BME 181 Biomedical Engineering Seminar I
Seminar series given by instructor, invited experts, and students with
focus on biomedical electronics, medical devices, rehabilitation
engineering, and microprocessor-based medical instrumentation. (Seminar)
Pre: sophomore standing in biomedical engineering or permission of
instructor. (II, 1)
Class photos: 2000,
2001, 2002,
2003, 2004,
S2005, F2005,
2006, 2007,
2008, 2009, 2010,
2013.
Due to snow cancelation on 2/11/13, all presentations
are delayed by a week. Down load revised syllabus below.
Syllabus: Section 1 (M10, Sun), Section
2 (M1, Vetter), Section 3 (M3,
Liu)
Prepare your one-page paper using this
template.
Guidelines for preparing your one-page paper and slides:
- Always ask the course instructors regarding their rules on using the
Internet for course works. It is allowed to use the Internet for
preparing your presentations in this class. However, it may not be so in
some other courses such as creative writing.
- Always give references to the sources (URLs plus dates).
- Check out multiple sources on a specific topic in order to obtain a
less biased view.
- Use more reputable sources such as Wikipedia,
Google
Scholar, USPTO and PubMed.
Remember that these days anyone can put anything, whether accurate or
not, on the Internet.
- You should really ask for permissions to use copy-righted materials
such as pictures. However, this may be exempted under the fair use in
the academia setting.
- If you include sentences verbatim, they should be in quotes and, of
course, with references. If you paraphrase, you don't need to put it in
quotes. Just cite the source.
- Use superscripted TM and ® for registered trademarks.
Spring 2013 Seminar abstracts:
Section 1 (M10, Sun):
April 22, 2013
- Valenti, Robert: 1. In situ
self-expanding polyurethane polymer foam ,
2. SpinDx "Lab on a disc" .
- Atwood, Maraquia: 1. Respirocytes,
2. SpinDx: A new medical diagnostic
tool .
- Butera, Angelo: 1. Stem cells and
leprosy ,
2. A Cure for Cancer? .
- Melpignano, Richard: 1. 3D
mammography/tomography ,
2. Synthetic biology for tumor therapy
.
- Tran, Vi: 1. WaveFront guided Lasik eye
surgery ,
2. Organ Printing .
- Fair, Chad: 1. Brain-computer interface
,
2. Hybrid assistive limb .
- Powers, Joshua: 1. Artificial skin
,
2. P300-based speller brain-computer
interface .
- Blandin, Jessica: 1. Total artificial
heart ,
2. Hearing aid
.
- Paquet, John: 1. Deep brain stimulation
to treat Alzheimer's disease ,
2. Anti-hCD47 antibody: potential cure for
cancer .
- Kennedy, Theresa: 1. Ethics and
biomedical engineering ,
2. Synthetic insulin .
- Karnes, Samuel: 1. Triggerfish
glaucoma monitoring system ,
2. Spring TMS .
- Pelletier, Justin: 1. Robotic surgery
,
2. Touch bionics i-Limb prostheses .
- Thottam, Robert: 1. Retinal
degeneration treatment ,
2. ReCell® Spray-On skin .
- Iannaco, Vincent: 1. Argus II retinal
prosthesis system ,
2. Stem cells harvested from human
cadaver .
- Guirguis, Maria: 1. Cancer and
nanotechnology ,
2. AbioCor artificial heart .
Section 2 (M1, Vetter):
April 22, 2013
- Rosenberg, Andrew: 1. Cochlear implants
,
2. The bionic eye .
- Cote, Marc: 1. Total knee replacement
,
2. Artificial skin .
- Rakushkin, George:
- Hoffman, Kimberly: 1. Stem cells
,
2. Nervous system and neural stem cells
.
- Gianos, Alex: 1. Artificial hearts ,
2. Silicone molding .
- Martin, Robert: 1. Parkinson's disease
,
2. Multiple Sclerosis .
- Hammick, Morgan: 1. Tissue engineering
,
2. Positron emission tomography .
- Morino, Christopher: 1. Tissue
engineering ,
2. The Anit G suit .
- McCarthy, Jeffrey: 1. Solitaire ® FR
revascularization device ,
2. Licox ® brain tissue oxygen
monitoring system .
