Faculty

Institution

Unit

Venue

Pedram Mohseni

Professor

Case Western Reserve University

Affiliations

Case School of Engineering

Electrical, Computer, and Systems Engineering

Pedram Mohseni is currently serving as a Case School Of Engineering Professor at Case Western Reserve University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Pedram Mohseni

Case Western Reserve University

Professor

You can click a keyword to filter the displayed items

biomedical engineering electrical engineering neuroscience instrumentation electrophysiology microfluidics power electronics neural engineering medical electronics engineering respiratory medicine biomedical analysis biomedical technologies optoelectronics electronics bioelectronics biomedical informatics signal processing microwave technology radio frequency hemostasis systems neuroscience sensor technology patient monitoring fast-scan cyclic voltammetry health technology biomedical implants microfluidic dielectric sensor solid-state electronics vascular biology neurochemistry brain stimulation clinical measurements digital medicine wireless power transmission blood pressure wireless communications thrombosis physiological measurements field programmable gate array semiconductor technology eeg signal processing compressive sensing transfusion medicine dopamine wireless power transfer point-of-care assessment vlsi technology biomedical circuits telemetry medical technology microwave engineering micro-electromechanical systems biomedical data analysis fibrinolysis human-machine interfaces capacitive link whole blood coagulation radio frequency identification biomedical data science analog-to-digital converters semiconductor devices high-frequency devices analog design brain-machine-brain interface wireless ic wireless powering microfluidic-cmos platform transceiver ic anatomical rewiring cortical circuitry whole blood intracortical spike activity brain function neurostimulation neuromodulation (medicine) rehabilitation engineering bio-inspired computation

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Miniaturized Wash-Free Microfluidic Assay for Electrical Impedance-Based Assessment of Red Blood Cell-Mediated Microvascular Occlusion. Biosensors and Bioelectronics (2024)

Solomon OshabaheebwaChristopher A. DelianidesAkshay A. PatwardhanErica N. EvansZoe SekyondaAllison BodeFaith M. ApioCissy K. MutuluuzaVivien A. SheehanMichael A. SusterUmut A. GurkanPedram Mohseni

thermal engineeringsensor arraysbiomedical analysisimmunologymembrane sciencevascular biologyminiaturized wash-free microfluidicbiological engineeringsensorsanalytical microsystemselectrical impedance-based assessmentsensor placementmicrofluidicstissue engineeringbiomedical technologiesbiosignal processingelectrophysiologybiomedical engineeringbiosensors

A Surface-Functionalized Whole Blood-Based Dielectric Microsensor for Assessment of Clot Firmness in a Fibrinolytic Environment. Biosensors and Bioelectronics (2024)

Sina PourangDante DisharoonSelvin HernandezSanjay P AhujaMatthew D NealMichael A SusterAnirban Sen GuptaPedram Mohseni

bioelectrochemistrybiomedical analysisclot firmnessvascular biologyphysiological measurementsbiomarkersimplantable sensorsbiofabricationsensorscoagulopathythrombosismicrofluidicsbiophysicscohort studiesfibrinolytic environmentbioelectronicsbiomedical engineeringfibrinolysisbiosensorsbiomolecular engineering

A Whole Blood-Based Assay for Assessing Red Blood Cell-Mediated Microcapillary Occlusion in Sickle Cell Disease. Blood (2024)

Solomon OshabaheebwaYusang M. Bejarano LeyChristopher A. DelianidesZoe SekyondaVivien SheehanMichael A. SusterPedram MohseniUmut Gurkan

whole blood-based assayimmunologyblood cellshematologysickle cell diseaseblood transfusion

Clot Strength is Affected by the Heterogeneity of Red Blood Cells in Sickle Cell Disease. Blood (2024)

Calvin AbongaZoe SekyondaHanif AlizadehMichael A. SusterUmut GurkanPedram Mohseni

immunologyblood cellshematologyred blood cellssickle cell diseaseclot strength

Contact Activation in Dielectric Blood Coagulometry: A Comparison of Screen-Printed and Sputtered Gold Electrodes of Clotchip Microfluidic Sensor. IEEE Sensors Letters (2024)

Hanif AlizadehCalvin AbongaChristopher A. DelianidesSina PourangMichael A. SusterPedram Mohseni

sensorsdielectric blood coagulometrybenchmark studiessensor healthsensor technologymicro technologyoptoelectronicsbioelectronicsbiomedical engineeringelectrical engineeringhealth technologycontact activationscreen mediummicrofluidicsinstrumentationmaterials sciencesensor design

