Upload
others
View
4
Download
0
Embed Size (px)
Citation preview
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
1
Use of Robotics in Pediatric ApplicationsUse of Robotics in Pediatric ApplicationsGregory AunerGregory Auner
Wayne State UniversityWayne State University
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
2
Micro Robotics
1 cm
Ho, et. Al. IEEE TRANSACTIONS ON ROBOTICS, VOL. 28, NO. 1, FEBRUARY 2012
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
3
Shape Memory Alloy
Super Robotic Senses
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
4
Robotic Senses
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
5
INTEGRATION OF RAMAN SPECTROSCOPY IN ROBOTICS
IncidentLaser Light
Stokes Raman
Rayleigh
Raman Spectroscopy
Laser Light
Anit‐StokesRamanE
S1
Stokes Raman Anti‐Stokes RamanV
S1Virtual VibrationalEnergy Level
hv0 hvrhv0 hvr
hv1S0
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
6
O
H H
Water is not centrosymmetric. Therefore it does not obey rule of mutual exclusion.
H HH H
H HO
HH
OH
HH
H
O
Bend1595 1/cm
Asymmetric3490 1/cm
Symmetric3657 1/cm
Polarizability ellipsoid. Magnitude does not change much. Weakly Raman active.
l h h h l b
Polarizability ellipsoid. Magnitude is changing Raman active.
Polarizability ellipsoid. Magnitude does not change much. Weakly Raman active.
Dipole changes on passing through equilibrium position IR active Dipole changes on passing through equilibrium
position IR active
Dipole changes on passing through equilibrium position IR active
Polarizability Dipole MomentPolarizability Dipole Moment Polarizability Dipole Moment
CO OCarbon dioxide is centrosymmetric. It obeys rule of mutual exclusion: IR active modes are Raman inactive and vice versa
Polarizability is constant passing through an equilibrium position. Raman inactive.
Dipole changes sign. IR active
O O
O OC OO
Bend667 1/cm
Symmetric1388 1/cm
Asymentric2349 1/cm
Polarizability changes passing thorough an equilibrium position. Raman active.
Molecule remains symmetric. No dipole
Polarizability is constant passing through an equilibrium position. Raman inactive.
Dipole changes sign. IR active
OO O O OOC C
moment. IR inactive
Polarizability Dipole Moment Polarizability Dipole Moment Polarizability Dipole Moment
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
7
Tryptophan is an essential amino acid with chemical the formula C11H12N2O2. It has a Molar mass 204.225 g/mol. The distinguishing structural characteristic is that it contains an indole functional group.
Raman Spectraobtained with 785 nm excitation wavelength.
IR Absorbance spectra
Raman Projects
Cancer Tissues
Lung Cancer EsophagusBrain
CancerBreast Cancer
Thyroid
Immune System
T‐CellsHPV MarkersCirculating tumor cells
Stem Cells
Fresh
Frozen
Adeno‐carcinoma
Cancer
Glioma
Tissues
Cancer
Allergy
Trans‐plant
Cervical Cancer
Heart failure
TBI
tumor cells
GBM Cells
Breast Cancer
Cells and Tissues
Follicular Adenoma
Head/Neck
HPV Cervical Tissues
Blood
Saliva
Ovarian Cancer
Pediatric Cancer
Prostate Cancer
Adipose Tissue
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
8
Identifying Small Round Blue TumorsNeuroblastoma, Ewing Sarcoma, Rhabdomyosarcoma, non-
Hodgkin Lymphoma
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
9
Gram Positive BacteriaGram Positive Bacteria Gram Negative BacteriaGram Negative Bacteria
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
10
SpeciesSpeciesGenusGenusFamilyFamilyOrderOrderClassClass
Listeriaceae Listeria L. monocytogenes
Phylum: Firmicutes (Gram‐positive)
Bacilli
Bacillales
monocytogenes
Bacillacea Bacillus B. Subtilis
Staphylococcaceae Staphylococcus S. Aures
Lactobacillales Streptococcaceae Streptococcus S. pyogenes
StrainStrainSpeciesSpeciesGenusGenusFamilyFamilyOrderOrderClassClass
O157
Phylum: Proteobacteria (Gram Negative)
Gamma
Enterobacteriales Enterobacteriaceae
Escherichia E. Coli K99
O111
Salmonella
Typhimurium
Schottmuelleri
Rahnella Aquatilis
Entrobacter AmnigenusGamma Proteobacteria
Entrobacter Amnigenus
Pseudomonadales Pseudomonadaceae Pseudomonas Aeruginosa
Vibrionales Vibrionaceae Vibrio Fluvialis
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
11
S. Aureus and Raman• Raman spectroscopy can…..
l MRSA f S A l i h– rule out MRSA from a S. Aureus sample with approximately 90% certainty
– detect Reduced Vancomycin Susceptibility in an MRSA sample with 95% sensitivity
Penicillin‐binding proteins (PBPs)
PBPs are a group of proteins, characterized for their affinity to penicillin, arefound as both membrane‐bound and cytoplasmic proteins of bacteria.