- Pfisterer, John: 1. Tissue engineering
,
2. Focused ultrasound guided by MRI .
- Ramos, Shane: 1. iWalk Inc.-BiOM
personal bionics ,
2. Linear accelerator .
- Fortin, Valerie: 1. Controlling
prosthetic devices ,
2. Manipulating the brain .
- Rosenberg, Lisa: 1. Stereotactic
radiosurgery ,
2. Deep brain stimulation .
- O'Keefe, Brendan: 1. Advancements in
medical imaging ,
2. Neuroprosthetics .
- Kotowski, Brett: 1. Neurotechnology
,
2. Artificial neurotransmitters .
- Campo, Zachary: 1. Prosthetics in
track ,
2. Nanogels .
- Magee, Molly: 1. MRI machines ,
2. The pacemaker .
Section 3 (M3, Liu):
April 22, 2013
- Congdon, Michael: 1. AbioCor
artificial heart ,
2. Genetic Modification .
- Goldberg, Jon: 1. Artificial hearts: going
beyond human evolution ,
2. The bionic eye .
- Dolan, Ryan: 1. Combat wound induced
prosthetics,
2. Decreasing musculoskeletal injuries in
soldiers through the use of anthromorphic exoskeletons .
- Subash, Mihir: 1. Blood glucose meters,
2. Bionic ear.
- Flynn, Charles: 1. MRI machines ,
2. Medical linear accelerator .
- Foster, Kelsey: 1. The Harrington rod:
The future of spinal fusion ,
2. The Michelangelo hand .
- Blease, Robert: 1. Advanced cancer
treatment using alpha particles ,
2. Advancements in intracoronary stents
.
- Lindis, Timothy: 1. Artificial kidney
,
2. Computed tomography .
- Gomes, Corey: 1. The pacemaker ,
2. The ethics of stem cell research .
- Wandelear, Luke: 1. Neural prosthetics
,
2. TBA .
- Golde, Alan: 1. The bio-artificial liver
,
2. Knee replacement .
- Gabbidon, Victor: 1. Cochlear implants
,
2. Implantable defibrillator .
- Obi, Sierra: 1. Tissue engineering
,
2. Silk fibroin wound dressings .
- Shanker, Thaeje: 1. The artificial
liver ,
2. TBA .
- Elliott, Cameron: 1. Video to audio
substitution ,
2. Adaptive skis .
Wednesday (Section 1) Spring 2010
seminar abstracts:
Wednesday 1 pm section
- Abbate, Kaitlin: 1. Artificial pacemaker
of the heart ,
2. Deep brain stimulation: brain
pacemakers .
- Alphonse, Brittany: 1. Cochlear
implants ,
2. Triggerfish system: Glaucoma
monitoring system .
- Downey, Gemma: 1. Prosthetic technology
,
2. Radiation therapy .
- Kennedy, Brian: 1. Electromyography,
myoelectric signals and their use in controlling prosthetic limbs
,
2. Visual cortical implants for blind
patients .
- Mohammed, Riyad: 1. Advancements in the
biomechanical sub-field of biomedical engineering ,
2. The BrainGate™ neural interface systemg
.
- Ramsay, David: 1. Minimally invasive
surgery ,
2. Magnetic resonance imaging .
- Rekhi, Simranjit: 1. Knee arthroplasty
,
2. Artificial skin .
- Tashain, Garabed: 1. Diabetes and
biomedical engineering ,
2. Dental implants .
- Walder, Erik: 1. Diagnosis and treatment of
acetabular labrum tears , 2.
Total hip arthroplasty .
- Walker, Kayla: 1. Diabetes and glucose
monitoring ,
2. Bladeless LASIK eye surgery .
- Wang, Tanya: 1. The artificial liver ,
2. Biocompatibility .
- Zinckgraf, James: 1. Tissue engineering
,
2. Nanomedicine .
Fall 2009 seminar abstracts:
Wednesday 2 pm section
- Andrew Ruggeri: 1. Pathogen containment,
2. Magnetic resonance imaging.
- Cameron Elliott: 1. Cochlear implants,
2. Future ambulances.
- Evan Lum: 1. Lasik, 2. Retinal
implant.
- Elizabeth Ameno: 1. The da Vinci
System , 2. Artificial bone
marrow.
- Ilya Ryaboy: 1. Ulnar collateral ligament,
2. Gamma knife.
- Jahdiel Franco: 1. Automated external
defibrillators (AED), 2. The
electronic nose.
- Laura Klotz: 1. Oxygenators, 2. Total
intervertebral disc replacement.