Enhanced Pte and Throughput in Wireless Capacitive Power and Data Transfer via Biocompatible Dielectric Shielding. (2024)

A N M Shahriyar HossainPedram MohseniH. M. Lavasani

charge carrier transportdata transferwireless capacitive powerwireless power transmissionpower deliverybioelectronicsbiomedical engineeringelectrical engineeringbiocompatible dielectric shieldingpower electronicsenergy harvestingdurability performancebiomolecular engineeringbiocompatible materialsnear field communication

Ieee Circuits and Systems Society Information. IEEE Transactions on Circuits and Systems I Regular Papers (2024)

Hoon MyungYoshifumi SunwooHanho LeeManuel Delgado-RestitutoAndrei VladimirescuVp-Conferences Kea-TiongSamuel TangAndy WuGabriele ManganaroZaman FakhrulJinwook BurmRajiv JoshiJie ChenChia-Wen LinErika CoviSorin Cot¸ofan Hanho LeeJose DeL RosaYongfu LiKiran GunnamHiroo SekiyaN NeihartA AscoliJ CavallaroQ TianB TaskinP MohseniJ De LaW ZhuW.-H PengM StanN Mcfarlane

systems engineeringengineeringcircuit analysisieee circuitselectrical engineeringinstrumentation

Methods to Assess the Impact of Combined Pharmacologic and Transfusion Therapies on Red Cell Deformability. Blood (2024)

Abhinav K PasupuletiAkshay A PatwardhanAshwin P. PatelSolomon OshabaheebwaChristopher A. DelianidesZoe SekyondaErica N EvansLindsey AbelMichael A. SusterPedram MohseniUmut GurkanVivien Sheehan

transfusion therapieshematologyred cell deformabilitycombined pharmacologicpharmacologyblood transfusion

Proposed Use of the Microfluidic Impedance Red Cell Assay (Mirca) to Identify Individuals With Sickle Cell Disease in Need of Second Line Therapies. Blood (2024)

Akshay A PatwardhanAshwin P. PatelSolomon OshabaheebwaChristopher A. DelianidesZoe SekyondaErica N EvansAbhinav K PasupuletiLindsey AbelMichael A. SusterPedram MohseniUmut GurkanVivien Sheehan

microfluidic impedancesecond line therapiesdiagnostic devicesmicrorna detectionhematologycell assaymedicinesickle cell diseasemicrofluidicsmalignant blood disorders

Δ Bp-Net: Monitoring “Changes” in Blood Pressure Using Ppg With Self-Contrastive Masking. IEEE Journal of Biomedical and Health Informatics (2024)

Weinan WangPedram MohseniKevin L. KilgoreLaleh Najafizadeh

public healthbiomedical data analysiscardiologyhealth informaticsdigital healthbiomedical informaticsdeep learningbiomedical analysisbenchmark studiesbiomedical technologiesself-contrastive maskingmachine learningpatient monitoringphysiological measurementsblood pressuredigital medicinehealth sciencesstatistics

1
2
3
4
5
16
10 / page

Pedram Mohseni

Professor

Case Western Reserve University

Affiliations

Case School of Engineering

Electrical, Computer, and Systems Engineering

Pedram Mohseni is currently serving as a Case School Of Engineering Professor at Case Western Reserve University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Pedram Mohseni

Case Western Reserve University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Miniaturized Wash-Free Microfluidic Assay for Electrical Impedance-Based Assessment of Red Blood Cell-Mediated Microvascular Occlusion. Biosensors and Bioelectronics (2024)

Solomon OshabaheebwaChristopher A. DelianidesAkshay A. PatwardhanErica N. EvansZoe SekyondaAllison BodeFaith M. ApioCissy K. MutuluuzaVivien A. SheehanMichael A. SusterUmut A. GurkanPedram Mohseni

A Surface-Functionalized Whole Blood-Based Dielectric Microsensor for Assessment of Clot Firmness in a Fibrinolytic Environment. Biosensors and Bioelectronics (2024)

Sina PourangDante DisharoonSelvin HernandezSanjay P AhujaMatthew D NealMichael A SusterAnirban Sen GuptaPedram Mohseni

A Whole Blood-Based Assay for Assessing Red Blood Cell-Mediated Microcapillary Occlusion in Sickle Cell Disease. Blood (2024)

Solomon OshabaheebwaYusang M. Bejarano LeyChristopher A. DelianidesZoe SekyondaVivien SheehanMichael A. SusterPedram MohseniUmut Gurkan

whole blood-based assayimmunologyblood cellshematologysickle cell diseaseblood transfusion

