This curriculum vitae summarizes the education and experience of Anna Nagle. She received her Ph.D. in Biomedical Engineering from the University of Cincinnati in 2015, with a focus on biomechanics and bioimaging. She is currently a postdoctoral fellow at Virginia Commonwealth University, where she conducts research on bladder biomechanics using animal models. Her research experience includes developing algorithms to measure soft tissue deformation using medical images and performing mechanical testing of tissues. She has published several papers in biomechanics journals and presented her work at numerous conferences.
This study aimed to develop a system to convert estimates of moderate to vigorous physical activity (MVPA) minutes per day between six different sets of published accelerometer cutpoints for children and adolescents. The study used data from 43,112 participants aged 3-18 years old across 21 studies worldwide contained in the International Children's Accelerometer Database. MVPA estimates ranged widely from 29.7 to 126.1 minutes per day depending on the cutpoints used. The study developed prediction equations to convert MVPA estimates between the six cutpoint sets, finding median absolute percent errors of 12.6% or less. This system allows MVPA estimates from different studies using various cutpoints to be standardized and compared.
This document advertises the EMR-IBS conference in Tel Aviv from April 22-25, 2013 on statistical methods in epidemiology and biostatistics. It provides details on registration, accommodation, pre-conference courses on FDR and survival analysis, the keynote speaker and topic, and a provisional program with parallel sessions on various statistical applications and methods. Attendees can participate in lectures, short courses, and social activities including a reception and trip to Jerusalem.
Sona Oksuzyan is a PhD epidemiologist with over 15 years of research experience focused on childhood cancer and HIV/AIDS. She has worked at UCLA and Amgen, managing studies, performing data analysis in SAS, assisting with publications, and reviewing grants. Her clinical experience includes 7 years practicing as an OB/GYN in Armenia. She is fluent in English, Armenian, and Russian.
Steven Dubinett is the Director of the Clinical and Translational Science Institute (CTSI) at UCLA. The CTSI is part of the NIH CTSA Consortium and has 10 program areas that provide resources to support clinical and translational research. These program areas include clinical and community research, biomedical informatics, pilot studies, career development, and biostatistics. The CTSI is governed by an Institutional Steering Committee and receives guidance from internal and external advisory boards. It also offers Bridge Grants of up to $75,000 for one year to highly qualified new investigators conducting interdisciplinary translational research across UCLA and its affiliated institutions.
Thank You for referencing this work, if you find it useful!
Citation of a related scientific paper:
Manea, V., Wac, K., (2018). mQoL: Mobile Quality of Life Lab: From Behavior Change to QoL, Mobile Human Contributions: Opportunities and Challenges (MHC) Workshop in conjunction with ACM UBICOMP, Singapore, October 2018.
Katarzyna Wac, From Quantified Self to Quality of Life, Book Chapter in "Digital Health", Health Informatics, Springer Nature, p. 83-108, Dordrecht, The Netherlands, 2018.
The talk details:
Katarzyna Wac, Quality of Life Technologies: From Cure to Care, Soci辿t辿 Suisse des Pharmaciens Hospitaliers (GSASA), November 2018, Switzerland
Katrina Welch-Reardon has extensive scientific research experience and seeks a business role in a scientific organization. She has a Ph.D. in Biological Sciences from UC Irvine and certificates in bioscience management. Her career includes roles managing admissions events, scientific writing and project management, and graduate research investigating angiogenesis. She has strong communication, organizational and leadership skills as shown through successful event planning, publishing papers, and managing teams of researchers.
Justino de Jacobis fue un misionero cat坦lico que pas坦 su vida en Etiop鱈a en el siglo XIX. Se esforz坦 por inculturar la fe cat坦lica en la cultura et鱈ope a trav辿s de aprender su lenguaje, adoptar sus vestimentas y ritos, y formar un clero nativo. Trabaj坦 estrechamente con Ghebre Michael para traducir textos y escribir sobre la teolog鱈a, ayudando a la conversi坦n de muchos al catolicismo. Mostr坦 un profundo amor y devoci坦n por el pueblo
This document outlines a 10-week indoor cycling curriculum focused on training with power. Week 1 introduces training with power zones based on a 20-minute threshold test in Week 2. Later weeks include various interval workouts like tempo, sweet spot, and lactate threshold intervals to progressively improve endurance and fitness. Testing is done again in Week 10 to measure improvements from baseline. The curriculum aims to provide precise physiological adaptations through targeted power training and monitoring progress over time.
