Faculty

Institution

Unit

Venue

Steven Wasserman

Senior Lecturer

Massachusetts Institute of Technology

Affiliations

School of Engineering

Biological Engineering

Steven Wasserman is currently serving as a Biological Engineering Senior Lecturer at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Steven Wasserman

Massachusetts Institute of Technology

Senior Lecturer

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biomedical engineering neuroscience biophysics regenerative medicine cell biology translational medicine instrumentation nanotechnology bioinformatics biosensors biotechnology microfluidics laboratory medicine respiratory medicine applied microbiology photomedicine additive manufacturing medicinal research high-throughput screening single-cell analysis nanoscale science biomedical modeling molecular sorting cancer biology transplantation medicine sensor technology lab-on-a-chip biocompatible materials implantable devices adhesive material cancer treatment optical trapping optical engineering blood-resistant surgical glue heart defects single-cell growth rates high-throughput measurement attogram scale mouse models longitudinal ctc studies light-reflecting balloon catheter mechanical traps single cells different fluids attogram precision nanochannel resonators ultra-widefield microscope all-optical electrophysiology asymptotic nonlinearities bio-inspired computation clinical engineering biological imaging

Notable Scholarly Works

Notable Federal Grants

Collaborators

Publisher Correction: A Pipeline for Malignancy and Therapy Agnostic Assessment of Cancer Drug Response Using Cell Mass Measurements. Communications Biology (2023)

Robert J. KimmerlingMark M. StevensSelim OlcumAnthony MinnahMadeleine VachaRachel LaBellaMatthew FerriSteven C. WassermanJuanita FujiiZayna ShaheenSrividya SundaresanDrew RibadeneyraDavid S. JayabalanSarita AgteAdolfo AlemanJoseph A. CriscitielloRuben NiesvizkyMarlise R. LuskinSamir ParekhCara A. RosenbaumAnobel TamraziClifford A. Reid

pharmacologycommunicationmass communicationpublisher correctioncancer researchscientific communicationtherapy agnostic assessmentcell mass measurementsoncologymedicinal researchcancer treatmentcancer drug responsehealth sciences

Optical Tweezer Measurements of Asymptotic Nonlinearities in Complex Fluids. Physical review. E (2021)

Satish Kumar GuptaKyle R. LennonMary A. JoensHari BandiMartijn Van GalenYuLong HanWenhui TangYiwei LiSteven Charles WassermanJames W. SwanMing Guo

physicsbiophysicsoptical propertiesasymptotic nonlinearitiesoptical tweezer measurements

Prokaryote Playhouse: A Low-Cost, Laser-Cut Acrylic Incubator for Optogenetic Bacterial Culture. HardwareX (2021)

Jin WuDavid DellalSteven Wasserman

optogeneticsprokaryote playhouseapplied microbiologyoptogenetic bacterial culturelaser-cut acrylic incubatormicrobiology

Optofluidic Real-Time Cell Sorter for Longitudinal Ctc Studies in Mouse Models of Cancer. Proceedings of the National Academy of Sciences (2019)

Bashar HamzaSheng Rong NgSanjay M. PrakadanFrancisco Feijó DelgadoChristopher R. ChinEmily M. KingLucy F. YangShawn M. DavidsonKelsey L. DeGouveiaNathan CermakAndrew W. NaviaPeter S. WinterRiley S. DrakeTuomas TammelaCarman Man-Chung LiThales PapagiannakopoulosAlejandro J. GuptaJosephine Shaw BagnallScott M. KnudsenMatthew G. Vander HeidenSteven C. WassermanTyler JacksAlex K. ShalekScott R. Manalis

mouse modelsbiomedical modelingcancer researchlongitudinal ctc studiesmolecular sortingoncologycancer biologyneurosciencehealth sciencescell biology

An Ultra-Widefield Microscope for High-Speed, All-Optical Electrophysiology. (2017)

Christopher A. WerleySteven F. NagleJohn M. FerranteSteven C. Wasserman

biophysicselectrophysiologyultra-widefield microscopeall-optical electrophysiologyneuroscience

High-Throughput Measurement of Single-Cell Growth Rates Using Serial Microfluidic Mass Sensor Arrays. Nature Biotechnology (2016)

Nathan CermakSelim OlcumFrancisco Feijó DelgadoSteven C WassermanKristofor R PayerMark A MurakamiScott M KnudsenRobert J KimmerlingMark M StevensYuki KikuchiArzu SandikciMasaaki OgawaVincent AgacheFrançois BalérasDavid M WeinstockScott R Manalis

biosensorsbiomedical engineeringsingle-cell analysisbiotechnologysingle-cell growth rateshigh-throughput measurementcell biologybiological engineeringinstrumentationmicrofluidics

A Light-Reflecting Balloon Catheter for Atraumatic Tissue Defect Repair. Science Translational Medicine (2015)

