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“Emerging Ideas in Biomedical Engineering”Bi

omed

ical E

ngineerin

g Western Regional Conference

2017

INAUGURALBIOMEDICAL ENGINEERING

WESTERN REGIONALCONFERENCE

Program.indd 1 1/16/17 9:46 PM

M.S. in Mechanical EngineeringThe degree has the following four areas of focus:

Aerospace and Thermal EngineeringAgriculture EngineeringBiomedical EngineeringManufacturing & Industrial Engineering

Students bene�t from small classes taught by caring faculty with industrial experience. The courses are designed in cooperation with

the professional community and delivered in a Christ-honoring atmosphere.

Graduate School at

California Baptist University

8432 Magnolia Ave

Riverside, CA 92504 U.S.A.

Toll-Free: 877.228.8877

Phone: 951.343.4249

Fax: 951.552.8700

[email protected]

Other M.S. Degree o�erings include Civil Engineering and Software Engineering. Contact Dr. Creed Jones ([email protected] or 951-552-8786) for more information.

www.ca lbapt i s t . edu/msme


TABLE OF CONTENTS

THANK YOU TO OUR SPONSORS!

Page #

Welcome........................................................ 2-3

Keynote Speakers......................................... 4-5

Presentation Schedule.................................. 6-8

Rotational Dinner........................................... 9

Panels............................................................ 10-12

Posters / Abstracts Accepted...................... 13-15

Map / Schedule-at-a-Glance....................... 16-17


WELCOME

Tanner RavstenConference Chair

With great joy, it is my honor to welcome you to the first ever Biomedical Engineering Western Regional Conference (Biomedical West Conference). This is an exciting time for biomedical engineering and every attendee at this conference represents the wonderful opportunity we have to help our fellow man through improving human health. It has been a long journey to prepare this conference with the goal to inspire creativity and innovate together. The research shared at this conference will change lives and lay the ground work to improve healthcare in the coming months, years, and decades. It is a great privilege, and responsibility, to improve human lives, and even save them. I sincerely hope that every member of this conference will take this great opportunity to learn and then go out to improve the world in their own respective sphere. I am grateful that you have chosen to be a part of this momentous event. With your help and dedication this gathering will become a standing tradition each year to strengthen and shape the future of biomedical engineering in the west. May we all enjoy this conference and the amazing content that has been prepared. Thank you for your commitment to the community and the hope you bring to the world through your efforts.

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Anton Bowden, PhDProgram Chair

On behalf of the conference organizing committee, I am pleased to welcome you to this inaugural Biomedical Engineering Western Regional Conference. We are very pleased that we will have over 50 technical abstracts from 11 different institutions across 5 states presented over the next 2 days. Our intent has been to make this a truly student-focused event and to encourage cross-pollination of the exciting research that has been taking place in the West over the last several decades.

We hope that you will feel very welcome at this year’s host institution, Brigham Young University, and that you find an opportunity to enjoy the beautiful surrounding terrain. We look forward to both making and renewing friendships and opportunities. Thank you for your participation and for your support.

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DISTINGUISHED KEYNOTE SPEAKERS

Ken Monson received BS and MS degrees in Mechanical Engineering from Brigham Young University in 1995 and 1997, respectively, and a PhD from the University of California, Berkeley, in 2001, also in Mechanical Engineering. He worked first as a post-doc and ultimately as a research professor in Neurological Surgery at the Brain and Spinal Cord Injury Center at the University of California, San Francisco, between 2001 and 2008. In 2008, he joined the Mechanical Engineering department at the University of Utah in Salt Lake City. Monson has been involved in research on traumatic brain injury (TBI), with particular consideration for the cerebrovasculature, for nearly 20 years. His training and research have focused primarily on experimental approaches to studying the problem. This has included extensive characterization of the mechanical and failure properties of human cerebral blood vessels and has extended into developing a better understanding of vessel damage resulting from TBI. Most of this work is accomplished through in vitro study of isolated blood vessels and using a variety of animal models. Computational modeling and immunohistochemistry are also utilized to interpret and evaluate results from experiments.

