Grad Student

Photo of Wei Chen

Wei Chen

Postdoc

Wei is designing proteins to modulate gene expression

Photo of Yvonne Chen

Yvonne Chen

Visitor

Photo of Anqi Chen

Anqi Chen

Postdoc

Anqi is interested in generating very specific proteases.

Photo of David Chmielewski

David Chmielewski

Postdoc

David is interested in designing complex protein nanoparticles for diverse applications.

Photo of Hojun Choi

Hojun Choi

Postdoc

Hojun is interested in designing protein tools to control and sense endogenous signaling events.

Photo of Hojae Choi

Hojae Choi

Grad Student

Photo of Rishabh Chowhan

Rishabh Chowhan

Staff

Rishabh is designing de novo protein binders to modulate cell signaling for various medical applications.

Photo of Jennifer Chun

Jennifer Chun

Undergrad

Photo of Jung Ho Chun

Jung Ho Chun

Postdoc

Jungho is designing proteins that modulate immune cells to differentiate into specific cell stages and elicit desired immune responses.

Photo of Nate Corley

Nate Corley

Grad Student

Nate is developing deep-learning methods for enzyme design and activity prediction

Photo of Alexis Courbet

Alexis Courbet

Acting Instructor

Alexis is a protein nanomachine designer and AI-based protein design researcher, exploring the field from first principles to translation.

Photo of Brian Coventry

Brian Coventry

Staff

Brian is trying to understand the forces that stick proteins together

Photo of Cullen Demakis

Cullen Demakis

Grad Student

Cullen is designing protein motors that cycle between multiple well-defined states under power.

Photo of Kristin Ding

Kristin Ding

Undergrad

Photo of Rose Duong

Rose Duong

Undergrad

Rose is designing proteins which undergo light-induced conformational change.

Photo of Helen Eisenach

Helen Eisenach

Grad Student

Photo of Nathan Ennist

Nathan Ennist

Acting Instructor

Nate is designing proteins for artificial photosynthesis with the long-term goal of producing renewable fuel.

Photo of Declan Evans

Declan Evans

Postdoc

Declan is designing enzymes for reactions not observed in Nature

Photo of Marc Exposit

Marc Exposit

Grad Student

Photo of Samir Faruq

Samir Faruq

Undergrad

Photo of Andrew Favor

Andrew Favor

Grad Student

Andrew is developing deep learning models to design complexes containing both proteins and nucleic acids.

Photo of Timo Fluegel

Timo Fluegel

Postdoc

Photo of Mariana Garcia Sanchez

Mariana Garcia Sanchez

Staff

Photo of Jacob Gershon

Jacob Gershon

Grad Student

Photo of Cameron Glasscock

Cameron Glasscock

Acting Instructor

Cameron is working on methods for design of DNA binding proteins.

Photo of Matthias Gloegl

Matthias Gloegl

Postdoc

Matthias is designing de novo antagonists and agonists for treatment of autoinflammatory disease and cancer.

Photo of Inna Goreshnik

Inna Goreshnik

Staff

Photo of Nathan Greenwood

Nathan Greenwood

Staff

Nathan is designing protein binders to target cancer and increase our understanding of biology.

Photo of William Grubbe

William Grubbe

Postdoc

Will is designing smart protein therapeutics.

Photo of Laura Guerrero

Laura Guerrero

Grad Student

Laura is designing peptide-MHC scaffolds to enable the understanding of peptide-specific disease associations.

Photo of Zhichun Guo

Zhichun Guo

Postdoc

Zhichun is developing deep learning methods to enhance the prediction of protein binding interactions

Photo of Ella Haefner

Ella Haefner

Grad Student

Photo of Nikita Hanikel

Nikita Hanikel

Postdoc

Nikita is working on the design of de novo metalloproteins

Photo of Stephanie Hanna

Stephanie Hanna

Grad Student

Photo of Florence Hardy

Florence Hardy

Postdoc

Florence is designing light activated enzymes using noncanonical amino acid photosensitisers.

Photo of Luca Herrmann

Luca Herrmann

Visitor

Photo of Derrick Hicks

Derrick Hicks

Staff

Photo of Shingo Honda

Shingo Honda

Postdoc

Shingo is designing asymmetric protein assembly aided by a peptide scaffold.

