Cumulative Table of Contents 1992-present
Downloadable PDF Versions of MT Issues are made available ~ 6 months after publication

Year - Volume - Issue
Author / Title
Vol: 16 # 4

July 2008
CarmichaelHow Much Force Does it Take to Move an Atom on a Surface?
Heyd and BirmannsBeyond the Black Box: Interactive Global Docking of Protein Complexes
HetznerComparing Binary Image Analysis Measurements - Euclidean Geometry, Centroids and Corners
Pitts and StewartConfocal Laser Microscopy on Biofilms: Successes and Limitations
R. Young et al.Extreme High-Resolution SEM: A Paradigm Shift
Zhao et al.Testing Parameters for Two-Dimensional Crystallization and Electron Crystallography on Eukaryotic Membrane Proteins with Liposomes as Controls
Deneen Nowak, Shan and WarrenA New Perspective on Mechanical Testing: In Situ Compression in the TEM
Patterson,Havrilla and DeFriendConfocal Micro X-Ray Fluorescence: A New Paradigm in Materials Characterization
Gorman et al.Hardware and Techniques for Cross-Correlative TEM and Atom Probe Analysis
PasolliImaging Skin Epidermal Stem Cells: A Review
Colby & WardSignature Analysis Applied to EDS Microanalysis
TaylorCryo-Fracture or Freeze-Fracture, a Method to Expose Internal Tissue Surfaces and Cell Surfaces for Viewing in the Scanning Electron Microscope
Mighela et al.SEM Remote Control with a 3D Option
Dusevich, Purk & EickColoring Pictures for Electron Microscopists or Elements of Digital Image Manipulation for Students
~Industry News
NetNotesTOPICS
~NetNotesSPECIMEN PREPARATION - acetonitrile as a dehydration agent
~NetNotesSPECIMEN PREPARATION - wicking or blotting grids
~NetNotesSPECIMEN PREPARATION - sample mounting
~NetNotesSPECIMEN PREPARATION - drying carbon paint for SEM
~NetNotesSPECIMEN PREPARATION - dispersing particle for SEM
~NetNotesSPECIMEN PREPARATION - sputter coating
~NetNotesSPECIMEN PREPARATION - coating for SEM
~NetNotesSPECIMEN PREPARATION - evaporating thick Al layers
~NetNotesIMMUNOCYTOCHEMISTRY - brain tissue for EM
~NetNotesDIGITAL IMAGING - resolution
~NetNotesEM - algae in chiller
~NetNotesEM - maximum length of vacuum lines
~NetNotesEM - magnetic interference from UPS
~NetNotesEM - filament life
~NetNotesTEM - FFTs in focusing and removing objective astigmatism
~NetNotesSEM - low keV imaging
~NetNotesSEM - interference
~NetNotesSEM - digital camera
~NetNotesEDX problems
~Advertisers Index
Vol: 16 # 3

May 2008
CarmichaelLooking at Proteins Interacting and Folding inside Cells
Doyle, Amato & ChristnerLife In and Under the Antarctic Ice Sheets
St. Jeor, et al.Identifying Foreign Material Contamination in Food and Food Ingredients
Tsung, et al.Development of TV-rate CCD Cameras for in-situ Electron Microscopy
Colby & WardSignature Analysis Applied to EDS Microanalysis
Todd, et al.Automated Image Acquisition of Polymer Blend Morphology in an SEM
Carpenter & BridgesSurface Preparation of Uranium by Ion Milling
Bond & HardacreUsing Iodine Vapour Staining to Visualize Starch Distribution in a Dry, Extruded Food
Hou & LiA Method to Characterize and Correct Elliptical Distortion in Electron Diffraction Patterns
Gorb, Voigt, & PeiskerInsect Epicuticular Grease Visualised by Scanning Probe Microscopy
Perkins, Blom, McComb, & AllardFunctional Collaborative Remote Microscopy: Inter-Continental Atomic Resolution Imaging
Eades & DealWhy is it Difficult to Simulate EBSD Patterns Accurately?
Schamp, Valdez, & GazdaQuick Sample Preparation and EFTEM Elemental Characterization of FAB Based Defects
~Industry News
NetNotesTOPICS
~NetNotesSPECIMEN PREPARATION - coloring Epon
~NetNotesSPECIMEN PREPARATION - heat fixation of bacteria
~NetNotesSPECIMEN PREPARATION - SEM of smooth muscle
~NetNotesSPECIMEN PREPARATION - fungi for SEM
~NetNotesSPECIMEN PREPARATION - cross section polishing for SEM
~NetNotesSPECIMEN PREPARATION - Labeling SiO2 particles
~NetNotesSPECIMEN PREPARATION - quantum dots for EM
~NetNotesSPECIMEN PREPARATION - immunogold staining of DNA and chitosan
~NetNotesMICROTOMY - picking up cryosections
~NetNotesIMMUNOCYTOCHEMISTRY - permeabilization
~NetNotesIMMUNOCYTOCHEMISTRY - colloidal gold
~NetNotesIMAGE PROCESSING - false color images LOW
~NetNotesIMAGE ANALYSIS - LOW
~NetNotesTEM camera problems
~NetNotesFESEM - exploding ceramics
~NetNotesESEM - filament degradation
~NetNotesScanning He-ion microscope
~NetNotesEDS - accuracy of thin film measurements
~NetNotesEDS - analysis on thin contaminant layer
~NetNotesEDS - effect of beam alignment on results MEDIUM
~NetNotesSILICON DRIFT DETECTORS - element mapping
~NetNotesINSTRUMENTATION - diffusion pump
~Advertiser's Index
Vol: 16 # 2