Buddy Ratner is a professor of chemical engineering and bioengineering. He is the director of the Research Center for Biomaterials at the University of Washington Ratner. He earned a BS degree in Chemistry from Brooklyn College. Five years later, he earned his PhD from the Polytechnic Institute of Brooklyn with a thesis in the field of polymer chemistry. He became an Associate Professor in 1984. From 1985 to 1996 he was director of the National ESCA and Surface Analysis Center for Biomedical Problems (NESAC / BIO), a research and service facility for surface analysis at the University of Washington. His research interests include the synthesis, modification and characterization of material surfaces for medical applications, Tissue Engineering and its application in the field of regenerative medicine. He is co-author of over 300 scientific publications. The International Union of Societies for Biomaterials Science and Engineering, the World Federation of Societies for biomaterial science, awarded him the title of 1996 Fellow of Biomaterials Science and Engineering. In 2002 he was inducted into the National Academy of Engineering.

Buddy Ratner, PhDProfessor of BioengineeringUniversity of Washington

Ken Monson, PhDProfessor of BioengineeringUniversity of Utah

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Ben Noe is an R&D program manager in Medtronic’s MITG, Advanced Energy business in Boulder, CO. In his role, Ben leads a collection of R&D projects and commercialization efforts for the Valleylab FT10 electrosurgical energy platform. He is also an involved member of the Biomedical Engineering Society at the national level, serving terms on the Board of Directors as well as Chairmanships of both the Industry Committee and Medical Devices Special Interest Group. Ben also is a member of seven additional national BMES committees, including the Finance Committee, Long Range Strategic Planning Committee, National Meetings Committee, 50th Anniversary Committee, Coulter College Committee, the Development Committee, and the Membership Committee. In addition to BMES, Ben serves as a member of Wichita State University’s Biomedical Engineering Advisory Board and as Chairman of the Young Professionals Board for Project C.U.R.E. Ben holds a BS in Mechanical Engineering from the University of Colorado-Boulder and is a certified Project Management Professional (PMP).

Shankar Subramaniam is a Professor of Bioengineering, Chemistry and Biochemistry, Cellular and Molecular Medicine and Nano Engineering. He is currently the Chair of the Bioengineering Department at the University of California at San Diego. He holds the inaugural Joan and Irwin Jacobs Endowed Chair in Bioengineering and Systems Biology. He was the Founding Director of the Bioinformatics Graduate Program at the University of California at San Diego. He also has adjunct Professorships at the Salk Institute for Biological Studies and the San Diego Supercomputer Center. He is also a Guest Professor at the Center for Molecular Biology and Neuroscience at the University of Oslo in Norway and Professor at the Center for Cardiovascular Bioinformatics and Modeling at Johns Hopkins University. Prior to moving to UC San Diego, Dr. Subramaniam was a Professor of Biophysics, Biochemistry, Molecular and Integrative Physiology, Chemical Engineering and Electrical and Computer Engineering at the University of Illinois at Urbana-Champaign (UIUC). He is a fellow of the American Institute for Medical and Biological Engineering (AIMBE) and is a recipient of Smithsonian Foundation and Association of Laboratory Automation Awards. His research spans several areas of bioinformatics and systems biology.

Ben NoeBoard of DirectorsBiomedical Engineering Society (BMES)

Shankar Subramaniam, PhDProfessor of BioengineeringUniversity of California - San Diego

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PRESENTATION SCHEDULETHURSDAY

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Session Time Presentation Title Presenter School

Biomaterials Room 2265

8:00 AMEffect of Multiple Confined Compression/Stress Relaxation Cycles on Cross-linked Alginate Pore Size

Diep, Priscilla Santa Clara University

8:15 AM Cancer Therapeutic Onconase and Lyophilized Cell-free Protein Expression Systems Hunt, Porter Brigham Young

University

8:30 AM High-Density Non-Fouling Bioactive Coatings: Development and Characterization Yu, Bonan Oregon State

University

8:45 AM Super-hydrophobic and Anti-Microbial Surfaces via Carbon Infiltrated-Carbon Nanotubes Esplin, Christian Brigham Young

University

Devices & Sensors I Room 2267

8:00 AM Rapid Separation of Very Low Concentrations of Bacteria from Blood Buchanan, Clara Brigham Young

University

8:15 AM Engineering FRET Biosensors for microRNA Presence/Absence Analysis Larkey, Nicholas Oregon State

University

8:30 AM A Nanocomposite Sensor Neck Sleeve for Tracking in Vivo Spine Kinematics in the Alpaca Graham, Colton Brigham Young

University

8:45 AMThe Recovery Glove System- A Sensor Driven Glove with interactive games for Fine Motor Skill Disabilities