Consider the importance of technological convergence for institutionsAliviaOsborn
油
Technological convergence allows audiences to consume multiple forms of media from a single platform. Examples include gaming consoles that function as DVD players and music systems, and smartphones that can be used to film movies. Equipment is also more accessible, allowing films to be created on any budget, such as the movie Tangerine which was filmed entirely on an iPhone. Institutions can use digital technology and CGI to enhance films, and distribute movies through online streaming services, downloads, and social media promotion at low cost. This convergence has expanded how audiences experience and access films.
Brain Power Plays an important role in everyone life. If you have sharp brain power then you can achieve whatever you want. So we are going to share the important home remedies to increase brain power in this powerpoint presentation which are applicable for all.
El documento habla sobre la creatividad de San Vicente de Pa炭l en la definici坦n del trabajo misionero. Aunque respetuoso de la tradici坦n, San Vicente ten鱈a la capacidad de adaptarse a situaciones nuevas e insospechadas. Esperaba se単ales de la Providencia antes de tomar acci坦n, pero una vez decidido era incansable en implementar soluciones. Alentaba a los misioneros a ser creativos en servir las necesidades de los pobres descubiertas directamente por ellos.
El documento describe c坦mo la Iglesia antes de San Vicente y Santa Luisa estaba dominada por el elemento clerical-religioso, mientras que despu辿s de ellos la Iglesia se volvi坦 m叩s secular y laica, con una participaci坦n m叩s activa de los laicos, especialmente de las mujeres, en la misi坦n de la Iglesia. San Vicente y Santa Luisa promovieron grupos como las Cofrad鱈as de la Caridad y la Asociaci坦n Internacional de Caridades para involucrar a los laicos, particularmente a las mujeres, en el trabajo misionero de manera creativa.
El documento describe la relaci坦n entre los misioneros y las personas pobres como una espiral en la que ambos grupos se transforman mutuamente a trav辿s de un movimiento circular hacia una conversi坦n m叩s profunda en Cristo. Propone que los misioneros y las personas pobres deben experimentar el cambio en s鱈 mismos y en el otro a medida que comparten el Evangelio y experimentan la alegr鱈a que trae.
Roland Matsouaka is an Assistant Professor of Biostatistics and Bioinformatics at Duke University Medical Center. He received his PhD in Biostatistics from Harvard School of Public Health in 2012. His research interests include model selection and validation, risk adjustment, biomarker evaluation, and causal inference methods. He has over 10 publications in peer-reviewed journals and has served as a co-investigator on several grants related to cardiovascular disease.
This document summarizes the qualifications and experience of Daniel R. Zakheim, including 3 years of experience in a laboratory studying salivary gland tissue regeneration. He has a Master's degree in Molecular Biology and Genetics from the University of Delaware and conducted thesis research on salivary gland tissue engineering. His skills include tissue and cell culture techniques as well as microscopy and molecular biology techniques.
Sasan Sharee Ghourichaee received their Ph.D. in Chemical and Biochemical Engineering from the University of Maryland Baltimore County in 2016, where they researched scalable methods for producing human neural stem cells. Their dissertation focused on how culture dimensionality and oxygen concentration affect human neural stem cells. As a graduate research assistant, they designed protocols to optimize stem cell proliferation and apoptosis under different oxygen levels and extracellular matrices. They also developed mathematical models to predict proliferation and differentiation rates. Sasan Sharee Ghourichaee has expertise in mammalian cell culture, molecular biology techniques, microfluidics, and computer modeling software.
2pg Biomedical Eng Resume - Trevor DavisTrevor Davis
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Trevor Davis is a biomedical engineer and data scientist with a M.S. in Biomedical Engineering from UCLA. His research and work experience have given him skills in signal processing, machine learning, data science, and medical imaging. He has led multiple research projects involving computational modeling, medical devices, and neuroengineering. Davis is proficient in programming languages, software, and lab techniques relevant to engineering and data analysis.
This document summarizes the qualifications of Sourav R. Choudhury, including his extensive expertise in gene therapy, CRISPR genome editing, and AAV vectors. As a postdoctoral associate, he has led projects developing CRISPR tools for genome editing and a nanoparticle delivery platform. He has initiated over 10 collaborations resulting in publications. During his PhD, he developed novel AAV capsids for CNS gene delivery and demonstrated their efficacy in Huntington's disease models. He has 2 first-author publications and 3 patents relating to his gene therapy research.
Nicholas Ellens has extensive experience developing focused ultrasound technology and conducting preclinical research. He received his Ph.D. from the University of Toronto, where he developed ultrasound simulation models and conducted animal studies using MR-guided focused ultrasound. Currently, he is a Research Associate at Johns Hopkins University, where he has established programs for blood-brain barrier disruption and gene delivery using focused ultrasound.