- Neil McCaffrey: 1. Epilepsy and trigeminal
nerve stimulation, 2. Hybrid assistive
limb.
- Nicholas Beretta: 1. Spinal Injuries,
2. Nerve transplantation.
- Nick Mulhern: 1. Vaccines and cancer
vaccine, 2.Excimer Lasers.
- Paul Rocha: 1. The articial heart, 2.Ultrasound
imaging.
- Ryan Johnson: 1. Tissue engineering, 2.
Genetically modified crops.
- Stephanie Barrena: 1. Deep brain
stimulation, 2. Mechanical heart
valve.
- Thaeje Shanker: 1. Diabetes and the
insulin pump , 2. The Smart T-Shirt.
- Vanessa Landes: 1. Total knee
replacement, 2. The anti-G suit.
- Weston Cook: 1. Insulin pumping, 2. Synthetic
blood.
Friday 2 pm section
Fall 2008 seminar abstracts:
Wednesday section
- Alissa McKechnie: 1. Autism and biomedical
research, 2. Prosthetics for runners:
The Cheetah Flex.
- Amanda Neves: 1. C-Leg, 2. The
HemCon Bandage.
- Amber Dumas: 1. Robotic microsurgery,
2. Neuroprosthetics .
- Andrew Dunne: 1. Ossur power knee,
2. Bone-anchored hearing aid.
- Brandon Brunelle: 1. Brain computer
interface. 2. Artificial heart.
- Courtney Dulude: 1. Paralysis and the
human tongue, 2. Blood brain barrier
inhibitor.
- David Kennedy: 1. DEKA’s Luke Arm,
2. Artificial cells.
- Dipak Intwala: 1. Pacemakers, 2. The
total knee replacement.
- Erica Duncanson: 1. Mouth to anus capsule
endoscopy, 2. The I-Port.
- Gabriel Ausfresser: 1. Pacemaker, 2. Ergonomics.
- Kasey Tipping: 1. Knee replacement, 2.
Heart valve replacement.
- Kevin Sylvestre: 1. Photoacoustic imaging,
2. Cortical microstimulation .
- Kyle Rafferty: 1. Proton beam therapy,
2. Carbon Nanotubes: Bone Growth.
- Lauren Lafond: 1. Auditory steady-state
response, 2. Turner syndrome and
nutropin.
- Laurie Roberts: 1. Neurostimulation ,
2. Open and upright MRI scanners.
- Matthew Sampson: 1. Artificial limbs, 2.
Prosthetic Vein Valve.
- Marah Holland: 1.Cross species transplant
(xenotransplant), 2. EsophyX transoral
incisionless fundoplication.
- Misha Madore: 1. Biomechatronics and the
i-LIMB hand, 2. Cochlear implants..
- Nathan Longtin: 1. MC3’s BioLung, 2. HAL
5.
- Patrick Merida: 1. Vagus nerve
stimulation, 2. Cell saver and
bloodless surgery.
- Shunzaburo Kida: 1. Virtual reality,
2. Solar backpack.
- Timothy Alberg: 1. Nerve Cell Regeneration,
2. Artificial red blood cells.
- Tonya Ruggieri: 1. Solar-powered optical
implant, 2. MyoSpare® neuromuscular
electrical stimulation.
- Victoria Rogers: 1. Heart arrhythmias,
2. Horseshoe crabs and modern medicine.
- Vishnu Devalla: 1. Life recovery systems
2. Da Vinci surgical system.
Friday section
- Adam Silva: 1. The artificial heart, 2.
Physiological monitoring systems.
- Andrew Seitler: 1. Molecular
nanotechnology, 2. Proton
therapy.
- Brian Schaeffer: 1. Anabolic
steroids. 2. CPRGlove.
- Brian Shiels: 1. , 2. Radar breast
imaging.
- Donna Salamey: 1. The ORMED gmah ARTROMOD®
SP3, 2. Microbots.
- Gregory Fortin: 1. Neurostimulation, 2.
The artificial lung.
- Mason Wilson: 1. Brain-computer interfacing,
2. The Argus™ II retinal stimulation System.
- Nishat Hossain: 1. Tissue engineering,
2. The light device helps heal wounds.
- Robert Farley: 1. Neuroprosthetic devices,
2. Total knee replacement.
- Ruba Hadidi: 1. Robot with a biological
brain!, 2. Artificial hearts.
- Sean Agular: 1. Using radio waves to cure
cancer, 2. Magnetic resonance imaging.