Lee, Brian CSU Los Angeles

Imaging & Optics

Room 2295

8:00 AM Analysis of Magnetic Resonance Imaging of Peripheral Nerve Regeneration Lundwall, Jaron Brigham Young

University

8:15 AM Difference Image Ultra-Short Echo Time T2* Mapping Using a 3D Cones Trajectory Nazaran, Amin UC - San

Diego

8:30 AM T1, T2, and Off-resonance Mapping Using a Non-linear Least-squares Fit of the bSSFP Signal Taylor, Meredith Brigham Young

University

8:45 AM MRI Field Mapping Using bSSFP Elliptical Signal Model Valentine, Joseph Brigham Young

University

Biomaterials & Tissue

Engineering Room 2265

9:15 AM Optimizing the Growth and Characterization of Retinal Pigment Epithelial Cells Wadsworth, Ian Utah State

University

9:30 AMDifferentiation of Kidney progenitors using Induced Pluripotent Stem Cells and Conditioned Media of Renal Cortical Tubular Epithelial Cells

Nielsen, Matthew Brigham Young University

9:45 AM Towards a Bioselective Surface for Treatment of Sepsis in a Hemoperfusion Device Schilke, Karl Oregon State

University

10:00 AM Ocular Lens Engineering: A Regenerative Approach to Correcting Visual Impairments Busby, Dallin Brigham Young

University

10:15 AMDual Mechanism for Toughening and Sustained Aminoglycoside Elution from a Polyphosphate Hydrogel

Lane, Dwight University of Utah

Devices & Sensors II Room 2267

9:15 AMDeveloping a Renal Cell Carcinoma Kidney-Tumor-on-a-Chip to Mimic Tumor-Induced Angiogenesis

Tsuchida, Connor University of Washington

9:30 AMDesign and Evaluation of 3D Printed Features to Improve Stability of Plasma-cell Pack Interface in Bacteria Separating Hollow Spinning Disk

Bledsoe, Colin Brigham Young University

9:45 AMPortable, Powerless Automation of Valve Actuation for Microfluidic Large-scale Integration Technology

Schmidt, Andrew Santa Clara University


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10:00 AM The CBU Glaucoma Sensor: A Technology Overview Rickard, Matthew

California Baptist University

10:15 AM Utilizing Microfluidics Devices to Monitor Endothelial Cell Migration. Tsang, Tsz Ming

JeremyBrigham Young University

Systems & Modeling Room 2295

9:15 AM Using Optimization to Determine Tremor Propagation Curtis, Paul Brigham Young

University

9:30 AM High-speed Video Capture of Anterior Cruciate Ligament Tear Cook, Steven Brigham Young

University

9:45 AM Ultrasonic Power Transfer for Medical Implants Moon, KeeSan Diego State University

10:00 AM A Model of Gradual DA Depletion in the Rat Henry, Christine University of Utah

10:15 AM Molecular Modeling of Antibody-antigen Binding near Solid Surfaces Bush, Derek Brigham Young

University

Bio-mechanics & Tissue

Engineering Auditorium

2254

9:15 AM Heart Pump Modelling: Design of Pulsatile Flow Phantoms Coiado, Olivia University of

Portland

9:30 AMNerve Growth Factor and Lysophosphatidylcholine in Peripheral Nerve Repair

Karlinsey, Keaton Brigham Young University

9:45 AM The Sub-chronic Vascular Response to Water-borne Embolic Coacervates. Jones, Joshua University of

Utah

10:00 AMSerum COMP and the Inflammatory Environment of the Knee Before and After Exercise-induced Load

Evans, Alyssa Brigham Young University

10:15 AMBeating Human Induced Pluripotent Stem Cell-Derived Cardiomyocytes on Porcine Extracellular Matrix

McEntire, Kaitlyn Brigham Young University

GRADUATE STUDIES IN BIOENGINEERINGNEW FOR 2017!

Oregon State University’s interdisciplinary graduate program in bioengineering offers master of engineering (M.Eng.), master of science (M.S.), and doctor of philosophy (Ph.D.) degrees. The program is administered by the School of Chemical, Biological, and Environmental Engineering in the College of Engineering, with participating faculty from various programs across the university. The graduate program provides students with training in bioengineering, including broad exposure to the discipline through coursework and seminars, as well as a focused research experience.