Photo of Yang Hsia

Yang Hsia

Staff

Yang is interested in designing protein and protein-adjacent bio-materials across different length scales (nano- to macro-scale).

Photo of Tim Huddy

Tim Huddy

Staff

Photo of Andrew Hunt

Andrew Hunt

Postdoc

Andrew designs enzymes and develops methods for collecting and using large amounts of data to improve design outcomes.

Photo of Abbas Idris

Abbas Idris

Grad Student

Photo of Marouane Jaakik

Marouane Jaakik

Visitor

Photo of Shruti Jain

Shruti Jain

Grad Student

Photo of Joy Jang

Joy Jang

Undergrad

Photo of Jihun Jeung

Jihun Jeung

Grad Student

Photo of Indrek Kalvet

Indrek Kalvet

Staff

Indrek is designing new enzymes based on catalytic cofactor binding.

Photo of Sebastian Kenny

Sebastian Kenny

Postdoc

Kenny is designing minibinder proteins to perform targeted protein degradation for novel therapeutic applications.

Photo of Ryan Kibler

Ryan Kibler

Postdoc

Ryan is designing proteins for purifying non-biological compounds of industrial interest

Photo of Chan Johng Kim

Chan Johng Kim

Postdoc

Chan is designing cytokine mimics to boost anti-cancer immunity with fewer side effects, activating only in tumor-specific environments

Photo of Paul Kim

Paul Kim

Grad Student

Paul is working on generative models for design of DNA-binding-proteins, with the eventual goal of optimizing for specificity.

Photo of David Kim

David Kim

Staff

Photo of Donghyo Kim

Donghyo Kim

Postdoc

Donghyo is designing de novo enzymes using deep learning methods.

Photo of Yakov Kipnis

Yakov Kipnis

Staff

Yakov is working on computational enzyme design.

Photo of Owen Henry Knight

Owen Henry Knight

Undergrad

Photo of Rohith Krishna

Rohith Krishna

Grad Student

Rohith is developing neural networks for structure prediction and design.

Photo of Aditya Krishnakumar

Aditya Krishnakumar

Grad Student

Photo of Andrew Kubaney

Andrew Kubaney

Grad Student

Photo of Paul Kwon

Paul Kwon

Grad Student

Paul is working on biomineralization and DNA binding.

Photo of Anna Lauko

Anna Lauko

Grad Student

Anna is designing new enzymes.

Photo of Seulhoo Lee

Seulhoo Lee

Postdoc

Photo of Gyu Rie Lee

Gyu Rie Lee

Staff

Gyu Rie is designing binders and modulators in all-atom resolution by developing ML-based methods.

Photo of David Lee

David Lee

Grad Student

Photo of Mauriz Lichtenstein

Mauriz Lichtenstein

Visitor

Mauriz is a visiting Masters student from the FU Berlin and working on redesigning TCRs and cytokines to target cancers.

Photo of Michelin Lin

Michelin Lin

Staff

Michelin is using transmembrane beta-barrel proteins as nanopores to advance DNA and protein sequencing technologies.

Photo of Caixuan Liu

Caixuan Liu

Postdoc

Caixuan is doing protein design of IDP

Photo of Yulai Liu

Yulai Liu

Grad Student

Photo of Bingxu Liu

Bingxu Liu

Postdoc

Bingxu is working on transforming living system evolution logic from try-and-error to rational design.

Photo of Beau Lonnquist

Beau Lonnquist

Undergrad

Beau is designing de novo transcription factors to regulate gene expression.

Photo of Peik Lund-Andersen

Peik Lund-Andersen

Grad Student

Peik is designing redox enzymes and electron transport proteins for artificial photosynthesis

Photo of Meg Lunn-Halbert

Meg Lunn-Halbert

Grad Student

Meg is a BPSD graduate student in the King and Baker labs. She is working to improve vaccine efficacy using de novo protein design.

Photo of David Mai

David Mai

Postdoc

Photo of Sagardip Majumder

Sagardip Majumder

Postdoc

Sagardip is interested in engineering membrane proteins akin to natural ones and using protein design for nanopore applications.