March 2008
CarmichaelMicroscopy used to Show how Spiders Hide!
O'Hara, Brown, and LochnerImproving EDS For Low Energy X-Rays Under 1000eV Using an Attachable Detector Optic
Lysenkov and MonigleUnique Minilens Cooling System Results in a Compact TEM
ChapmanSimplification and Variation in TEM Focus Techniques
Hariharan, et al.Extending Depth of Field in LC-SEM Scenes by Partitioning Sharpness Transforms
Carr and MalloyNanoparticle Measurement Through Visualisation
SturmMicroscopy and Microanalysis of Corona Textures in Eclogitic Greenschists from the Eastern Alps, Austria
PiperWide Field and Deep Focus imaging in Photomicrography Optical and Software-Based Techniques
Chatterjee, et al.A Simple Method for Imaging DNA using SEM
Croccolo and RiccardiPassive Mirror Imaging through a Solid-State Back-Scattered Electron Detector
Rao, et al.Modified Cryo-Preparation for Studying Salt Glands in the Turf Grass Zoysia matrella
TringElectron Microscopy Vacuum Pump Basics
ErdosMSA Tutorials Videos
~Industry News
NetNotesTOPICS
~NetNotesSPECIMEN PREPARATION - embedding pine needles
~NetNotesSPECIMEN PREPARATION - softening hard tissues
~NetNotesSPECIMEN PREPATION - SEM of wires encased in polyurethane
~NetNotesSPECIMEN PREPARATION - etchants for 6xxx aluminum
~NetNotesSAMPLE PREPARATION - Ni in double-sticky carbon dots
~NetNotesMICROTOMY - problems cutting serial thick sections
~NetNotesMICROTOMY - sectioning seeds
~NetNotesMICROTOMY - multilayer film
~NetNotesMICROTOMY - polymer films and hard particles
~NetNotesLM - arc lamps and electromagnetic fields
~NetNotesINSTRUMENTATION - plasma cleaners
~NetNotesINSTRUMENTATION - sputter coater maintenance
~NetNotesINSTRUMENTATION - large capacity water tap filters
~NetNotesINSTRUMENTATION - chiller pump and lifting power
~NetNotesINSTRUMENTATION - ion getter pump longevity
~NetNotesLM - infinity corrected objectives
~NetNotesEELS - carbon contamination
~NetNotesRUTHERFORD BACKSCATTERING SPECTROSCOPY - elemental composition
~NetNotesCATHODOLUMINESCENCE DETECTOR - magnification
~NetNotesProject MICRO: New Sandbox Contact
~Advertiser's Index
Vol: 16 # 1

January 2008
PDF File
CarmichaelMicroscopy Used to Discover New, Cool Mineral!
Ichinokawa, et al.Material Contrast of Scanning Electron and Ion Microscope Images of Metals
Hong and GhoshEffective Cell Identification and Segmentation in Fluorescence Microscopy with New Fluorescent Whole Cell Stains
Rowlands, et al.Giving your SEM or FIB a Helping Hand
MacNeil and McMillanAn Introduction to 3D Microscopy Techniques
Wang, at al.Scanning Transmission Electron Microscopy for Critical Dimension Monitoring in Wafer Manufacturing
Kalinin, et al.Nanoelectromechanics of Inorganic and Biological Systems: From Structural Imaging to Local Functionalities
SchwarzerSpatial Resolution in ACOM-What Will Come After EBSD
NingLab-Tek Chamber Slide for TEM Prep: A Simple, Rapid, and Reliable Protocol for In Situ Embedding Monolayer Cell Cultures in Epoxy and LR White Resin
Gass and PorterImaging Carbon Nanoparticles in Cells
Coudray, et al.Automatic Acquisition and Image Analysis of 2D Crystals
~Industry News
NetNotesTOPICS
~NetNotes SAMPLE PREPARATION - osmium ignition
~NetNotes SAMPLE PREPARATION - wood for TEM
~NetNotes SAMPLE PREPARATION - perchloric acid hazards
~NetNotes SAMPLE PREPARATION - differential polymer staining
~NetNotes MICROTOMY - alternative ultramicrotome knives
~NetNotes IMAGE ANALYSIS - stitching high-resolution microscope images
~NetNotes IMMUNOCYTOCHEMISTRY - adherent cells
~NetNotes IMMUNOCYTOCHEMISTRY - pre-embedding tissue cultures
~NetNotes TEM: Objective aperture vs. EFTEM
~NetNotes TEM - alignment problem
~NetNotes TEM - lattice fringes
~NetNotes TEM - micelle solutions
~NetNotes TEM - ice contamination
~NetNotes EDX - plants and seeds
~NetNotes EDX - biological sample
~Advertiser's Index
Vol: 15 # 6