Mark Hedgeland is a Master's student in Mechanical Engineering at Clarkson University. He received a B.S. in Biomedical Engineering from Bucknell University, where he conducted independent and collaborative research projects. At Clarkson, his thesis involves developing an adjustable tibial intramedullary nail. He has worked as a research assistant developing and testing implants, and as a teaching assistant. Hedgeland has presented his work at conferences and published manuscripts. He is involved in professional societies and previously volunteered with Habitat for Humanity.
Yuan Liu has extensive experience in optics, biophotonics, and geophysics. He received his PhD in bioengineering from the University of Illinois at Urbana-Champaign, where he developed novel coherent fiber supercontinuum and pulse shaping techniques for nonlinear optical microscopy and spectroscopy. He has since worked as a seismic imager for CGG, processing and visualizing seismic images while developing computer scripts. Liu has over 15 peer-reviewed publications and patents on biophotonics topics like nonlinear optical imaging and fiber supercontinuum generation.
Ashley Raba has over 10 years of experience in biomedical research and project management for the DoD. She holds a Ph.D. in Biomedical Engineering and has published several papers on mathematical modeling of bioelectric phenomena. Currently she works as a research analyst evaluating new technologies and managing projects for a government customer. Her skills include mathematical modeling, high performance computing, data analysis, and technical writing.
This curriculum vitae summarizes the educational and professional background of Kristine Krajnak, Ph.D. It includes her education, positions held, external awards, publications, and other professional activities. She received her Bachelor's degree from the University of Wisconsin-Milwaukee, Master's from Villanova University, and Ph.D. from Michigan State University. Her positions have included teaching assistant, lecturer, and postdoctoral fellow roles. She has received several awards and grants for her research focusing on neuroscience, physiology, and occupational safety and health issues.
This document is a resume for Francisco J. Pedraza III, who is pursuing a PhD in Physics from the University of Texas at San Antonio with an expected graduation date of May 2017. His dissertation focuses on the synthesis and application of biocompatible multifunctional nanoparticles in medical diagnostics and therapy. He has extensive experience in nanoparticle synthesis and characterization techniques. Pedraza also has a strong record of research, publications, presentations, leadership, teaching, and community service.
Consider the importance of technological convergence for institutionsAliviaOsborn
油
Technological convergence allows audiences to consume multiple forms of media from a single platform. Examples include gaming consoles that function as DVD players and music systems, and smartphones that can be used to film movies. Equipment is also more accessible, allowing films to be created on any budget, such as the movie Tangerine which was filmed entirely on an iPhone. Institutions can use digital technology and CGI to enhance films, and distribute movies through online streaming services, downloads, and social media promotion at low cost. This convergence has expanded how audiences experience and access films.
Brain Power Plays an important role in everyone life. If you have sharp brain power then you can achieve whatever you want. So we are going to share the important home remedies to increase brain power in this powerpoint presentation which are applicable for all.
El documento habla sobre la creatividad de San Vicente de Pa炭l en la definici坦n del trabajo misionero. Aunque respetuoso de la tradici坦n, San Vicente ten鱈a la capacidad de adaptarse a situaciones nuevas e insospechadas. Esperaba se単ales de la Providencia antes de tomar acci坦n, pero una vez decidido era incansable en implementar soluciones. Alentaba a los misioneros a ser creativos en servir las necesidades de los pobres descubiertas directamente por ellos.
El documento describe c坦mo la Iglesia antes de San Vicente y Santa Luisa estaba dominada por el elemento clerical-religioso, mientras que despu辿s de ellos la Iglesia se volvi坦 m叩s secular y laica, con una participaci坦n m叩s activa de los laicos, especialmente de las mujeres, en la misi坦n de la Iglesia. San Vicente y Santa Luisa promovieron grupos como las Cofrad鱈as de la Caridad y la Asociaci坦n Internacional de Caridades para involucrar a los laicos, particularmente a las mujeres, en el trabajo misionero de manera creativa.
El documento describe la relaci坦n entre los misioneros y las personas pobres como una espiral en la que ambos grupos se transforman mutuamente a trav辿s de un movimiento circular hacia una conversi坦n m叩s profunda en Cristo. Propone que los misioneros y las personas pobres deben experimentar el cambio en s鱈 mismos y en el otro a medida que comparten el Evangelio y experimentan la alegr鱈a que trae.
Roland Matsouaka is an Assistant Professor of Biostatistics and Bioinformatics at Duke University Medical Center. He received his PhD in Biostatistics from Harvard School of Public Health in 2012. His research interests include model selection and validation, risk adjustment, biomarker evaluation, and causal inference methods. He has over 10 publications in peer-reviewed journals and has served as a co-investigator on several grants related to cardiovascular disease.
This document summarizes the qualifications and experience of Daniel R. Zakheim, including 3 years of experience in a laboratory studying salivary gland tissue regeneration. He has a Master's degree in Molecular Biology and Genetics from the University of Delaware and conducted thesis research on salivary gland tissue engineering. His skills include tissue and cell culture techniques as well as microscopy and molecular biology techniques.
