Faculty

Institution

Unit

Venue

Xiaohua Huang

Professor

University of California, San Diego

Affiliations

Jacobs School of Engineering

Shu Chien-gene Lay Department of Bioengineering

Physical Sciences

Materials Science and Engineering

Xiaohua Huang is currently serving as a Jacobs School Of Engineering Professor at University of California, San Diego.

Honors

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Experiences

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Education

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Xiaohua Huang

University of California, San Diego

Professor

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molecular biology biomolecular engineering microfluidics genetics biological engineering bioinformatics genomics nanotechnology molecular biotechnology lab-on-a-chip dna sequencing biotechnology analytical chemistry microfabrication nucleic acids genome biology genome sequencing dna analysis chip on board antibody engineering dna repair magnetic resonance protein science nanobiotechnology next-generation sequencing high throughput sequencing nucleic acid amplification sequence assembly biological computing non-volatile memory macromolecular science membrane transport separation technology optical engineering transcriptomics technology rna biology single-cell analysis single cell sequencing neurodynamics neural science nanopore sequencing single human cells ultraaccurate genome sequencing high-density microbead arrays electric field genomic analyses high-density dna arrays magnetic assembly multiplexed protein detection antibody-conjugated microbead arrays microfabricated electrophoretic device addressable electrode arrays electric field-induced hybridization bit-shifting operations antibody-conjugated microbeads multiplexed protein analysis biomedical informatics protein sequencing biophysics translational bioinformatics systems biology molecular computing molecular diagnostics computational biology molecular informatics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dna Multi-Bit Non-Volatile Memory and Bit-Shifting Operations Using Addressable Electrode Arrays and Electric Field-Induced Hybridization. Nature Communications (2018)

Youngjun SongSejung KimMichael J. HellerXiaohua Huang

geneticsbiological computingbioelectronicsbit-shifting operationsbiological engineeringnon-volatile memoryelectric field-induced hybridizationaddressable electrode arraysmolecular biologygenetic engineeringnanotechnology

Measurement of Incorporation Kinetics of Non-Fluorescent Native Nucleotides by Dna Polymerases Using Fluorescence Microscopy. Nucleic Acids Research (2017)

Matthew T. WalshXiaohua Huang

non-fluorescent native nucleotidesfluorescence microscopygeneticsincorporation kineticsbiomolecular engineeringbioinformaticsdna polymerasesmolecular biologymolecular biotechnology

Ultraaccurate Genome Sequencing and Haplotyping of Single Human Cells. Proceedings of the National Academy of Sciences (2017)

Wai Keung ChuPeter EdgeHo Suk LeeVikas BansalVineet BafnaXiaohua HuangKun Zhang

ultraaccurate genome sequencinggeneticsgenome sequencingbioinformaticspopulation geneticsgenomicssingle human cellsgenome biologyhuman genetics

Capture and Enumeration of Mrna Transcripts From Single Cells Using a Microfluidic Device. Lab on a Chip (2015)

Matthew T. WalshAlexander P. HsiaoHo Suk LeeZhixia LiuXiaohua Huang

microfluidicsbioinformaticssingle-cell analysiscell biologymrna transcriptsrna biologysingle cell sequencingmolecular biologysingle cellstranscriptomics technologymicrofluidic device

Measurement of Dna Polymerase Incorporation Kinetics of Dye-Labeled Nucleotides Using Total Internal Reflection Fluorescence Microscopy. Biochemistry (2015)

Matthew T. WalshEric E. RollerKwang-Seuk KoXiaohua Huang

geneticsmicroscopyprotein sciencebiochemistrymolecular biologydye-labeled nucleotides

Intrinsic Mode Functions Locate Implicit Turbulent Attractors in Time in Frontal Lobe Meg Recordings. Neuroscience (2014)

X. HuangL. HuangT.-P. JungC.-K. ChengA.J. Mandell

systems neuroscienceneural scienceimplicit turbulent attractorsneuroscienceneurodynamicscomputational neurosciencetime seriesneurophysiologyintrinsic mode functionscognitive neuroscience

Microfluidic Devices With Permeable Polymer Barriers for Capture and Transport of Biomolecules and Cells. Lab on a Chip (2013)

Ho Suk LeeWai Keung ChuKun ZhangXiaohua Huang

microfluidic devicesmembrane transportmicrofluidicsbiomolecular engineeringlab-on-a-chippermeable polymer barriers

Fabrication of Dna Polymer Brush Arrays by Destructive Micropatterning and Rolling‐Circle Amplification. Macromolecular Bioscience (2011)

Kristopher D. BarbeeMatt ChandrangsuXiaohua Huang

macromolecular sciencebiomolecular engineeringdestructive micropatterningbiological engineeringrolling-circle amplificationmaterials sciencemicrofabricationnanotechnology

Linear Nicking Endonuclease-Mediated Strand-Displacement Dna Amplification. Analytical Biochemistry (2011)

Aric JonejaXiaohua Huang

nucleic acid amplificationdna replicationbiomolecular engineeringnucleic acidsdna analysisbiochemistrydna repairmolecular biologyanalytical chemistry

Multiplexed Protein Analysis Using Encoded Antibody-Conjugated Microbeads. Journal of The Royal Society Interface (2011)