Photo of Clara McCurdy

Clara McCurdy

Grad Student

Clara is designing proteins to edit the epigenome and stabilize blood vessels for therapeutics.

Photo of Ryan McHugh

Ryan McHugh

Grad Student

Ryan is training machine learning models specialized for predicting the structure and specificity of DNA-binding proteins.

Photo of Nora McNamara-Bordewick

Nora McNamara-Bordewick

Grad Student

Photo of Ljubica Mihaljevic

Ljubica Mihaljevic

Postdoc

Ljubica is solubilizing native membrane proteins using de novo protein design and is also making transmembrane proteins for scratch

Photo of Joe Min

Joe Min

Grad Student

Joe is interested in developing methods to redesign native enzymes to combat the effects of climate change.

Photo of Uma Mitchell

Uma Mitchell

Undergrad

Photo of Oliver Morell

Oliver Morell

Visitor

Oliver is exploring how protein design models can generate cross-reactive and/or specific binders by considering multiple targets

Photo of Amir Motmaen

Amir Motmaen

Grad Student

Amir is working on using protein design to program and direct T cell for immunotherapy applications targeting solid tumors.

Photo of Edin Muratspahic

Edin Muratspahic

Postdoc

Edin is working on de novo design of binders targeting G protein-coupled receptors (GPCRs)

Photo of Molly Park

Molly Park

Undergrad

Photo of Hazel Patro

Hazel Patro

Undergrad

Photo of Robert Pecoraro

Robert Pecoraro

Grad Student

Robert is working on the computational design of proteins that bind specific DNA sequences.

Photo of Sam Pellock

Sam Pellock

Acting Instructor

Sam is interested in designing enzymes that go fast.

Photo of Annika Philomin

Annika Philomin

Grad Student

Annika is designing transmembrane beta barrel proteins for small molecule sensing by improving deep learning methods

Photo of Arvind Pillai

Arvind Pillai

Postdoc

Arvind is working on the design of allosterically switchable enzymes, with the aim of building useful protein sensors and nanomachines.

Photo of Yuliya Politanska

Yuliya Politanska

Grad Student

Photo of Harley Pyles

Harley Pyles

Staff

Harley is designing and characterizing proteins to control the formation of minerals

Photo of Jason Qian

Jason Qian

Postdoc

enzyme design

Photo of Nathen Qing

Nathen Qing

Undergrad

Photo of Xiangli Qu

Xiangli Qu

Postdoc

Xiangli is interested in designing protein binders to modulate the function of membrane proteins like GPCRs

Photo of Riley Quijano

Riley Quijano

Grad Student

Riley is using both DNA-binder design and enzyme design to make de novo nucleases capable of cutting new recognition sites.

Photo of Robert Ragotte

Robert Ragotte

Postdoc

Rob is designing proteins that neutralize pathogens and alter cell signalling pathways

Photo of Nicole Roullier

Nicole Roullier

Staff

Photo of Shayan Sadre

Shayan Sadre

Grad Student

Shayan is interested in designing binders to modulate protein homeostasis.

Photo of Saman Salike

Saman Salike

Grad Student

Photo of Stephanie Sansbury

Stephanie Sansbury

Postdoc

Steph is engineering nanoparticle-compatible designs to facilitate efficient delivery of intracellularly-targeted therapeutic cargos

Photo of Isaac Sappington

Isaac Sappington

Grad Student

Isaac is developing methods to solve protein-protein interface design, enabling the creation of de novo protein therapeutics and cytokines

Photo of Amijai Saragovi

Amijai Saragovi

Postdoc

Most of the basic principles underlying protein derived biomineralization remain poorly understood. Using a large set of engineered protein

Photo of Christina Savvides

Christina Savvides

Grad Student

Christina is interested in designing immunomodulators to treat autoimmune diseases.

Photo of Thomas Schlichthaerle

Thomas Schlichthaerle

Postdoc

Thomas is interested in designing super agonists to modulate cellular decision making.

Photo of DeJenae See

DeJenae See

Grad Student

Photo of Enisha Sehgal

Enisha Sehgal

Grad Student

Enisha is designing DNA binding proteins to modulate gene expression and edit genomes.