PBPs are all involved in the final stages of the synthesis of petidoglycan a majorPBPs are all involved in the final stages of the synthesis of petidoglycan, a majorcomponent of bacterial cell walls, and catalyze the formation of peptidecrosslinks between the glycan chains of the cell wall.
Peptidoglycanlayers
Inner plasma membrane
Periplasmic space
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
12
MRSA vs. MSSA
Piezoelectric Haptic Feedback Ring SystemFeatures:• Two Piezoelectric haptic feedback actuators per ring (A)• Finger tip actuator (B)• Finger sizing flexible inner ring (C)
otic Hand Fingertip Sensors
A
• Flexible ring connection points (D)A B C DB
C D
Features:• Piezoelectric haptic sensors on robotic finger (A Top View) (B
Bottom View)• Fingertip Camera System (C)• Fingertip Ultrasound System (D)
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
13
HAPTICS AND ULTRA SENSITIVE TOUCH
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
14
Excimer Laser Micromachining of microgroovesExcimer Laser Micromachining of microgrooves
SAW sensor for liquid applications-6 0
-4 0
2 3 0 2 4 0 2 5 0 2 6 0 2 7 0-1 2 0
-1 0 0
-8 0dB
f (M H z )f (M H z )
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
15
PZT‐5H size Si size Voltage z movement Stroke Volume Theoretical(mm) (mm) (V) (um) ( ml=10‐6 m3) Pump rate at
200Hz (ml/min)0.127x4x4 0.04x5x5 127 4.7 0.0000425 1.020.191x8x8 0.1x10x10 191 9.8 0.00037 8.90.267x12x12 0.12x15x15 267 16.2 0.00137 32.9 0.267x16x16 0.16x20x20 267 20.3 0.00306 73.4
4-D Ultrasound
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
16
Virtual Biopsy by ultrasound(Millimeter Level)
Virtual biopsy by 4‐D UltrasoundVirtual biopsy by 4‐D Ultrasound
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
17
Ultrasonic Holography and CMOS Readout Chip designUltrasonic Holography and CMOS Readout Chip design
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
18
Strike II: Tissue Morphology
Exoskeleton for Enabling
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
19
Exoskeleton- and enabling technology
CNS Implants
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
20
History of Nanotechnology
• ~ 2000 Years Ago – Sulfide nanocrystals used by Greeks and Romans to dye hair
• ~ 1000 Years Ago (Middle Ages) – Gold nanoparticles of different sizes used to produce different colors in stained glass windows
• 1959 “There is plenty of room at the bottom” by R Feynman• 1959 – There is plenty of room at the bottom by R. Feynman
• 1974 – “Nanotechnology” - Taniguchi uses the term nanotechnology for the first time
• 1981 – IBM develops Scanning Tunneling Microscope
• 1985 – “Buckyball” - Scientists at Rice University and University of Sussex discover C60
• 1986 – “Engines of Creation” - First book on nanotechnology by K. Eric Drexler. Atomic Force Microscope invented by Binnig, Quate and Gerbe
• 1989 – IBM logo made with individual atoms
• 1991 – Carbon nanotube discovered by S. Iijima
• 1999 – “Nanomedicine” – 1st nanomedicine book by R. Freitas
• 2000 – “National Nanotechnology Initiative” launched
The future of Robotics?
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
21
Nanoscale Materials Nanoscale materials have feature size less than 100 nm – utilized in nanoscale structures, devices and systemsin nanoscale structures, devices and systems
Nanoparticles and Structures
Silver nanoparticles –Northwestern Univ., 2002
A stadium shaped “quantum corral” made by positioning iron atoms on a copper surface – IBM Corp., 1993.
A 3-dimensional nanostructure grown by controlled nucleation of Silicon-carbide nanowires on Gallium catalyst particles – Univ. of Cambridge, 2007
Gold nanoparticles – TU Dresden/ESRF, 2008
What is Nanotechnology
N h l i h i f f i l i l d i d h h
An engineered DNA strandSemiconducting metal junction formed by two carbon nanotubes
pRNA tiny motor
Nanotechnology is the creation of functional materials, devices and systems, throughthe understanding and control of matter at dimensions in the nanometer scale length(1‐100 nm), where new functionalities and properties of matter are observed andharnessed for a broad range of applications
Pediatrics 2040 Conference – 10/3/2013 4:35 PM – Greg Auner, PhD
22
• Henry Ford Innovation Institute,and the WSU Department of Surgery• Students (Graduate, Medical, & Undergraduate)
H h H i d K l Li
Contributors
– Heather Hanni and Krystal Lia
• Engineers– Alex Cao, Dr. Michelle Brusatori, Dr. Joe Smolinski , Dr.Rachel Kast
• Faculty Dr. Gregory Auner, Dr. Rachel Kast, Dr. Michelle Brusatori
• Pathologistsg– Dr. Rajah Rabah, Dr. Janet Poulik, Dr. Volkan Adsay, Dr. Fred Miller
• Surgeons– Dr. Madhu Prasad, Dr. Mike Simof, Dr. Scott Gruber, Kristan Brown, Dr. Michael Klein, Dr.
Donald Weaver,, Dr. Chris, And many Others
Questions?