Nora TheilackerEric E. RollerKristopher D. BarbeeMatthias FranzrebXiaohua Huang

multiplexed protein analysisantibody engineeringantibody-conjugated microbeadsmicrofluidicsbiological engineeringimmunology

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Xiaohua Huang

Professor

University of California, San Diego

Affiliations

Jacobs School of Engineering

Shu Chien-gene Lay Department of Bioengineering

Physical Sciences

Materials Science and Engineering

Xiaohua Huang is currently serving as a Jacobs School Of Engineering Professor at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Xiaohua Huang

University of California, San Diego

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dna Multi-Bit Non-Volatile Memory and Bit-Shifting Operations Using Addressable Electrode Arrays and Electric Field-Induced Hybridization. Nature Communications (2018)

Youngjun SongSejung KimMichael J. HellerXiaohua Huang

Measurement of Incorporation Kinetics of Non-Fluorescent Native Nucleotides by Dna Polymerases Using Fluorescence Microscopy. Nucleic Acids Research (2017)

Matthew T. WalshXiaohua Huang

non-fluorescent native nucleotidesfluorescence microscopygeneticsincorporation kineticsbiomolecular engineeringbioinformaticsdna polymerasesmolecular biologymolecular biotechnology

Ultraaccurate Genome Sequencing and Haplotyping of Single Human Cells. Proceedings of the National Academy of Sciences (2017)

Wai Keung ChuPeter EdgeHo Suk LeeVikas BansalVineet BafnaXiaohua HuangKun Zhang

ultraaccurate genome sequencinggeneticsgenome sequencingbioinformaticspopulation geneticsgenomicssingle human cellsgenome biologyhuman genetics

Capture and Enumeration of Mrna Transcripts From Single Cells Using a Microfluidic Device. Lab on a Chip (2015)

Matthew T. WalshAlexander P. HsiaoHo Suk LeeZhixia LiuXiaohua Huang

microfluidicsbioinformaticssingle-cell analysiscell biologymrna transcriptsrna biologysingle cell sequencingmolecular biologysingle cellstranscriptomics technologymicrofluidic device

Measurement of Dna Polymerase Incorporation Kinetics of Dye-Labeled Nucleotides Using Total Internal Reflection Fluorescence Microscopy. Biochemistry (2015)

Matthew T. WalshEric E. RollerKwang-Seuk KoXiaohua Huang

geneticsmicroscopyprotein sciencebiochemistrymolecular biologydye-labeled nucleotides

Intrinsic Mode Functions Locate Implicit Turbulent Attractors in Time in Frontal Lobe Meg Recordings. Neuroscience (2014)

X. HuangL. HuangT.-P. JungC.-K. ChengA.J. Mandell

systems neuroscienceneural scienceimplicit turbulent attractorsneuroscienceneurodynamicscomputational neurosciencetime seriesneurophysiologyintrinsic mode functionscognitive neuroscience

Microfluidic Devices With Permeable Polymer Barriers for Capture and Transport of Biomolecules and Cells. Lab on a Chip (2013)

Ho Suk LeeWai Keung ChuKun ZhangXiaohua Huang

microfluidic devicesmembrane transportmicrofluidicsbiomolecular engineeringlab-on-a-chippermeable polymer barriers

Fabrication of Dna Polymer Brush Arrays by Destructive Micropatterning and Rolling‐Circle Amplification. Macromolecular Bioscience (2011)

Kristopher D. BarbeeMatt ChandrangsuXiaohua Huang

macromolecular sciencebiomolecular engineeringdestructive micropatterningbiological engineeringrolling-circle amplificationmaterials sciencemicrofabricationnanotechnology

Linear Nicking Endonuclease-Mediated Strand-Displacement Dna Amplification. Analytical Biochemistry (2011)

Aric JonejaXiaohua Huang

nucleic acid amplificationdna replicationbiomolecular engineeringnucleic acidsdna analysisbiochemistrydna repairmolecular biologyanalytical chemistry

Multiplexed Protein Analysis Using Encoded Antibody-Conjugated Microbeads. Journal of The Royal Society Interface (2011)

Nora TheilackerEric E. RollerKristopher D. BarbeeMatthias FranzrebXiaohua Huang

multiplexed protein analysisantibody engineeringantibody-conjugated microbeadsmicrofluidicsbiological engineeringimmunology

1
2
10 / page

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Similar Faculty Members

Winston Timp

Institution

Johns Hopkins University

genomics

genetics

Adam Abate

Institution

University of California, Berkeley

microfluidics

biomedical engineering

Steven A. Soper

Institution

University of Kansas

fluorescence

nanomedicine

Benedict John Paten

Institution

University of California, Santa Cruz

biomedical informatics

computational genomics

Kevin W. Plaxco

Institution

University of California, Santa Cruz

electroanalytical sensor

biosensor

Tza-Huei Wang

Institution

Johns Hopkins University

molecular biology

microfluidics

Lior Pachter

Institution

California Institute of Technology

genomics

bioinformatics

Pavel Pevzner

Institution

University of California, San Diego

genomics

computational biology

Hsian-Rong Tseng

Institution

University of California, Los Angeles

biofabrication

controlled release

Scott K Silverman

Institution

University of Illinois Urbana-Champaign

nucleic acid

biotechnology