November 2007
PDF File
Carmichael and SchoenwolfEstablishing the Initial Embryonic Axis
Prikhodko, et al.Beyond Death: Forensic Investigations of pre-Columbian Mummies from the Tarapaca Valley, Chile, Using Variable Pressure SEM and Raman Spectroscopy
Scipioni, Stern, and NotteApplications of the Helium Ion Microscope
Rohde and CamusMethods of Maximizing X-ray Detection in SEMs
Hidrovo and LundyThree Dimensional Imaging of Structure and Flow--Critical to Advances in Microfluidics
Phatak and De GraefIs a Cs Corrector Necessary for Lorentz Vector Field Tomography?
Fejeran, et al.TEM of Bacteriophages Found in Marine Sources
GerminarioNanoscale Thermal Property Characterization of Automotive Polymer Coatings
MacMahon and Raz-MoyalComputer-Controlled Polishing System For Preparing Multiple Pre-FIB TEM Specimens
BeauregardTungsten Filament Heating Effects
Strohmeier, et al.The Database Solution to Particle-by-Particle Analysis of Mixed Mineral Dusts
LeonardTable Top SEM Utilization in a High School Nanotechnology Course
SchooleyMicroscopy for Children
~Industry News
~NetNotesTOPICS
~NetNotes SAMPLE PREPARATION - staining lipids for TEM
~NetNotes SAMPLE PREPARATION - staining polysaccharides for TEM
~NetNotes SAMPLE PREPARATION - Thermanox coverslip
~NetNotes SAMPLE PREPARATION - dewaxing leaf surface for SEM
~NetNotes SAMPLE PREPARATION - osmium tetroxide on Lowicryl sections
~NetNotes SAMPLE PREPARATION - premature polymerization
~NetNotes SAMPLE PREPARATION - Au on C and Al/W dendrites
~NetNotes SAMPLE PREPARATION - sputter coater glass chamber
~NetNotes SAMPLE PREPARATION - sputter coater thickness
~NetNotes EM - Wi-Fi and RF interference
~NetNotes TEM - contamination
~NetNotes SEM - tilt correction
~NetNotes SEM - wt% or atom%?
~NetNotes SEM - secondary electron detection
~NetNotes EDX - SDD detectors
~NetNotes ELECTRON DIFFRACTION
~NetNotes XRF in SEM-ED
~NetNotes GENERAL TECHNIQUES - canned air
~Advertiser's Index
Vol: 15 # 5

September 2007
PDF File
Carmichael and RemsteinDirecting Traffic in Lymph Nodes
Nowell and CarpenterMulti-Length Scale Characterization of the Gibeon Meteorite using Electron Backscatter Diffraction
LichSEM Provides Critical Process Information in Pharmaceutical Applications
Ishizuka et al.Optimal Noise Filters in High-Resolution Electron Microscopy
Morgan, Gleason and VaneQuantification of Contaminant Removal by Evactron Cleaning Using Quartz Crystal Thickness Monitors
Feinberg and FialaReconstructing What Was: Software Applied to Serial Section TEM
RomeroOvercoming Challenges in Material Science Testing with the use of Large Specimen SEM Analysis
SturmMicroscopic analysis of magmatic crystals Part 2: A SEM study of the stability of accessory zircon under increasing metamorphic conditions
FangSpecimen Preparation for SEM Examination of Thin Polymer Films
Hing et al.Applications of Focused Ion Beam (FIB) on Yeast Cell & SARS Virus
Saenz et al.Advanced Metallographic Techniques Applied to Diesel Particulate Filters
SharmaNew Approaches to Managing, Marketing, and Money for Maintaining a Core Facility (4Ms)
~Part 3: Marketing and Managing a Research Core/Facility
JeromeThe Beginnings of the Southeastern Microscopy Society
~NetNotesIndustry News
~NetNotesTOPICS
~NetNotesSPECIMEN PREPARATION - colloidal gold conjugation of proteins
~NetNotesSPECIMEN PREPARATION paraffin dewaxing
~NetNotesSPECIMEN PREPARTION measuring resin components
~NetNotesSPECIMEN PREPARATION fixation of low pH extremophiles
~NetNotesSPECIMEN PREPARATION UV polymerization
~NetNotesSPECIMEN PREPARATION - SEM glue without carbon
~NetNotesTEM calibration
~NetNotesTEM - 120 Kev vs 200 Kev instruments
~NetNotesTEM cause of specimen damage
~NetNotesTEM & SEM terminology - kV or keV?
~NetNotesELECTRON MICROPROBE - carbon coater
~NetNotesSEM/EDX - thin film thickness measurement
~Advertiser's Index
Vol: 15 # 4