Sasan Sharee Ghourichaee received their Ph.D. in Chemical and Biochemical Engineering from the University of Maryland Baltimore County in 2016, where they researched scalable methods for producing human neural stem cells. Their dissertation focused on how culture dimensionality and oxygen concentration affect human neural stem cells. As a graduate research assistant, they designed protocols to optimize stem cell proliferation and apoptosis under different oxygen levels and extracellular matrices. They also developed mathematical models to predict proliferation and differentiation rates. Sasan Sharee Ghourichaee has expertise in mammalian cell culture, molecular biology techniques, microfluidics, and computer modeling software.
2pg Biomedical Eng Resume - Trevor DavisTrevor Davis
油
Trevor Davis is a biomedical engineer and data scientist with a M.S. in Biomedical Engineering from UCLA. His research and work experience have given him skills in signal processing, machine learning, data science, and medical imaging. He has led multiple research projects involving computational modeling, medical devices, and neuroengineering. Davis is proficient in programming languages, software, and lab techniques relevant to engineering and data analysis.
This document summarizes the qualifications of Sourav R. Choudhury, including his extensive expertise in gene therapy, CRISPR genome editing, and AAV vectors. As a postdoctoral associate, he has led projects developing CRISPR tools for genome editing and a nanoparticle delivery platform. He has initiated over 10 collaborations resulting in publications. During his PhD, he developed novel AAV capsids for CNS gene delivery and demonstrated their efficacy in Huntington's disease models. He has 2 first-author publications and 3 patents relating to his gene therapy research.
Nicholas Ellens has extensive experience developing focused ultrasound technology and conducting preclinical research. He received his Ph.D. from the University of Toronto, where he developed ultrasound simulation models and conducted animal studies using MR-guided focused ultrasound. Currently, he is a Research Associate at Johns Hopkins University, where he has established programs for blood-brain barrier disruption and gene delivery using focused ultrasound.
Mark Hedgeland is a Master's student in Mechanical Engineering at Clarkson University. He received a B.S. in Biomedical Engineering from Bucknell University, where he conducted independent and collaborative research projects. At Clarkson, his thesis involves developing an adjustable tibial intramedullary nail. He has worked as a research assistant developing and testing implants, and as a teaching assistant. Hedgeland has presented his work at conferences and published manuscripts. He is involved in professional societies and previously volunteered with Habitat for Humanity.
Yuan Liu has extensive experience in optics, biophotonics, and geophysics. He received his PhD in bioengineering from the University of Illinois at Urbana-Champaign, where he developed novel coherent fiber supercontinuum and pulse shaping techniques for nonlinear optical microscopy and spectroscopy. He has since worked as a seismic imager for CGG, processing and visualizing seismic images while developing computer scripts. Liu has over 15 peer-reviewed publications and patents on biophotonics topics like nonlinear optical imaging and fiber supercontinuum generation.
Ashley Raba has over 10 years of experience in biomedical research and project management for the DoD. She holds a Ph.D. in Biomedical Engineering and has published several papers on mathematical modeling of bioelectric phenomena. Currently she works as a research analyst evaluating new technologies and managing projects for a government customer. Her skills include mathematical modeling, high performance computing, data analysis, and technical writing.
This curriculum vitae summarizes the educational and professional background of Kristine Krajnak, Ph.D. It includes her education, positions held, external awards, publications, and other professional activities. She received her Bachelor's degree from the University of Wisconsin-Milwaukee, Master's from Villanova University, and Ph.D. from Michigan State University. Her positions have included teaching assistant, lecturer, and postdoctoral fellow roles. She has received several awards and grants for her research focusing on neuroscience, physiology, and occupational safety and health issues.
This document is a resume for Francisco J. Pedraza III, who is pursuing a PhD in Physics from the University of Texas at San Antonio with an expected graduation date of May 2017. His dissertation focuses on the synthesis and application of biocompatible multifunctional nanoparticles in medical diagnostics and therapy. He has extensive experience in nanoparticle synthesis and characterization techniques. Pedraza also has a strong record of research, publications, presentations, leadership, teaching, and community service.
Arthur Castleton has extensive experience in biomedical research and tissue engineering. He has worked on projects involving stem cell culture, biomaterial characterization, and the development of biomedical devices. As an undergraduate, he has published journal articles, presented at numerous conferences, and mentored other students in the laboratory. Upon graduation from Brigham Young University, Castleton will receive a Bachelor of Science in Chemical Engineering.