CORE RESEARCH AREAS » Biomaterials & Biomechanics » Biosensors, Biomedical Devices &

Instrumentation » Human Performance Engineering » Medical Imaging » Systems & Computational Biology

For more information, please call 541-737-2491, email [email protected], or visit bioengineering.oregonstate.edu


FRID

AY

8

Session Time Presentation Title Presenter School

Tissue Engineering

Room 2265

8:00 AM Differentiation and Containment of Derived Pancreatic Beta Cells Duffy, Caden Brigham Young

University

8:15 AM In vitro Antioxidant Oxidative Stress Treatment Model in Microgravity Clegg, Matt Utah State

University

8:30 AMChimeric Antigen Receptor (CARs) for Thymidine Kinase 1 (TK1): A novel immunotherapy approach to fight cancer.

Velazquez, Edwin Brigham Young University

8:45 AM Cocoa Procyanidin and β-Cell Proliferation Harris, Whitney Brigham Young University

9:00 AM Unusual HPRT Expression in Prostate Cancer Cells and its Impact on Potential Treatment Townsend, Michelle Brigham Young

University

Devices & Sensors III Room 2267

8:00 AMStructural MRSA Resistance through Carbon-Infiltrated Carbon Nanotube Coating of External Fixator Pins

Larsen, Jaclyn Brigham Young University

8:15 AM 3D Printed Microfluidics Gong, Hua Brigham Young University

8:30 AM Design of a Device for Measuring Bulk Fluid Flow in Spine Segments under Tensile Loads Ruchti, Tysum Brigham Young

University

8:45 AM Resorption Rate of Bioresorbable Materials for Possible Use in Self-Expanding Stents Park, Jared Brigham Young

University

9:00 AM Redesign of Computer Keyboards for Hospital and Consumer Use Williams, Kent Brigham Young

University

Systems & Imaging Room 2295

8:00 AM Diabetic Peripheral Neuropathy Bradshaw, Michael Brigham Young University

8:15 AM bSSFP Elliptical Signal Model with GRAPPA Parallel Imaging Tarbox, Grayson Brigham Young

University

8:30 AM Computational Characterization of Blood Vessel Strain in Wire Myography Nandikar, Sameer University of

Utah

8:45 AM Water Fat Separation with Multiple-Acquisition bSSFP MRI Mendoza, Michael Brigham Young

University

9:00 AM Modeling the Combined Effect of Convection and Diffusion in Cross-linked Alginate Capsules Diep, Priscilla Santa Clara

University

Bio-mechanics & Transport

Auditorium 2254

8:00 AM Separation of Bacteria from Blood for Rapid Sepsis Diagnosis Alizadeh, Mahsa Brigham Young

University

8:15 AM Simulation of Tremor Propagation in the Upper Limb Corie, Thomas Brigham Young

University

8:30 AM Skin Strain Measurement to Predict Knee Joint Angles through Nanocomposite Stain Gauges Martineau, Adin Brigham Young

University

8:45 AM Soft-tissue Artifact Compensation for Electromagnetic Motion Capture Dickinson, George Brigham Young

University

9:00 AM Characterization of Essential Tremor in the Major Degrees of Freedom of the Upper Limb Pigg Adam Brigham Young

University


ROTATIONAL DINNER

Join us for a pleseant evening with Biomedical engineering professionals from many different

companies and schools

Thursday The 19Th, 5:30-7:30pm

cost of $10 can Be paid at the door if not registered

shuttles will Be availaBle to transport to and from the venue

- ge t a d v i c e - ne t w o r k - Ju m p s ta rt y o u r c a r e e r

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preparing for a Bme Career in aCademia

William Pitt, PhDProfessor of Chemical EngineeringBrigham Young University

Alonzo Cook, PhDProfessor of Chemical EngineeringBrigham Young University

Ken Monson, PhDProfessor of Bio and Mechanical EngineeringUniversity of Utah

Shankar Subramaniam, PhDProfessor of BioengineeringUniversity of California -San Diego

Professor William G. Pitt joined the Chemical Engineering faculty at BYU in 1987 after receiving a PhD from the University of Wisconsin-Madison. Since then he has supervised $4.3 million in research funds, serving as advisor to 36 graduate students. Dr. Pitt is noted for research in the areas of polymeric biomedical materials and drug delivery, ultrasonically triggered drug delivery, which may permit delivery of chemotherapeutic drugs to the sites of cancerous tumor without affecting the rest of the body. His recent activity is in separating bacteria from blood. His creativity is evidenced by his 8 patents and 141 peer-reviewed journal articles, which have been cited over 3,100 times.