Fall 2007 seminar abstracts:
- Matin Amani: 1. Epigenetics, 2. Transgenic
bacteria.
- Ryan Andrews: 1. Ventricular assist devices,
2. Endorphins.
- Irving Azor: 1. EndoSure AAA wireless
pressure measurement system, 2. The
Leksell gamma knife.
- David Dionisopoulos: 1. Nanorobots,
2. Gamma knife.
- Nicholas Ferrer: 1. Regenerative medicine,
- Jonathan Fortunati: 1. brainSUITE, 2. The
artificial stomach.
- Eric Frattura: 1. Use of the LAP-BAND,
2. Artificial eye.
- Michael Giuliano: 1. Neuroprosthetics,
2. Edwards Lifesciences.
- Minori Keefe: 1. Genetic engineering,
2. Neurotechnology.
- Erin LaBarge: 1. Deep brain stimulation:
Parkinson's disease, 2. Digital breast
tomosynthesis.
- Grace Lynch: 1. Artificial pacemaker,
- Justin Martin: 1. LASIK corrective eye
surgery, 2. Stereolithography.
- Kristin Meader: 1. OmniSonics Medical
Technology, Inc. OmniWave technology, 2. Boston
Scientific's clampless heart surgery: HEARTSTRING II proximal seal
system,
- Chelsae Meier: 1. Haptic Master:
cerebral palsy and CP technology, 2. NuvaRing.
- Brendan Murphy: 1. Stem cells, 2. Bio-Suit
system.
- Afeez Olalekan: 1. Pulse oximeter, 2.
The electronic nose.
- David Pancarowicz Jr: 1. Laparoscopic
surgery, 2. Magnetic resonance imaging.
- Daniel Reinhard: 1. Amplatzer septal
occluder, 2. Total knee replacement.
- Sarah Schlatter: 1. Neurprosthetics: CPG
chip, 2. Tissue engineering: scientists
grow mouse teeth,
- Michael Tamayo: 1. Digital hearing aids,
2. Artificial blood.
- Kyle Waterman: 1. Defibrillators, 2. Laser
surgery.
- Andrew Westover: 1. The use of permanent
catheters in chemotherapy, 2. Touch
Bionics' iLIMB hand.
- Alyssa Williams: 1. Dermatos prostheses,
2. Computer assisted minimally invasive hip
replacement.
Fall 2006 seminar abstracts:
- Craig Haverly: 1. Electroactive polymers -
the future of artificial muscle, 2. Functional
electrical stimulation.
- Elizabeth Patnode: 1. Computer-aided
diagnosis system, 2. US FDA:
strengthening postmarket program.
- Evan Crouse: 1. How inhibiting telomerase
could cure cancer, 2. Magnetoencephalography
(MEG).
- James Brien: 1. Nanotechnology applied to
medicine, 2. Bacterial driven
micromotors.
- Jeremy Brousseau: 1. Brain-computer
interface, 2. Animal testing.
- Kyle Torres: 1. AbioCor artificial heart,
2. Gamma knife.
- Matthew Gallagher: 1. BOSE: multi-axis
kinematic spine simulator, 2. Proprio
foot.
- Matthew Young: 1. SafeGuard system,
2. Biiofelt.
- Momodou Mbye: 1. Peritoneal dialysis,
2. Digital mammogram.
- Peter Schiffman: 1. Biomedical
nanotechnology.
- Rebecca Boduch: 1. AbioCor implantable
replacement heart, 2. Haptic
technology.
- Richa Gujarati: 1. Human genome project.
- Sarika Saran: 1. Pharmacogenomics, 2.
Optical coherence tomography.
- Sean Murphy: 1. Infusion pumps, 2. Retinal
implants.
- Will Roman: 1. Photosynthetic solar cells,
2. Robotic surgery.
Fall 2005 seminar abstracts:
- Alexandra Dempsey: 1. VeriChip, 2.
Biothermal battery.
- Alison O'Malley: 1. Intervertebral disc
replacement, 2. Detecting fainting:
insertable loop recorder.
- Ally Tukey: 1. Aradigm's AERx pulmonary
delivery system, 2. Plant extracts helps
prevent lung cancer.
- Andrew Burke: 1. Eye technology, 2. Regeneration.
- Christian Apollon: 1. Sleep apnea,
2. Avian flu.
- Curtis Richard: 1. LASIK eye surgery,
2. Future force warrior.
- Eric Butkua: 1. Nanotechnology and its
medical benefits, 2. HAL: hybrid
assistive limb.