Good Health: The Impact of Space Science on Precision Medicinemtnadmin
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Join us in Boston this coming Fall to attend Cambridge Healthtech Institute's (CHI) 2nd Annual FAST: Functional Analysis & Screening Technologies Congress on November 17-19, 2014 and meet with a community of 250+ biologists, screening managers, assay developers, engineers and pharmacologists dedicated to improving in vitro cell models and phenotypic screening to advance drug discovery and development at 6 conferences: Phenotypic Drug Discovery (Part I & II), Engineering Functional 3D Models, Screening and Functional Analysis of 3D Models, Organotypic Culture Models for Toxicology and Physiologically-Relevant Cellular Tumor Models for Drug Discovery. Delegates have the opportunity to share insights in interactive panel discussions and connect during networking breaks. View innovative technologies and scientific research revolutionizing early-stage drug discovery in the exhibit/poster hall.
This document is a CV for Dr. Amber R. Leis summarizing her professional experience and qualifications. She is currently an Associate Program Director, Assistant Clinical Professor, and Co-director of Hand Surgery at the University of California, Irvine. She has extensive experience and training in plastic and hand surgery. She also has a strong record of research, publications, presentations and volunteer work.
Ogan Gurel has over 30 years of experience in healthcare, life sciences, strategy, technology, and research. He has held executive positions including Chief Innovation Officer and Director of Samsung Advanced Institute of Technology. He has a strong clinical, scientific, and academic background and has published numerous research papers and obtained several patents. He currently holds a long-term resident visa in South Korea.
References on Reproducibility Crisis in Science by D.V.M. BishopDorothy Bishop
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The document discusses the reproducibility crisis in science and potential solutions. It defines the reproducibility crisis as inability to replicate published research findings. This is due to issues like small sample sizes, selective reporting of results, questionable research practices, and lack of replication attempts. Solutions proposed include preregistering studies, open sharing of data and materials, ensuring appropriate sample sizes and statistical power, educating researchers about biases and best practices, incentivizing replication research, and authenticating cell lines and models.
This document provides biographical information about Emily Allen Lalone including her education, affiliations, research funding, honors, research experience, and publications. Specifically, it outlines that she received her Ph.D. in engineering science from Western University and is currently a postdoctoral research fellow at McMaster University. Her research focuses on developing image-based tools to examine joint congruency and predict outcomes in patients with upper extremity injuries and fractures. She has over 20 peer-reviewed publications and 4 manuscripts currently in submission on topics related to her research.
Daniel J. Mick is a PhD candidate at Oregon Health & Science University studying sarcopenic obesity in older female cancer survivors. He has a strong background in research including multiple roles as a research assistant and over 10 research presentations. Mick also has experience in teaching nursing students as a graduate teaching assistant. His CV highlights his education, licenses, research funding, publications, presentations, and teaching experience in gerontological nursing and oncology rehabilitation research.
Liza Kobelt has extensive research experience developing neural tissue engineering techniques. She has worked on 5 projects at the University of Washington investigating nerve regeneration, astrocyte markers, glioma drug sensitivity, islet cell function, and spinal cord injury hydrogels. Previously, she assisted with motion analysis software, bioreactor design, and neuronal differentiation projects at the University of Akron. She has published 2 papers and is preparing a manuscript on aligned hydrogels for neural tissue engineering. Kobelt has presented her work at several conferences and societies.
1. Anna Nagle
C.V.
1
December, 2016
Curriculum Vitae
Anna Nagle
3212 Ellwood Ave Unit C
Richmond, VA 23221
513-720-5550 asnagle@vcu.edu
Education
Ph.D. in Biomedical Engineering
The University of Cincinnati Cincinnati, OH 2006-2015
o Advisors: Balakrishna Haridas, PhD, and T. Douglas Mast, PhD
o Dissertation: Biomechanical measurements of the human female levator ani muscle
ex vivo and in vivo. ISBN 9781339232690.
Departmental dissertation award winner of 2015
o Concentration of biomechanics and bioimaging
o Received August 2015
o GPA: 3.731/4.0
Bachelor of Science in Biomedical Engineering with honors
The University of Iowa Iowa City, IA 2001- 2005
o Senior design advisor: Madhavan Raghavan, PhD
o Senior design project: Abdominal aortic aneurysm model.
Focus area: tissue modeling
o Received May 2005
o GPA: 3.78/4.0
Research Experience
Post-doctoral Fellow, Department of Mechanical and Nuclear Engineering
Supervisor: Dr. John Speich
Virginia CommonwealthUniversity Richmond, VA 2015-Present
o Conduct basic science research on bladder biomechanics using animal models
o Lead bladder ultrasound imaging in clinical studies
o Mentor undergraduate students for the Deans Undergraduate Research Initiative
Graduate Researcher, Department of Biomedical Engineering
Advisors: Dr. T. Douglas Mast and Dr. Balakrishna Haridas
The University of Cincinnati Cincinnati, OH 2006-2015
o Create MATLAB code to measure deformation in soft tissues medical images
o Develop validation methods for strain mapping algorithm in various models
o Perform mechanical testing of soft tissues under deformation ex vivo
o Develop in vivo procedure to obtain 3D ultrasound images of the pelvic floor muscles
with increasing amounts of inter-abdominal pressure.