17 years working in the Medical Device Industry. Dr. Cook graduated from BYU with BS and MS degrees in Chemical Engineering, and later received his PhD from MIT, also in Chemical Engineering, with an emphasis on engineering applications in medicine. His industry experience was in business development and research and development of Tissue Engineering and Medical Devices, primarily in the fields of Cardiovascular, Ophthalmic and Orthopedic Products. His previous employers include Semprus BioSciences (Teleflex), Johnson & Johnson and W.L. Gore & Associates. He is also an author on numerous peer-reviewed publications and an inventor on 4 issued patents. His current research focuses on tissue engineering and regenerative medicine.

PANELSFriday the 20th, 10:30-11:30am, Room 2265

See Bio on page 4

See Bio on page 5

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preparing for a Bme Career in indusTry

praCTiCing enTrepreneurship in BiomediCal engineering

Marc Hansen, PhDProfessor of Physiology and Developmental BiologyBrigham Young University

David Bell, PhDQuality EngineerBard Access Systems

Alonzo Cook, PhDProfessor of Chemical EngineeringBrigham Young University

Anton Bowden, PhDProfessor of Mechanical EngineeringBrigham Young University

Ben NoeProgram ManagerMedtronic

Marc Hansen earned a PhD in Cancer Biology from Stanford University in 2002. He is currently Associate Professor of Physiology and Developmental Biology at Brigham Young University, where he built and directs the Bio-Innovation and Bio-Entrepreneurship Program. He founded Frost Biologic, Inc, which is advancing a novel gastric cancer treatment to the clinic. He consults for private biotech companies developing novel therapeutics, devices, and diagnostics, as well as with state and local government to develop a fertile environment for the creation and growth of new biotech firms.

Dr. E. David Bell is a New Product Development Quality Engineer at Bard Access Systems, a market leader is vascular access devices. He received his PhD in Bioengineering from the University of Utah in 2015, following a BS in Bioengineering from Lehigh University. His graduate research focused on the mechanics and function of the cerebrovascular and how they are affected by traumatic brain injury. As a NPD QE at Bard, his primary role is to ensure the safety and efficacy of medical devices in development. This is accomplished through mitigation of risks inherent to product design and production, as well as risks inherent to user interaction with said devices.

Anton Bowden’s background and research interests are in spinal biomechanics, biomedical device design, computational biomechanics, and engineering leadership education. He directs the BYU Applied Biomechanics Engineering Laboratory. He received his PhD in Bioengineering from University of Utah and his BS in Mechanical Engineering from Utah State University. He is a licensed professional engineer and a recipient of a National Science Foundation CAREER Award. He is grateful to have been awarded the Weidman Professorship in Leadership and enjoys serving in the Orthopaedic Research Society.

See Bio on page 5

See Bio on page 10

Friday the 20th, 10:30-11:30am, Room 2267

Friday the 20th, 12:30-1:15pm, Room 2265

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Matthew Rickard, PhDProfessor of BioengineeringCalifornia Baptist University

Dr. Rickard joined California Baptist University in 2010 where he is currently a Professor and Chair of Bioengineering. Previously, he worked as a research engineer for a variety of companies. At Alcon Laboratories, he developed advanced vitreoretinal surgical products and lead research programs for state-of-the-art glaucoma devices. His research current interests include Ocular Engineering, Experimental Research, Teaching / Engineering Education, Fluid Mechanics, Microsystems / MEMS, Glaucoma, Medical Devices, and Electronically-Active Implants. He has published several peer-reviewed journal articles and has also served as a journal referee. He currently holds eleven patents and has three other applications under review.