July 2007
PDF File
CarmichaelProbing Individual Proteins in Unsupported Membranes
RietmeijerMicrobeam Analyses of the Most Challenging Extraterrestrial Samples Ever Returned
Anderson and FosterMicroscopy Today 2007 Salary Survey Results
SolebelloFibrous Sepiolite Use As An Asbestos Substitute: Analytical Basics
Neijssen, Lich, & CarlesonLow Vacuum SEMs: Latest Generation Technologies and Applications
PiperLuminance Contrast – a New Visible Light Technique for Examining Transparent Specimens
Favret, Fuentes,& FerreroTemporal Evolution of Incipient Damage on Metallic Surfaces Analyzed by Unidirectional Laser Oblique Illumination (ULOI)
ClarkeMultimode Trans-Illuminator for the Stereomicroscope
Rodriguez and SullivanNew Approaches to Managing, Marketing, and Money for Maintaining a Core Facility -- Developing a Financial Plan for the Long-term “Care and Feeding” of Major Equipment
BrooksThe College of Microscopy - Meeting Rapidly Growing Microscopy Demands
AhlstrandGetting Epoxy Semi-Thin Sections to Stick to Glass Slides
BestSEM Stub Holders for Sputter Coating at 90° Tilt
StraszheimDigital Cameras and the TEM
BeanlandSilicon Cross-Section Sample Preparation (Cleaving)
~Industry News
~NetNotesTOPICS
~NetNotesSPECIMEN PREPARATION - cell cultures and aldehyde fixatives
~NetNotesSPECIMEN PREPARATION - lung tissue
~NetNotesSPECIMEN PREPARATION - enhancing contrast of mitochondria
~NetNotesSPECIMEN PREPARATION - plant fixation
~NetNotesSPECIMEN PREPARATION - cacodylate vs. phosphate buffer
~NetNotesSPECIMEN PREPARATION - myelin osmication
~NetNotesSPECIMEN PREPARATION - alternative to uranyl acetate stain
~NetNotesSPECIMEN PREPARATION - lead citrate and block staining
~NetNotesSPECIMEN PREPARATION - dehydration of molds
~NetNotesSPECIMEN PREPARATION - ruthenium oxide
~NetNotesSPECIMEN PREPARATION - bacterial flagella
~NetNotesSPECIMEN PREPARATION - bacterial samples for SEM
~NetNotesSPECIMEN PREPARATION - cationic dyes for bacterial visualization in SEM
~NetNotesSPECIMEN PREPARATION - progressive lowering of temperature technique
~NetNotesSPECIMEN PREPARATION - metal shadow casting of DNA
~NetNotesSPECIMEN PREPARATION - cross-sectioning packaging film
~NetNotesSPECIMEN PREPARATION - aluminum evaporation
~NetNotesSPECIMEN PREPARATION - sputter coating
~NetNotesSPECIMEN PREPARATION - humidity levels
~NetNotesIMAGING - digital compression
~NetNotesXTEM - surface densities of particles
~NetNotesSEM - smooth, low-Z substrates
~NetNotesSEM - imageing on glass
~NetNotesSEM - aluminosilicate and BSE
~NetNotesSEM - intermittent vacuum leak
~NetNotesSTEM-EDX
~NetNotesEDS - carbon contamination
~NetNotesELECTRON DIFFRACTION - instability
~NetNotesELECTRON DIFFRACTION - orientation of the diffraction pattern
~Advertisers Index
Vol: 15 # 3