Research Assistant, Department of Research
Supervisor: Dr. Ram Gudavalli
Palmer College of Chiropractic Davenport, IA 2005-2006
2. Anna Nagle
C.V.
2
o Perform biomechanical tests on patients in vivo to monitor effect of clinical trials on
spine biomechanics and range of motion in exercises
o Reduce data in MATHCAD
Research Assistant, Department of Biomedical Engineering
Supervisor: Dr. Joseph Reinhardt
The University of Iowa Iowa City, IA 2002-2005
o Establish variation of air content and volume in the healthy lung or lobe
o Study changes in the human airway tree during respiration
o Create MATLAB programs for use in organizing and visualizing airway tree data
o Honors project: Variation in volume and air distribution in the normal human
lung and lobe.
Publications (Published and submitted)
Published
Anna Nagle, Ashok Nageswaren, Balakrishna Haridas, and T. Douglas Mast, Validation of
three-dimensional strain tracking by volumetric ultrasound image correlation in a
pubovisceral muscle model. Proceedings of Meetings on Acoustics. 19 (2013) 075053.
Anna Nagle, Matthew Barker, Steven Kleeman, Balakrishna Haridas, and T. Douglas Mast,
Passive biomechanical properties of human cadaveric levator ani muscle at low strains.
Journal of Biomechanics. 47 (2014) p. 583-586.
Fong Ming Hooi, Anna Nagle, Swetha Subramanian, and T. Douglas Mast, Analysis of
Tissue Changes, Measurement System Effects, and Motion Artifacts in Echo Decorrelation
Imaging Journal of the Acoustic Society of America. 137(2015) p.585-597.
Andrew Colhoun, Adam Klausner, Anna Nagle, Ashley Carroll, Wayne Barbee, Paul Ratz,
and John Speich, A pilot study to measure dynamic elasticity of the bladder during
urodynamics. Neurology and Urodynamics. 2016 doi:10.1002/nau.23043
Anna Nagle, John Speich, Stefan De Wachter, Peter Ghamarian, David Le, Andrew
Colhoun, Paul Ratz, Wayne Barbee, and Adam Klausner, Non-Invasive Characterization of
Real-Time Bladder Sensation Using Accelerated Hydration and a Novel Sensation Meter: An
Initial Experience. Neururology and Urodynamics 2016. Accepted article.
Under review
Anna Nagle, Ashok Nageswaren, Balakrishna Haridas, and T. Douglas Mast, Three
dimensional texture correlation algorithm validation and optimization for strain tracking in a
pubovisceral muscle model. Under review at the Journal of Ultrasound in Medicine and
Biology.
Firdaweke Habteyes, S. Omid Komari, Anna Nagle, Adam Klausner, Rebecca Heise, Paul
Ratz, and John Speich, Modeling the influence of acute changes in bladder elasticityon
pressure and wall tension during filling. Under review at the Journal of Mechanical
Modeling of Biomedical Materials.
3. Anna Nagle
C.V.
3
Anna Nagle, Adam Klausner, Jary Varghese, Rachel Bernardo, Andrew Colhoun, Paul
Ratz, Wayne Barbee, and John Speich, A method to measure in vivo bladder wall
biomechanics through the addition of ultrasound to urodynamics. Under review at Journal
of Biomechanics.
Teaching Experience
GK-12 Project STEP fellow, College of Engineering
The University of Cincinnati Cincinnati, OH 2010-2012
o Increase student engagement and enhance lessons with engineering content in local
high schools
o Design and teach lesson modules in five different classes per year, each consisting of
a one-to-two week set of lessons covering both traditional course content and hands-
on engineering projects
o Work with math and science teachers to improve teaching techniques and
communication skills
o Courses taught: Algebra I, Anatomy & Physiology, AP Calculus AB, Biology,
Geometry, Physical Science, Physics, and Pre-Calculus
Teaching assistant, Department of Biomedical Engineering
The University of Cincinnati Cincinnati, OH 2006-2008
o Conduct introductory Abaqus in-class workshops for undergraduate students
o Hold office hours for one-on-one assistance for students
o Manage course websites
o Proctor and grade exams and assignments
o Courses taught: Medical Device Design II and Numerical Methods
Religious School and Hebrew Teacher
Brown Religious school Richmond, VA 2016-present
Agudas Achim Congregation Iowa City, IA 2001-2005
o Write lesson plans and conduct class
o Teach three- to twelve-year-olds religious values, concepts, practices, songs, dances,
history, and holidays
o Teach seven- to nine-year olds Hebrew reading, writing, vocabulary, and prayers
o Mentor high school assistant teachers
Software skills
Computer programming in C and MATLAB
Finite element modeling in ABAQUS and MATLAB
Image visualization software 3D Doctor, ImageJ, 4D View
Modeling in Rhinoceros 3D, Pro/Engineer, and SolidWorks
Statisticalanalysis in R-package and Prism
Presentation and document preparation in Microsoft Office, LaTeX, and Visio Studio
Technical skills
Ultrasound imaging
4. Anna Nagle
C.V.