Ellen T. RocheAssunta FabozzoYuhan LeePanagiotis PolygerinosIngeborg FriehsLucia SchusterWilliam WhyteAlejandra Maria Casar BerazaluceAlejandra BuenoNora LangMaria J. N. PereiraEric FeinsSteven WassermanEoin D. O’CearbhaillNikolay V. VasilyevDavid J. MooneyJeffrey M. KarpPedro J. del NidoConor J. Walsh

medicinelaboratory medicinebiomedical engineeringregenerative medicineveterinary medicinetransplantation medicinelight-reflecting balloon catheterrespiratory medicinehealth sciencestranslational medicine

High-Speed Multiple-Mode Mass-Sensing Resolves Dynamic Nanoscale Mass Distributions. Nature Communications (2015)

Selim OlcumNathan CermakSteven C. WassermanScott R. Manalis

nanomaterialsbiophysicsnanoscale sciencenanotechnology

A Blood-Resistant Surgical Glue for Minimally Invasive Repair of Vessels and Heart Defects. Science Translational Medicine (2014)

Nora LangMaria J. PereiraYuhan LeeIngeborg FriehsNikolay V. VasilyevEric N. FeinsKlemens AblasserEoin D. O’CearbhaillChenjie XuAssunta FabozzoRobert PaderaSteve WassermanFranz FreudenthalLino S. FerreiraRobert LangerJeffrey M. KarpPedro J. del Nido

surgeryblood-resistant surgical gluebiomedical engineeringregenerative medicineheart defectsorthopaedic surgerytranslational medicine

Suspended Nanochannel Resonators at Attogram Precision. (2014)

Selim OlcumNathan CermakSteven C. WassermanKris PayerWenjiang ShenJungchul LeeScott R. Manalis

attogram precisionmaterials sciencenanochannel resonatorsnanotechnology

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Steven Wasserman

Senior Lecturer

Massachusetts Institute of Technology

Affiliations

School of Engineering

Biological Engineering

Steven Wasserman is currently serving as a Biological Engineering Senior Lecturer at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Steven Wasserman

Massachusetts Institute of Technology

Senior Lecturer

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Publisher Correction: A Pipeline for Malignancy and Therapy Agnostic Assessment of Cancer Drug Response Using Cell Mass Measurements. Communications Biology (2023)

Optical Tweezer Measurements of Asymptotic Nonlinearities in Complex Fluids. Physical review. E (2021)

Satish Kumar GuptaKyle R. LennonMary A. JoensHari BandiMartijn Van GalenYuLong HanWenhui TangYiwei LiSteven Charles WassermanJames W. SwanMing Guo

physicsbiophysicsoptical propertiesasymptotic nonlinearitiesoptical tweezer measurements

Prokaryote Playhouse: A Low-Cost, Laser-Cut Acrylic Incubator for Optogenetic Bacterial Culture. HardwareX (2021)

Jin WuDavid DellalSteven Wasserman

optogeneticsprokaryote playhouseapplied microbiologyoptogenetic bacterial culturelaser-cut acrylic incubatormicrobiology

Optofluidic Real-Time Cell Sorter for Longitudinal Ctc Studies in Mouse Models of Cancer. Proceedings of the National Academy of Sciences (2019)

mouse modelsbiomedical modelingcancer researchlongitudinal ctc studiesmolecular sortingoncologycancer biologyneurosciencehealth sciencescell biology

An Ultra-Widefield Microscope for High-Speed, All-Optical Electrophysiology. (2017)

Christopher A. WerleySteven F. NagleJohn M. FerranteSteven C. Wasserman

biophysicselectrophysiologyultra-widefield microscopeall-optical electrophysiologyneuroscience

High-Throughput Measurement of Single-Cell Growth Rates Using Serial Microfluidic Mass Sensor Arrays. Nature Biotechnology (2016)

biosensorsbiomedical engineeringsingle-cell analysisbiotechnologysingle-cell growth rateshigh-throughput measurementcell biologybiological engineeringinstrumentationmicrofluidics

A Light-Reflecting Balloon Catheter for Atraumatic Tissue Defect Repair. Science Translational Medicine (2015)

High-Speed Multiple-Mode Mass-Sensing Resolves Dynamic Nanoscale Mass Distributions. Nature Communications (2015)

Selim OlcumNathan CermakSteven C. WassermanScott R. Manalis

nanomaterialsbiophysicsnanoscale sciencenanotechnology

A Blood-Resistant Surgical Glue for Minimally Invasive Repair of Vessels and Heart Defects. Science Translational Medicine (2014)

surgeryblood-resistant surgical gluebiomedical engineeringregenerative medicineheart defectsorthopaedic surgerytranslational medicine

Suspended Nanochannel Resonators at Attogram Precision. (2014)

Selim OlcumNathan CermakSteven C. WassermanKris PayerWenjiang ShenJungchul LeeScott R. Manalis

attogram precisionmaterials sciencenanochannel resonatorsnanotechnology

1
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