May 2007
PDF File
CarmichaelIlluminating the Formation of Lumens
MardinlyMoore's Law: A Review of Feature Size Shrinkage and its Effect on Microscopy in the Semiconductor Industry
GauglerAn SEM Analysis Of Amphipleura pellucida with New Findings
ReuThe Proposed Doppler Electron Velocimeter and the Need for Nanoscale Dynamics
DobbieResolution and Sampling in Digital Imaging
PiperUse of Astronomy Filters in Light Microscopy and Photomicrography
SturmAnalyzing the Growth of Magmatic Crystals An Electron Microprobe Analysis Study
Stuurman, Amdodaj and ValeManager: Open Source Software for Light Microscope Imaging
Ellis and PendletonVapor Coating: A Simple, Economical Procedure for Preparing Difficult Specimens for Scanning Electron Microscopy
Dusevich and EickStudents and the SEM: The First Encounter
Stoks and GroenThe Magnification Myth
Griffin andPlattenQuality Controls on SEM Performance: A Novel Reference Sample
~Industry News
~NetNotesTOPICS
~NetNotesSPECIMEN PREPARATION - LR White polymerization
~NetNotesSPECIMEN PREPARATION - pollen grains
~NetNotesSPECIMEN PREPARATION - tripod polishing problems
~NetNotesSPECIMEN PREPARATION - ruthenium tetroxide staining recipe
~NetNotesSPECIMEN PREPARATION - embedding mouse lens & eye
~NetNotesSPECIMEN PREPARATION - pre-embedding cells in agar
~NetNotesSPECIMEN PREPARATION - annealing tantalum
~NetNotesIMMUNOCTYOCHEMISTRY - BSA purity for use as blocking agent
~NetNotesIMAGE ANALYSIS - phase analysis
~NetNotesPHOTOGRAPHY - neutral density filters
~NetNotesDARKROOM - uneven printing
~NetNotesCAMERAS - CMOS versus CCD
~NetNotesMICROSCOPY - analysis of paper
~NetNotesLM - Koehler illumination
~NetNotesLM - calibration standard Z direction
~NetNotesEM - field sources
~NetNotesTEM - cleaning Pt apertures
~NetNotesTEM - free lens control
~NetNotesSEM - takeoff angle
~NetNotesSEM - shorted lead wires - current contrast?
~NetNotesSEM - lines on slow scan/capture
~NetNotesElectron beam simulation
~Index of Advertisers
Vol: 15 # 2

March 2007
PDF File
CarmichaelMicroscopy Reveals Early Neolithic Dentistry
Hooper-McCarty and FoeckeMicroscopic Analysis of Metal Recovered from the Wreck of RMS Titanic
Ngo, Hernandez, Roth, and JoySTEM Imaging of Lattice Fringes and beyond in a UHR In-Lens Field-Emission SEM
Dunning and StothardFrom the McArthur to the Millennium Health Microscope (MHM): Future Developments in Microscope Miniaturization for International Health
Philip and ShillingtonA Novel Technique of Hair Removal to Examine the Cuticle of Arthropods
LichSite Specific Three-dimensional Structural Analysis in Tissues and Cells Using Automated DualBeam Slice &View
Little and BorahFeature Characterization of Microfluidic Channels Created Using Direct Laser Ablation
PlatusNegatice Stiffness Vibration Isolation Technology for Nanotechnology
NizetImproving Membrane Staining of Cultured Cells Using Ferrocyanide as a Post-Fixative
SchwarzerThe Preparation of Mg, Cd and Zn Samples for Crystal Orientation Mapping with BKD in an SEM
GorbVisualisation of Native Surfaces by Two-Step Molding
Johannessen, Llewellyn, Kluth, and RidgwayCold Temperature Preparation of XTEM Specimens of Embedded Metallic Nanoparticles
~Industry News
~NetNotesTOPICS
~NetnotesSAMPLE PREPARATION - frozen tissue for TEM
~NetnotesSAMPLE PREPARATION - fixation of whole mosquitoes
~NetnotesSAMPLE PREPARATION - fixation for mitochondria
~NetnotesSAMPLE PREPARATION - fixation of mouse brain tissue
~NetnotesSAMPLE PREPARATION - purpose of PVP
~NetnotesSAMPLE PREPARATION - maleate buffers
~NetnotesSAMPLE PREPARATION - Vibratome sections
~NetnotesSAMPLE PREPARATION - LR White polymerization problem
~NetnotesSAMPLE PREPARATION - SEM of cells without critical point drying
~NetnotesSAMPLE PREPARATION - SEM of cells in monolayer
~NetnotesSAMPLE PREPARATION - SEM of Zebra fish
~NetnotesSAMPLE PREPARATION - critical point drying
~NetnotesMICROTOMY - cryo-ultramicrotomy
~NetnotesMICROTOMY - specimen advance
~NetnotesLM - S waves in phase contrast optics
~NetnotesLM - 3-D reconstruction from serial paraffin sections
~NetnotesMICROSCOPY - LASIK, floaters, and posterior vitreous detachment
~NetnotesTEM - defect density threshold
~NetnotesTEM - effect of high temperature on grids
~NetnotesTEM - cleaning a LaB6 emitter
~NetnotesTEM - power line and stray field shielding
~NetnotesSEM - solid state versus a scintillator
~NetnotesSEM - low vs. high vacuum mode
~NetnotesSEM - beam penetration
~NetnotesEBL/ PMMA Mask
~Index of Advertisers
Vol: 15 # 1