4
Ultrasound phantom construction
Mechanical testing of biological tissues and medical devices
Lost wax casting
Teaching at all age levels
Research Funding
Society for Urodynamics, Female Pelvic Medicine &Urogenital Reconstruction (SUFU)
Development of Bladder Wall Micromotion Detection Algorithms Using Ultrasound
PI: Anna Nagle Mentors: John Speich and Adam Klausner Co-investigator: R. Wayne Barbee
Funding period: Dec 2016-Dec 2017
The goal of this project is to develop an animal model in which to develop and validate a method
to measure bladder wall micromotion and to isolate micromotion from other phasic physiologic
functions.
Professional Presentations
Anna Nagle, PhD, Intro to R-package part 1: Welcome to R and Intro to R-package
part 2: Using R with packages.
VCU How-to Talks by Postdocs Richmond, VA Sep 2016
Interactive seminar
Anna Nagle, PhD, Adam Klausner, MD, Jary Varghese, Andrew Colhoun, MD, R. Wayne
Barbee, PhD, Paul Ratz, PhD, and John Speich, PhD, Comparison of Urodynamics and
Non-Invasive Accelerated Hydration in Characterizing Participants with Urinary Urgency.
Mid-Atlantic American Urological Association Hot Springs, VA Sep 2016
Podium
Rachel Bernardo, Anna Nagle, PhD, Adam Klausner, MD, and John Speich, PhD, Non-
Invasive Characterization of Real-Time Bladder Sensation in Volunteers with and Without
Overactive Bladder Using Accelerated Hydration and a Novel Sensation Meter.
Mid-Atlantic American Urological Association Hot Springs, VA Sep 2016
Moderated poster
Anna Nagle, PhD, Ashok Nageswaren, Balakrishna Haridas, PhD, and T. Douglas Mast,
PhD, Validation of three-dimensional strain tracking by volumetric ultrasound image
correlation and decorrelation analysis in a pubovisceral muscle model.
Recipient of the second place award for student papers
Acoustic Society of America DC chapter Washington DC May 2016
Podium
Anna Nagle, PhD, Adam Klausner, MD, Andrew Colhoun, MD, R. Wayne Barbee, PhD,
Paul Ratz, PhD, Laura Carucci, MD, and John Speich, PhD, Addition of ultrasound
bladder imaging during urodynamics to calculate detrusor wall tension and stress.
Best of 2016 AUA Annual Meeting winner
American Urological Association San Diego May 2016
Podium
5. Anna Nagle
C.V.
5
Adam Klausner, MD, David Le, Anna Nagle, PhD, Peter Ghamarian, Andrew Colhoun,
MD, R. Wayne Barbee, PhD, Paul Ratz, PhD, and John Speich, PhD, Non-Invasive
Characterization of Real-Time Bladder Sensation in Volunteers with and Without Overactive
Bladder Using Accelerated Hydration and a Novel Sensation Meter.
Society of Urodynamics, Female Pelvic Medicine, & Urogenital Reconstruction
New Orleans, LA Feb 2016
Moderated poster
John Speich, PhD, Anna Nagle, PhD, David Le, Peter Ghamarian, Andrew Colhoun, MD,
R. Wayne Barbee, PhD, Paul Ratz, PhD, and Adam Klausner, MD, Correlation of real-time
bladder sensation during urodynamics and non-invasive accelerated hydration in participants
with urinary urgency.
Society of Urodynamics, Female Pelvic Medicine, & Urogenital Reconstruction
New Orleans, LA Feb 2016
Podium
Anna Nagle, Ryo Minoguchi, Melanie Hansmann, John Norcom, Balakrishna Haridas,
PhD, and T. Douglas Mast, PhD, In vivo biomechanical properties of the pubovisceral
muscle in incontinent and asymptomatic women.