Clot Strength is Affected by the Heterogeneity of Red Blood Cells in Sickle Cell Disease. Blood (2024)

Calvin AbongaZoe SekyondaHanif AlizadehMichael A. SusterUmut GurkanPedram Mohseni

immunologyblood cellshematologyred blood cellssickle cell diseaseclot strength

Contact Activation in Dielectric Blood Coagulometry: A Comparison of Screen-Printed and Sputtered Gold Electrodes of Clotchip Microfluidic Sensor. IEEE Sensors Letters (2024)

Hanif AlizadehCalvin AbongaChristopher A. DelianidesSina PourangMichael A. SusterPedram Mohseni

Enhanced Pte and Throughput in Wireless Capacitive Power and Data Transfer via Biocompatible Dielectric Shielding. (2024)

A N M Shahriyar HossainPedram MohseniH. M. Lavasani

Ieee Circuits and Systems Society Information. IEEE Transactions on Circuits and Systems I Regular Papers (2024)

systems engineeringengineeringcircuit analysisieee circuitselectrical engineeringinstrumentation

Methods to Assess the Impact of Combined Pharmacologic and Transfusion Therapies on Red Cell Deformability. Blood (2024)

Abhinav K PasupuletiAkshay A PatwardhanAshwin P. PatelSolomon OshabaheebwaChristopher A. DelianidesZoe SekyondaErica N EvansLindsey AbelMichael A. SusterPedram MohseniUmut GurkanVivien Sheehan

transfusion therapieshematologyred cell deformabilitycombined pharmacologicpharmacologyblood transfusion

Proposed Use of the Microfluidic Impedance Red Cell Assay (Mirca) to Identify Individuals With Sickle Cell Disease in Need of Second Line Therapies. Blood (2024)

Akshay A PatwardhanAshwin P. PatelSolomon OshabaheebwaChristopher A. DelianidesZoe SekyondaErica N EvansAbhinav K PasupuletiLindsey AbelMichael A. SusterPedram MohseniUmut GurkanVivien Sheehan

microfluidic impedancesecond line therapiesdiagnostic devicesmicrorna detectionhematologycell assaymedicinesickle cell diseasemicrofluidicsmalignant blood disorders

Δ Bp-Net: Monitoring “Changes” in Blood Pressure Using Ppg With Self-Contrastive Masking. IEEE Journal of Biomedical and Health Informatics (2024)

Weinan WangPedram MohseniKevin L. KilgoreLaleh Najafizadeh

1
2
3
4
5
16
10 / page

Similar Faculty Members

Hung Cao

Institution

University of California, Irvine

sensor

biosensor

Wentai Liu

Institution

University of California, Los Angeles

neural interface

neurorehabilitation

Soumyajit Mandal

Institution

Case Western Reserve University

sensor

bioinstrumentation

Drew A. Hall

Institution

University of California, San Diego

biosensor

medical electronics

Pedro Irazoqui

Institution

Johns Hopkins University

neuroscience

biomedical engineering

Charles Sodini

Institution

Massachusetts Institute of Technology

electrical engineering

optoelectronics

Ifana Mahbub

Institution

University of Texas at Dallas

electromagnetic compatibility

wireless power transmission

Darrin Young

Institution

University of Utah

microfabrication

analog circuits design

Shantanu Chakrabartty

Institution

Washington University in St. Louis

computational primitives

integrated circuit

Patrick P. Mercier

Institution

University of California, San Diego

biomedical circuit

sensor interfaces

Similar Faculty Members

Hung Cao

Institution

University of California, Irvine

sensor

biosensor

Wentai Liu

Institution

University of California, Los Angeles

neural interface

neurorehabilitation

Soumyajit Mandal

Institution

Case Western Reserve University

sensor

bioinstrumentation

Drew A. Hall

Institution

University of California, San Diego

biosensor

medical electronics

Pedro Irazoqui

Institution

Johns Hopkins University

neuroscience

biomedical engineering

Charles Sodini

Institution

Massachusetts Institute of Technology

electrical engineering

optoelectronics

Ifana Mahbub

Institution

University of Texas at Dallas

electromagnetic compatibility

wireless power transmission

Darrin Young

Institution

University of Utah

microfabrication

analog circuits design

Shantanu Chakrabartty

Institution

Washington University in St. Louis

computational primitives

integrated circuit

Patrick P. Mercier

Institution

University of California, San Diego

biomedical circuit

sensor interfaces