- Graeme O'Connell: 2. Brain morphing: the
future of DBS.
- Hamed Lahijani: 1. Stem cell research,
2. Diabetes and the Insulin pill.
- Jenna Lipka: 1. Artificial heart, 2.
Sonic flashlight.
- Jenna Marcus: 1. Implantable miniature
telescope, 2. Brain Gate natural
interface system.
- Jeremy Helbig: 1. Insulin inhalers: a
hopeful alternative, 2. Artificial
noses.
- Jon Doda: 2. Liquid adhesive bandages.
- Kou Yang: 1. Rhakic intraocular lenses,
2. Total knee replacement.
- Kristin Lane: 1. Artificial pacemaker.
2. Cochlear implants.
- Kristina Bruen: 1. Neural prosthesis,
2. Electroactive polymer artificial muscle.
- Louis Chen: 1. Hearing aids, 2. Embolune.
- Maria Cieslewski: 1. Omnipod insulin
management system, 2. Artificial Kidney.
- Nikola Mrvaljevic: 1. Artificial muscle,
2. Gamma knife.
- Rebekah Wigton: 1. Biofeedback, 2. Haptic
technology.
- Ryan Zaczynski: 1. Transdermal drug
delivery via microneedles, 2. Galvanic
vestibular stimulation.
- Tanios BouRamia: 1. 64 slice CT scan.
- Whitney Capwell: 1. Mandibular
advancement devices, 2. LifeGuard
monitoring systems.
- Whitney Michalek: 1. Human genetic
engineering, 2. Integra Dermal
regeneration template.
- Zack Weber: 1. Artificial bones, 2. Brain-computer
interface.
Spring 2005 seminar abstracts:
- Andre Doyon: 1. C-Leg knee joint system,
2. New Boston digital arm system.
- Andrew Aubee: 1. Laser Doppler flowmetry,
2. Electronic nose.
- Armen Donoian: 1. Neurofeedback, 2. Brain-computer
interfacing.
- David Marcus: 1. Automatic external
defibrillator, 2. Artificial lungs.
- David Segala: 1. PET scans with
myocardial applications, 2. Artificial
neural networks.
- Emily Santurri: 1. Gene therapy, 2. Artificial
blood.
- Garrett Whitney: 1. Artificial retina,
2. Artificial heart.
- Matt Kastan: 1. Testing for otoacoustic
emissions, 2. Cochlear implants.
- Robert Schultz: 1. The da Vinci surgical
system, 2. Heart failure device
therapy.
- Sheena Campbell: 1. Stem cell research,
2. Laser eye surgery.
Spring 2004 seminar abstracts:
- Andrew Greene: 1. Implantable microscope
technology, 2. Electronic nose.
- Bethany Therrien: 1. Intel's Raman
bioanalyzer system, 2. A
microprocessor-based multifunction myoelectric control system.
- Christopher Mackenzie: 1. Left ventricular
assist device, 2. PET technology.
- David Flanagan: 1. Assistive exoskeletons.
2. Radiofrequency ablation in the treatment
of Wolfe Parkinson White syndrome.
- Erin Dworkin: 1. Artificial hearts, 2.
Artificial intervertebral discs.
- Joe Giguere: 1. The Gamma Knife, 2. Artificial
sight.
- Jonathan Caserta: 1. Percutaneous
myocardial revascularization, 2. Transcranial
magnetic stinulation.
- Jonathan Kurowski: 1. Laser eye surgery,
2. Artificial vision.
- Meghan Fahey: 1. Artificial heart
transplants, 2. External insulin.
- Nick Samos: 1. Sonic flashkight for
ultrasonic vision, 2. Synetetic skin.
- Nicole Normandin: 1. Artificial bones,
2. Bionic ear.
- Shaun Russell: 1. Microneedle technology,
2. Linking the mind to machines.
- Suchismita Datta: 1. Trans-chatheter
closure of VSD, 2. Applications in
psycho-physiology.
- Zac Canders: 1. Atificial retina, 2. Kidney
tansportation.
Spring 2003 seminar abstracts:
- Brian Lavoie: 1. Cardiac resynchronization
therapy, 2. Beating heart surgery.
- Brent Marsden: 1. Gore-Tex vascular
grafting, 2. The human genome project.
- Christina Drake: 1. Left ventricular
assist system, 2. Drug dispensing
contact lenses.