January 2007
PDF File
CarmichaelWhy Penguin Beaks are Sexy!
Schamber and van BeekA 'Different' Kind of Microscopy
McArdleMicrowave Myths and Tissue Processing
Thesen, et al.Recent Developments in CrossBeam(R) Technology
Killgore, et al.Heated-Tip AFM: Applications in Nanocomposite Heated-Tip AFM: Applications in Nanocomposite Polymer Membranes and Energetic Materials
Cuti and JabbarAutomated S/TEM Sample Preparation for Semiconductor Process Support
ElliottSerial Sectioning via Microtomy (or, How To Get Over 100 Consecutive Serial Sections On One TEM Gird)
Mitterbauer, Browning, and DeshmukhA Combined In-situ and Electron Tomography Holder for (S)TEM
RideoutInfrared Laser Confocal Microscopy: Fast, Flexible, Cost-Effective Inspection and Metrology Tool for Microelectronic Manufacturing
ShermanNew Approaches to Managing, Marketing, and Money for Maintaining a Core Facility
HumphreyPart Ia: Case Study: Strategic plan for an EM Facility
BlewettPart Ib: How to Make a Business Plan for Facility Maintenance and Growth
LeunissenA Note on Storing and Testing Gold Conjugates
SongCross-sectional TEM Sample Preparation for Nanowires or Porous Films Grown on a Substrate
~New & Interesting at Cell Biology and Industry News
~NetnotesTOPICS
~NetnotesSAMPLE PREPARATION - buffers for fixation
~NetnotesSAMPLE PREPARATION - high pH buffer for fixation
~NetnotesSAMPLE PREPARATION - cells grown on collagen gels
~NetnotesSAMPLE PREPARATION - preservation of microbes in external mucous
~NetnotesSAMPLE PREPARATION - charcoal and wood
~NetnotesSAMPLE PREPARATION - embedding wood
~NetnotesSAMPLE PREPARATION - propylene oxide vs. acetone
~NetnotesSAMPLE PREPARATION - LR White flat embedding
~NetnotesSAMPLE PREPARATION - LR White contrast
~NetnotesSAMPLE PREPARATION - previously frozen tissues
~NetnotesSAMPLE PREPARATION - embedding acrylamide gel
~NetnotesSAMPLE PREPARATION - oil-in-water nanoemulsion
~NetnotesSAMPLE PREPARATION - cross section of multilayers on stainless substrate
~NetnotesSAMPLE PREPARATION - negative staining with ammonium molybdate
~NetnotesLM - dark field microscopy
~NetnotesLM - phase contrast vs. dark field
~NetnotesTEM - digital cameras
~NetnotesCrystallographic indices
~NetnotesEBSD - sharpness
~NetnotesEBIC vs. SE
~Index of Advertisers
Vol: 14 # 6

November 2006
PDF File
CarmichaelMicroscopes in Art Galleries?
Nowell, Chui-Sabourin., and Carpenter.Recent Advances in High-Speed Orientation Mapping
PiekosDiffracted Light Contrast: Improving the Resolution of a Basic Light Microscope by an Order of Magnitude
Smentkowski, et al.Nature's Engineering Marvels: the Structure and Chemistry of a Butterfly Wing
HaslingIntegrating High Resolution Light Microscopy and Real Time Observation of Fluorescent Labels
MoberlyChan, Felter & WallSurface Rippling & Ion Etch Yields of Diamond Using a Focused Ion Beam: With or Without Enhanced-Chemistry, Aspect Ratio Regulates Ion Etching
Li and DravidInternet-Based Administration of Shared Instruments with Facility Online Manager
StevensAndrew Paul Leonard: Capturing the Cover of Time Magazine
SubramanianStreamlining the Modern Lab
Cole, et al.Intermediate Magnification Imaging System for Whole Organs/Organisms
Streiker and SmithThe NEST Laboratory: The Art of a Multi-User Facility
BaskinButyl-methyl-methacrylate for Immunocytochemistry Through the Light Microscope
SpitalerHow To Stick Loosely Adherent Cells To Glass Slides
AndersonJust Say NO to Microtoming Silicon!
~Industry News
~NetNotesTOPICS
~NetNotesSPECIMEN PREPARATION - ventricle embedding problem
~NetNotesSPECIMEN PREPARATION - sample preparation polymer blend
~NetNotesSPECIMEN PREPARATION - Staining starch in sections
~NetNotesSPECIMEN PREPARATION - staining methods
~NetNotesSPECIMEN PREPARATION - Thiocarbohydrazide
~NetNotesSPECIMEN PREPARATION - cotton fibers
~NetNotesIMMUNOCYTOCHEMISTRY - Immunogold labeling & SEM
~NetNotesIMMUNOCYTOCHEMISTRY - testing colloidal gold
~NetNotesIMAGE ANALYSIS - object size
~NetNotesEM - Venting EM Chambers
~NetNotesTEM - electron diffraction
~NetNotesTEM - Nickel grids & EDX
~NetNotesSEM - Back scattered electrons and edge effects
~NetNotesSEM - Backscattered electron images
~Index of Advertisers
Vol: 14 # 5