Recipient of the Best Graduate Student Podium Presentation award
American Society of Biomechanics Regional Meeting Akron, OH March 2014
Podium
Anna Nagle, Ashok Nageswaren, Balakrishna Haridas, PhD, and T. Douglas Mast, PhD,
Validation of three-dimensional strain tracking by volumetric ultrasound image correlation
in a pubovisceral muscle model.
Recipient of the Young Scientist Conference Attendance grant
International Conference on Acoustics Montreal, QC June 2013
Podium and Poster
Anna Nagle, Jason Kleinhenz, Ann Choe, MD, Steven Kleeman, MD, Mickey Karram,
MD, and T. Douglas Mast, PhD, Biomechanical analysis of in vitro and in vivo pelvic tissues
using ultrasound texture correlation. Poster
Biomedical Engineering Society Poster Session Cincinnati, Oh Feb 2010
Poster
Anna Nagle, Jason Kleinhenz, Ann Choe, MD, Steven Kleeman, MD, Mickey Karram,
MD, and T. Douglas Mast, PhD, Biomechanical analysis of pelvic tissues by 2D and 3D
ultrasound texture correlation.
MIMTeC biannual symposium Minneapolis, Mn Nov 2009
Podium and poster
Jason Kleinhenz, Anna Nagle, Ann Choe, MD, Steven Kleeman, MD, Mickey Karram,
MD, and T. Douglas Mast, PhD, In-vitro puboviscerus model for validation of 3D US
texture correlation and biomechanical analysis.
MIMTeC biannual symposium Minneapolis, Mn Nov 2009
Podium and poster
6. Anna Nagle
C.V.
6
Anna Nagle, Ashok Nageswaren, Ann Choe, MD, Matthew Barker, MD, Jason Kleinhenz,
Steven Kleeman, MD, and T. Douglas Mast, PhD, 2D and 3D imaged based deformation
algorithm validation and use.
MIMTeC biannual symposium Cincinnati, Oh May 2009
Podium and poster
Anna Nagle, Ashok Nageswaren, Ann Choe, MD, Matthew Barker, MD, Jason Kleinhenz,
Steven Kleeman, MD, T. Douglas Mast, PhD, and Balakrishna Haridas, PhD, 2D and 3D
Ultrasound Imaging of Deformation and Pubovisceral Phantoms.
MIMTeC biannual symposium Minneapolis, Mn Nov 2008
Podium and poster
Ashok Nageswaren, Anna Nagle, T. Douglas Mast, PhD, and Balakrishna Haridas, PhD,
Image based deformation analysis of soft tissues: Bayesian texture correlation.
MIMTeC biannual symposium Minneapolis, Mn Nov 2008
Podium and poster
Matthew Barker, MD, Anna Nagle, Apurva Pancholy, MD, Sam Siddighi, MD, Balakrishna
Haridas, PhD, and Steven Kleeman, Passive constitutiveproperties of the levator ani
muscles in fresh female cadavers.
American Urogynecologic So. meeting Chicago, Il Sep 2008
Poster
Anna Nagle, Matthew Barker, MD, John Vennemeyer, Steven Kleeman, MD, and
Balakrishna Haridas, PhD, Development of a cadaver model of pelvic floor muscle
biomechanics.
MIMTeC biannual symposium Cincinnati, Oh May 2008
Podium and poster
Ashok Nageswaran, Saurab Datta, PhD, Anna Nagle, and Balakrishna Haridas, PhD,
Image based deformation analysis of soft tissue: prototype software.
MIMTeC biannual symposium Cincinnati, Oh May 2008
Podium and poster
Saurabh Datta, PhD, Anna Jackson, Vasant Salgaonkar, Mickey Karram, MD, Steven
Kleeman, MD, Ann Choe, MD, and Balakrishna Haridas, PhD, Image based deformation
analysis of soft tissue: internal organs.
MIMTeC biannual symposium Minneapolis, Mn Nov 2007
Podium
Anna Jackson, Matthew Barker, MD, John Vennemeyer, Steven Kleeman, MD, and
Balakrishna Haridas, PhD, Image based deformation analysis of soft tissue: cadaver pelvic
floor biomechanical model.
MIMTeC biannual symposium Minneapolis, Mn Nov 2007
Poster
7. Anna Nagle
C.V.
7
Anna Jackson, Joseph Reinhardt, PhD, Variation in volume and air distribution in the
normal human lung and lobe.
SACNAS national diversity in STEM conference Austin, Tx Oct 2004
Poster
Community Involvement and Associate Memberships
Member of the American Urological Association (AUA)
Trainee member of the Society for Pelvic Research (SPR)
Member-in-training of the Radiological Society of North America (RSNA)
Committee chair of VCU post-doctoral association executive council.
Founding member of the student chapter of The University of Cincinnatis Acoustical
Society of America (ASA) student chapter and secretary for 2013-2015