- Christopher Pizza: 1. Robotic
surgery, 2. Artificial retina.
- Evelina Ruszkowski: 1. Surgical robots,
2. SHARE: Rehabilitation engineering.
- Frank Breau: 1. Stem cell research, 2.
Implantable artificial heart.
- Gabrielle Murphy: 1. Functional
electrical stimulation, 2. Brain-machine
interface.
- Gary Comtois: 1. Microscopic bar code,
2. Needle-free blood analysis.
- James Finneran: 1. Stem cell researh,
2. The smart T-shirt.
- Jeb McCluskey: 1. Curing cancer with
telomerase, 2. Cochlear implants
- Kathleen Cooper: 1. Isulin pumps,
2. Gamma knife.
- Kimberly Peloquin: 1. Computational fluid
dynamics, 2. Probiotics.
- Sareh Rajaee: 1. Predicting evolution of
bacteria, 2. Cochlear implants.
- Shyla Booker: 1. Transdermal drug delivery,
2. PET/CT imaging system.
- Stephen Furlani: 1. Prosthetic control,
2. Synthetic muscles.
- Tanyn Boulay: 1. Implantable
cardioverter-defibrillator, 2. Bone
marrow biopsy needle.
- Thomas Harrington: 1. The E-nose, 2.
Respirocytes.
Spring 2002 seminar abstracts:
- Amy Wright: 1. Anti-aging treatments, 2.
Implantable replacement heart.
- Anna Wagner: 1. Magnetic resonance imaging,
2. Full body scan.
- Dan Kelsay: 1. Insulin inhalers, 2. Angiogenesis.
- Dan Schaefer: 1. Tissue engineering, 2.
Nanotechnology.
- Ellaine Abueg: 1. Surgical robots,
2. Laser eye surgery.
- John Coughlin: 1. Myostatin and its
possibilities, 2. Insulin pill.
- John DiCecco: 1. Gene doping, 2. Left
ventricular assist devices.
- Meghan Collin: 1. Assistive technology -
vocal cords, 2. Syringe pumps:
Medifusion in the NICU.
- Nicole Baugh: 1. Pain therapies. 1. Gamma
knife.
- Tim Swaby: 1. Myoelectric prosthesis, 2.
Exoskeletons.
- Tom Cavaliere: 1. Implantable identification
technology, 2. Tapping into nerves.
Spring 2001 seminar abstracts:
Spring 2000 seminar abstracts:
- Artificial Neural Networks,
George Dib, Feb. 14, 2000.
- Implantable Cardioverter Defibrillator,
Paul T. Cabral, Jr., Feb. 14, 2000.
- Human Cloning, Hoangthi Le,
Feb. 14, 2000.
- Ocular Prosthetics, Rachel Starr,
Feb. 22, 2000.
- Laparoscopy, Leonard Sherman,
Feb. 22, 2000.
- Human-Based Bioengineered Skin
Substitudes, ThuyDuong Le, Feb. 22, 2000.
- Left Ventricular Assist Device (LVAD),
Karen L. Fandozzi, Feb. 28, 2000.
- Nuclear Medicine: Lung Scan,
Jillyan M. Morano, Feb. 28, 2000.
- Human Genome Project, Shelley A.
Silva, Feb. 28, 2000.
- Minimally Invasive Stereotactic
Neurosurgery, Josh Mundy, March 6, 2000.
- Cellular Grafts, Amy Kobayashi,
March 6, 2000.
- Atrial Septal Defect, Rachel
Starr, Apr. 3, 2000.
- Insertable Loop Recorder, Paul T.
Cabral, Jr., Apr. 3, 2000.
- Harmonic Phase Magnetic Resonance
Imaging, Hoangthi Le, Apr. 3, 2000.
- Gene Therapy Using Viral Vectors,
Tyler Albert, April 17, 2000.
- Arrhythmias and Cardiac Ablation,
Karen L. Fandozzi, April 17, 2000.
- Angiogenesis, Amy Kobayashi, April
24, 2000.
- Digital EEG System frm Grass,
George Dib, April 24, 2000.
- The Gamma Knif, Josh Mundy, April
24, 2000.
- Bilateral Femoral Angiogram,
Jillyan M. Morano, May 1, 2000.
- Zeus Robot Surgical System, Tyler
Albert, May 1, 2000.
- Growth Factors and Tissue Repair,
ThuyDuong Le, May 1, 2000.