BiomediCal engineering in The nexT 10 yearsFriday the 20th, 12:30-1:15pm, Room 2267

See Bio on page 5

See Bio on page 11

Shankar Subramaniam, PhDProfessor of BioengineeringUniversity of California -San Diego

Anton Bowden, PhDProfessor of Mechanical EngineeringBrigham Young University

Ken Monson, PhDProfessor of Bio and Mechanical EngineeringUniversity of Utah

See Bio on page 4

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13

POSTERS / ABSTRACTS ACCEPTED

1. Design of a Practice funDamentals of engineering exam for unDergraDuate BiomeDical engineering stuDentsMatthew RickaRd, Seung-Jae kiM, MaRk goRdon, Seong kong, PeteR havRiSikCalifornia Baptist University

2. Differentiation of KiDney Progenitors using inDuceD PluriPotent stem cells anD conDitioneD meDia of renal cortical tuBular ePithelial cellsMatthew nielSen, Steven PaSSey, Maxwell BeeRS, alonzo cookBrigham yoUng University

3. sKin strain measurement to PreDict Knee Joint angles through nanocomPosite stain gaugesadin MaRtineau, JaMeS tRacy, gavin collinS, PaRkeR RoSquiSt, duStin BRuening, Matt Seeley, david Fullwood, anton BowdenBrigham yoUng University

4. Dual mechanism for toughening anD sustaineD aminoglycosiDe elution from a PolyPhosPhate hyDrogeldwight lane, RuSSell StewaRtUniversity of Utah

5. DiaBetic PeriPheral neuroPathyMichael BRadShaw, JeFFRey BRown, kyRil cole, whitney haRRiS, kody haSeBi, ySaBella del RoSaRio, SaRa weRneR, BRyan witt, alonzo cookBrigham yoUng University

6. CoCoa ProCyanidin and β-Cell Proliferationwhitney haRRiS, alonzo cook, Michael BRadShaw, JeFFRey BRown, kyRil cole, kody haSeBi, ySaBella del RoSaRio, SaRa weRneR, BRyan wittBrigham yoUng University

7. reDesign of comPuter KeyBoarDs for hosPital anD consumer usekent williaMS, BRian JenSen, anton BowdenBrigham yoUng University

8. Soft-tiSSue artifaCt ComPenSation for electromagnetic motion caPturegeoRge dickinSon, Steven chaRleSBrigham yoUng University

9. the Sub-ChroniC vaSCular reSPonSe to water-borne emboliC CoaCervateSJoShua JoneS, Monika SiMa, RuSSell StewaRtUniversity of Utah

10. Serum ComP and the inflammatory environment of the Knee before and after exerCiSe-induCed loadalySSa evanS1, RoBeRt hyldahl1, SaRah Ridge1, Sunku kwon1, ty hoPkinS1, eRic RoBinSon2, Matthew Seeley1

1Brigham yoUng University, 2intermoUntain health Care

11. raPid SeParation of very low ConCentrationS of Bacteria from BlooDclaRa Buchanan, Ryan wood, taalin RaSMuSSen hoJ, MahSa alizadeh, daniel Mcclellan, colin BledSoe, MadiSon wood, Rae Blanco, caRoline hickey, tanneR RavSten, RichaRd RoBiSon, williaM PittBrigham yoUng University

12. characterization of essential tremor in the maJor Degrees of freeDom of the uPPer limBadaM Pigg, david StandRing, Steven chaRleS Brigham yoUng University

13. differentiation and Containment of derived Pancreatic Beta cellscaden duFFy, alonzo cookBrigham yoUng University

14. simulation of tremor ProPagation in the uPPer limBthoMaS coRie, Steven chaRleSBrigham yoUng University

15. beating human induCed PluriPotent Stem Cell-derived CardiomyoCyteS on PorCine extraCellular matrixkaitlyn McentiRe, alonzo cook, toPh knutSon, gevan eldRedge, hunteR BehRMann, clayton holding, Matthew hodgSon, dillon deSPain, JacoB PReSlaR, JoSePh Rich, Matthew StePhenS, Matthew tRone, Michael neFF, SaM woRRall, JoShua Mcclellan, aBBie kondel, donnie PFeiFeRBrigham yoUng University

16. nerve growth faCtor and lySoPhoSPhatidylCholine in PeriPheral nerve rePairkeaton kaRlinSeyBrigham yoUng University

posTer sessionThursday the 20th, 2:45-4:00p, Conference Center Halls


17. oCular lenS engineering: a regenerative aPProaCh to CorreCting viSual imPairmentSdallin BuSBy, JoShua hanSen, caMeRon cRook, diane donaldSon, alonzo cookBrigham yoUng University

18. ComPutational CharaCterization of blood veSSel Strain in wire myograPhySaMeeR nandikaR, M conveRSe, ken MonSonUniversity of Utah

19. SuPer-hydroPhobiC and anti-miCrobial SurfaCeS via Carbon infiltrated-Carbon nanotubeSchRiStian eSPlin, anton Bowden, BRian JenSenBrigham yoUng University