September 2006
PDF File
CarmichaelWhen Did Agriculture Begin?
J. R. Michael, et al.Microscopy and Microanalysis of Nano-Scale Materials
XF Zhang and KaminoImaging Gas-Solid Interactions in an Atomic Resolution Environmental TEM
Harris and VastenhoutImproved Sectioning of Polymers Using an Oscillating Diamond Knife for Transmission Electron Microscopy
Anderhalt and SwensonApplications for Automated Particle Analysis
SanchezElectromagnetic Simulation Optimizes Design of a Sub-20 nm Resolution Optical Microscope
LiJECPa Java Electron Crystallography Project
Yount, et al.Preparation of the Yeast Pichia pastoris for Transmission Electron Microscopy
GorbFly Microdroplets Viewed Big: a Cryo-SEM Approach
HazeltonQuantification of Virus Suspensions by Direct Particle Counting
ClarkeOlympus E330 DSLR for Photomicrography with Older Design Microscopes
Z ZhangMulti-Axial Stage for a Stereo Dissecting Microscope
EllisA Simplified Method for Formulation of Epoxy Resin Embedding Media
RayA Simple Cleaning Method for Penning Gauges
HazeltonNegative Stains/Staining 2.5 mM Phosphotungstic Acid, 25g/mL Bacitracin, pH 7.0
HazeltonAgar Diffusion
~New and Interesting at M&M-2007
~Industry News
~NetNotesTOPICS
~NetNotesIMMUNOCYTOCHEMISTRY Colloidal gold
~NetNotesIMMUNOCYTOCHEMISTRY - Hydrofluoric acid and LR White
~NetNotesSAMPLE PREPARATION - Flat embedding
~NetNotesSAMPLE PREPARATION - glow discharge
~NetNotesSAMPLE PREPARATION - microwave processing
~NetNotesSPECIMEN PREPARATION high vacuum issues with carbon evaporator
~NetNotesTEM - image diffraction pattern rotation
~NetNotesTEM - Darkfield imaging
~NetNotesTEM - Wehnelt assembly
~NetNotesTEM powder sample preparation
~NetNotesSEM - critical point drying insects
~NetNotesSEM - Observation of polymers morphology
~NetNotesSEM - electromagnetic fields
~NetNotesSEM - Critical Point Drier solvents
~NetNotesMICROANALYSIS - X-ray emission table
~Index of Advertisers
Vol: 14 # 4

July 2006
PDF File
Carmichael and RosenblattImaging New Paths for Malarial Parasites
Barabe, Martin, Schumacher, Swider, and TeetsovExamination of the Gospel of Judas Using An Integrated Approach to Ink Characterization
Potsaid and WenActive Optics Improve Microscope's Field of View
Morgan, Notte, R. Hill, WardAn Introduction to the Helium Ion Microscope
EllisSolutions to the Problem of Substitution of ERL 4221 for Vinyl Cyclohexene Dioxide in Spurr Low Viscosity Embedding Formulations
Kelly, Thompson, Marquis, and LarsonAtom Probe Tomography Defines Mainstream Microscopy at the Atomic Scale
LachicaKeeping Life in Focus New Systems Prevent Z-axis Drift in Time Lapse Studies
Tarr, Nishikida, and IzziaInfrared Chemical Imaging: Semi-Quantitative Analysis of Components
SheffieldCreating Pseudocolor Images using ImageJ
West, and StarostinaNanoparticle Visualization with an AFM
Grandy and KjollerThe Identification of Particles in a Polymer Film Using Nano-Thermal Analysis
Vane and CarlinoEnvironmental Contamination Sources and Control in High Resolution Scanning Electron Microscopy
GanWater -- A Clean "Glue" to Attach Hydrophilic Plates to an AFM Sample Stage
StanleyProtect Your Detectors
ShermanDissolving Osmium Tetroxide the Easy Way
~Industry News
~NetNotesTOPICS
~NetNotesSAMPLE PREPARATION - Critical point drier valves
~NetNotesSAMPLE PREPARATION - negative staining enterococci
~NetNotesSAMPLE PREPARATION - dispersing powder samples
~NetNotesSAMPLE PREPARATION - metallic glasses
~NetNotesSAMPLE PREPARATION - Time course experiment
~NetNotesSAMPLE PREPARATION - Formvar film problems
~NetNotesSAMPLE PREPARATION - Solvents that do not affect Formvar
~NetNotesSAMPLE PREPARATION - Gelatin as the embedding media
~NetNotesSAMPLE PREPARATION - neutralizing glutaraldehyde
~NetNotesMICROTOMY - Diamond knife damage
~NetNotesMICROTOMY - JB-4 resin
~NetNotesMICROTOMY - sections moving around
~NetNotesMICROTOMY - Biofilms on latex
~NetNotesLM - field of view
~NetNotesLM - quantitative fluorescence
~NetNotesTEM - lead citrate
~NetNotesTEM - immunolocalization
~NetNotesSEM - roots for EM
~NetNotesSEM - imaging sample with magnetic substrate
~NetNotesSEM - ultrafiltration membranes
~NetNotesSEM - red blood cells
~NetNotesEM - platinum nanoparticles
~NetNotesLM - fluorescence in plastic resins
~NetNotesTEM - viral particles
~NetNotesMICROSCOPY - imaging carbon nanotubes
~NetNotesMICROSCOPY - imaging protein crystals
~Index of Advertisers
Vol: 14 # 3