Photo of Shajesh Sharma

Shajesh Sharma

Grad Student

Shajesh is using protein design to optimize engineered metabolic pathways.

Photo of Will Sheffler

Will Sheffler

Staff

Photo of Kathryn Shelley

Kathryn Shelley

Postdoc

Kathryn is designing proteins that undergo light-driven conformational change.

Photo of Hao Shen

Hao Shen

Postdoc

Hao is designing self-assembling protein filament nanomaterials

Photo of Alexander Shida

Alexander Shida

Grad Student

Photo of Hojeong Shin

Hojeong Shin

Postdoc

Hojeong is designing proteins to modulate immune cells in a tumor-specific manner

Photo of Ellen Shrock

Ellen Shrock

Postdoc

Ellen is studying determinants of immunogenicity.

Photo of Jeremiah Sims

Jeremiah Sims

Postdoc

Jeremiah is an MSTP student at the UW, where he uses computational tools to make potent, broadly-neutralizing antivirals.

Photo of Abhishek Singh

Abhishek Singh

Postdoc

Abhishek is exploring how to create highly asymmetric protein assemblies with precise control over shape and size.

Photo of Zihao Song

Zihao Song

Grad Student

Zihao is interested in designing a synthetic proteome and an artificial cell

Photo of Ria Sonigra

Ria Sonigra

Grad Student

Ria is working on de novo design of nanopores for biosensing applications

Photo of Kiera Sumida

Kiera Sumida

Grad Student

Kiera is designing enzymes for plastic degradation.

Photo of Eric Sun

Eric Sun

Grad Student

Photo of Avi Swartz

Avi Swartz

Grad Student

Avi is designing new photosystems for artificial photosynthesis

Photo of Mia Switzer

Mia Switzer

Undergrad

Photo of Kirsten Thompson

Kirsten Thompson

Grad Student

Kirsten is working on de novo protein and cellular cancer immunotherapies.

Photo of Tuscan Rock Thompson

Tuscan Rock Thompson

Grad Student

Photo of Marti Rae Tooley

Marti Rae Tooley

Grad Student

Marti is interested in modulating the immune response to vaccines through protein designed nanoparticles to generate long lasting response.

Photo of Long Tran

Long Tran

Grad Student

Long is interested in developing methods for designing small molecule binding proteins

Photo of Dionne Vafeados

Dionne Vafeados

Staff

Photo of Preetham Venkatesh

Preetham Venkatesh

Grad Student

Preetham is designing sequence-specific proteases

Photo of Shunzhi Wang

Shunzhi Wang

Acting Instructor

Photo of Xinru Wang

Xinru Wang

Acting Instructor

Photo of Yujia Wang

Yujia Wang

Postdoc

Yujia is interested in designing enzymes to address challenges in biotechnology and organic synthesis.

Photo of James Watson

James Watson

Visitor

Photo of Roni Weissman

Roni Weissman

Grad Student

Roni is working on designing new nanocage modalities for delivery.

Photo of Jonas Wilhelm

Jonas Wilhelm

Postdoc

Jonas is designing enzymes that catalyze new-to-nature reactions

Photo of Max Witwer

Max Witwer

Undergrad

Photo of Seth Woodbury

Seth Woodbury

Grad Student

Seth is designing de novo (metallo)enzymes from transition state theozymes for diverse catalytic and photocatalytic applications.

Photo of Kejia Wu

Kejia Wu

Grad Student

Kejia is on method development for binding peptides/intrinsically disordered regions, and functionalizing the binders.

Photo of Jinwei Xu

Jinwei Xu

Postdoc

Photo of Fanglei Xue

Fanglei Xue

Visitor

Fanglei is developing machine intelligence models to improve the success rate of protein design.

Photo of Tracy Yu

Tracy Yu

Postdoc

Tracy is working on developing bone-mimetic materials via hydroxyapatite mineralization proteins.

Photo of Jason Zhang

Jason Zhang

Postdoc

Jason Zhang is designing molecular tools to understand and manipulate cancer cell signaling.

Photo of Olivia Zhu

Olivia Zhu

Undergrad