20. a nanoComPoSite SenSor neCK Sleeve for traCKing in vivo SPine KinematiCS in the alPaCacolton gRahaM, anton BowdenBrigham yoUng University

21. using oPtimization to Determine tremor ProPagationPaul cuRtiS, Steven chaRleSBrigham yoUng University

22. StruCtural mrSa reSiStanCe through Carbon-infiltrateD carBon nanotuBe coating of external fixator PinsJaclyn laRSen, StePhanie MoRco, BRian JenSen, anton BowdenBrigham yoUng University

23. deSign of a deviCe for meaSuring bulK fluid flow in sPine segments unDer tensile loaDstySuM Ruchti, anton BowdenBrigham yoUng University

24. seParation of Bacteria from BlooD for raPiD sePsis DiagnosisMahSa alizadeh, daniel Mc clellan, colin BledSoe, Rae Blanco, MadiSon Melville, williaM PittBrigham yoUng University

25. resorPtion rate of BioresorBaBle materials for PoSSible uSe in Self-exPanding StentSJaRed PaRk, JaSon PoRteR, anton BowdenBrigham yoUng University

26. CanCer theraPeutiC onConaSe and lyoPhilized Cell-free Protein exPression systemsPoRteR hunt, BRadley Bundy, aMin Salehi, MaRk SMith, JacoB williaMS, williaM Pitt, anthony BennettBrigham yoUng University

27. analysis of magnetic resonance imaging of PeriPheral nerve regenerationJaRon lundwall, alonzo cookBrigham yoUng University

28. develoPing a renal Cell CarCinoma Kidney-tumor-on-a-ChiP to mimiC tumor-induCed angiogeneSiSconnoR tSuchida, chRiS MilleR, ying zhengUniversity of Washington

29. effect of multiPle confineD comPression/stress relaxation CyCleS on CroSS-linKed alginate Pore SizeSindhu kolaR venkat, eRik RiSa, BeRgRen antell, MaRyaM MoBed-MiReMadisanta Clara University

30. ex vivo bio-orthogonal mri imaging – a novel methoD ProPoseD for metastatic cancer DetectiontanneR RavSten, williaM Pitt, neal BangeRteR, Randy haRtley, FoRReSt howell, JeSSica doudBrigham yoUng University

31. deSign and evaluation of 3d Printed featureS to imProve Stability of PlaSma-Cell PaCK interfaCe in baCteria SeParating hollow SPinning diSKcolin BledSoe, Ryan wood, daniel Mcclellan, williaM PittBrigham yoUng University

32. high-SPeed video CaPture of anterior CruCiate ligament tearSteven cook, devon SMithBrigham yoUng University

33. utilizing miCrofluidiCS deviCeS to monitor enDothelial cell migrationtSz Ming JeReMy tSang1, JacoB leFleR1, chaRleS voyton2, kenneth chRiStenSen1 1Brigham yoUng University, 2Clemson University

34. t1, t2, and off-reSonanCe maPPing uSing a non-linear leaSt-SquareS fit of the bSSfP SignalMeRedith tayloR, JoSePh valentine, Steven whitakeR, neal BangeRteRBrigham yoUng University

35. mri fielD maPPing using BssfP elliPtical signal moDelJoSePh valentine1, MeRedith tayloR1, Steven whitakeR1, Michael hoFF2, neal BangeRteR1

1BRighaM young univeRSity, 2univeRSity oF waShington

36. high-denSity non-fouling bioaCtive CoatingS: develoPment and CharaCterizationBonan yu, RaMya RaMan, kaRl Schilkeoregon state University

37. engineering fret Biosensors for microrna Presence/aBsence analysisnicholaS laRkey, Sean BuRRowSoregon state University

14


38. bSSfP elliPtiCal Signal model with graPPa Parallel imaginggRaySon taRBox, JoSePh valentine, MeRedith tayloR, neal BangeRteRBrigham yoUng University

39. differenCe image ultra-Short eCho time t2* maPPing using a 3D cones traJectoryaMin nazaRan1, gRaySon taRBox2, Randy haRtley2, neal BangeRteR2

1University of California - san Diego, 2Brigham yoUng University

40. towardS a bioSeleCtive SurfaCe for treatment of SePSiS in a hemoPerfuSion deviCekaRl Schilke, RaMya RaMan, Bonan yu, eRik hahn, Jonathan Suoregon state University

41. the reCovery glove SyStem- a SenSor driven glove with interaCtive gameS for fine motor SKill diSabilitieSBRian lee, oScaR ledezMa, Jonathan Rey, nicholaS alvaRado, deBoRah wonCalifornia state University - los angeles

42. water fat SeParation with multiPle-aCquiSition BssfP mriMichael Mendoza, JoSePh valentine, neal BangeRteRBrigham yoUng University

43. Portable, PowerleSS automation of valve aCtuation for miCrofluidiC large-SCale integration teChnologyandRew SchMidt, Matt FitzgeRald, eMRe aRaci, connoR Mcloughlinsanta Clara University

44. oPtimizing the growth and CharaCterization of retinal Pigment ePithelial cellsian wadSwoRthUtah state University

45. unusual hPrt exPression in Prostate cancer cells anD its imPact on Potential treatmentMichelle townSend, aBi FelSted, Michael andeRSon, RichaRd Robison, Kim o’neillBrigham yoUng University

46. 3D PrinteD microfluiDicshua gong, clayton RaMStedt, adaM woolley, gRegoRy noRdinBrigham yoUng University

47. ultraSoniC Power tranSfer for mediCal imPlantSkee Moon1, yuSuF oztuRk1, Sung lee2, wooSuB youM2, guun hwang2, h. PaRk3

1san Diego state University, 2etri, 3Chonnam national University hospital

48. in vitro antioxidant oxidative StreSS treatment model in miCrogravityMatt clegg, tayloR clegg, chaRleS haRding, elizaBeth vaRgiS, Jon takeMotoUtah state University

49. modeling the Combined effeCt of ConveCtion and diffuSion in CroSS-linKed alginate CaPSuleSeRik RiSa, Sindhu kolaR venkat, BeRgRen antell, MaRyaM MoBed-MiReMadisanta Clara University

50. a moDel of graDual DoPamine DePletion in the ratchRiStine henRy, heidi FeBingeR, alan doRvalUniversity of Utah

51. chimeric antigen recePtor (cars) for thymiDine KinaSe 1 (tK1): a novel immunotheraPy aPProaCh to fight canceredwin velazquez, kiaRa vaden, Michelle townSend, evita Weagel, scott WebeR, RichaRd Robison, Kim o’neillBrigham yoUng University

52. heart PumP modelling: deSign of PulSatile flow Phantomsolivia coiado1, kevin JoneS1, PaRkeR SchiBel1, nicolaS de alMeida2

1University of portlanD, 2University of neW orleans

53. moleCular modeling of antibody-antigen binding near soliD surfacesdeRek BuSh, thoMaS knottSBrigham yoUng University

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Biomedical West Conference at BYUDay 1- Thursday January 19th Rooms7:00am-5:00pm Registration Open 2297B8:00-9:00am Oral Presentations (3 Concurrent) 2265, 2267, 22959:00-9:15am Break 9:00am-4:15pm9:15-10:30pm Oral Presentations (4 Concurrent) 2254, 2265, 2267, 2295

Exhibitor Tables Open, 2260

10:30-11:00am Break11:00am-12:00pm Opening Ceremonies & Keynote: Buddy Ratner Auditorium 225412:00-1:00pm Lunch 2258/226012:30-2:45pm Campus/Lab tours Meet at South Main Entrance2:45-4:00pm Poster Session Conference Center Halls4:00-4:15pm Break4:15-5:00pm Keynote: Ken Monson Auditorium 22545:30-7:30pm Rotation Dinner Hinckley Center Assembly Hall

Day 2- Friday January 20th7:00am-1:30pm Registration Open 2297B8:00-9:15am Oral Presentations (4 Concurrent) 2254, 2265, 2267, 22959:15-9:30am Break 9:15am-1:30pm9:30-10:15am Keynote: Shankar Subramaniam Auditorium 2254

Exhibitor Tables Open, 2260

10:30-11:30am Forum/Panel Sessions 2265, 226711:30am-12:30pm Lunch 2258/226012:30-1:15pm Forum/Panel Sessions 2265, 22671:15-1:30pm Break

1:30-2:30pm Presentation of Awards, Closing Remarks, and Keynote: Ben Noe Auditorium 2254

All day eventsPlenary sessionsConcurrent sessionsMeals/Group eventsPaid event

MAP / SCHEDULE-AT-A-GLANCE

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