May 2006
PDF File
CarmichaelTeaching Old Microscopes New Tricks
Rueden and EliceiriVisBio: a Flexible Open-Source Visualization Package for Multidimensional Image Data
Kankaanpaeae et al.BioImageXD - New Open Source Free Software for the Processing, Analysis and Visualization of Multidimensional Microscopic Images
LittleNovel Developments in High-Frequency Micro-Ultrasound Imaging
Erdman, Campbell, and AsahinaPrecise SEM Cross Section Polishing via Argon Beam Milling
Scouten,O'Connor, & CunninghamPerfusion Fixation of Research Animals
Mulders, and GholiniaThree-Dimensional Crystallographic Analysis Beyond EBSD Mapping: The Next Dimension
McMahon and AlsoussImproved Cutting of One-Micron Plastic Sections using Qwick Glass Knives
MorrisThe Scanning of Colour and B&W Film and Photographs for Image Processing, Analysis and Archiving - On a Tight Budget
ChernoffA Comment on AFM vs. Replicas for High Resolution Imaging
Cohen-GouldEmbedding Cultured Cells Grown in Well Plates
Connelly & RuggieroFlies in a Box
GarshaA Comment on using FLIM with FRET
SchooleyMicroscopy for Children
~New and Interesting at PITTCON & Industry News
~NetNotesTOPICS
~NetNotesLM - floaters
~NetNotesSAMPLE PREPARATION - viral particles
~NetNotesSAMPLE PREPARATION - cell culture preparation
~NetNotesSAMPLE PREPARATION - propylene oxide
~NetNotesSAMPLE PREPARATION - MgO preparation and Fe oxidation
~NetNotesMICROTOMY - cleaning grids
~NetNotesMICROTOMY - section thickness
~NetNotesIMMUNOCYTOCHEMISTRY - nanogold in semithin sections
~NetNotesEM - microscope cooling lines
~NetNotesEM - operating voltage
~NetNotesTEM - Replicas
~NetNotesTEM - carbon post-coating
~NetNotesEDS - Low Z peak pileup
~Index of Advertisers
Vol: 14 # 2

March 2006
PDF File
CarmichaelMicroscopes Reveal Prehistoric High Technology
Reffner and LearyThe Influence of Microspectroscopy on Evaluating and Analyzing Forensic Evidence
HubertThe Value of S/TEM: Matching Solutions, Applications, and Economics
SeraphinBrief Review: Basic Properties and Applications of Carbon Nanotubes
Linton, Farmer, & TriemerAssessing Microalgal Morphology from Century-Old Herbarium Sheets using SEM
EadesMicroscopy in Ecuador
WalckOvercoming Severe XEDS Peak Overlaps with the AEM
Jones and ReidA Comparison of Photomicrographs Imaged Through a Late 18th C. Thomas Ribright, Cuff-Type, Brass Microscope and a Modern Olympus Optical Microscope
ZaluzecComputationally Mediated Experimental Science
MelmedThe Day Atomic Resolution Microscopy Happened
HertzlerRhodamine Fluorescence After 15-year Storage in Methyl Salicylate
Heckman,Cayer, and VargheseWhen Point To Point Is Not Enough
MagerMaking Replicas of Surfaces for TEM and SEM
~Industry News
~NetNotes - Topics
~NetNotesLM - Refractive index of organelles
~NetNotesIMMUNOCYTOCHEMISTRY - Permount and FITC
~NetNotesIMMUNOCYTOCHEMISTRY - Bacterial permeabilization
~NetNotesTEM SAMPLE PREPARATION - Embedding tissue culture cells
~NetNotesTEM SAMPLE PREPARATION - making PVA and PVAH adhesives
~NetNotesMICROTOMY - Cleaning copper grids
~NetNotesMICROTOMY - Glue for serial sectioning
~NetNotesMICROTOMY - Making Formvar films
~NetNotesTEM SAMPLE PREPARATION - Negative staining pili
~NetNotesSEM SAMPLE PREPARATION - Critical point drying
~NetNotesSEM SAMPLE PREPARATION - Magnetic etching
~NetNotesSEM - Image distortion
~NetNotesTEM - LR White contrast
~NetNotesTEM - Colloidal Silica Particle Size Distribution)
~NetNotesTEM- Beam problem
~NetNotesTEM - Starting ion pumps without cooling water
~NetNotesEDS - Ge EDS detector
~NetNotesEDS - Oil on detector window
~NetNotesAFM - Sample preparation
~Index of Advertisers
Vol: 14 # 1

January 2006
PDF File
CarmichaelWhy Flies Walk with Wet Feet
LundyAdvanced Confocal Microscopy An Essential Technique for Microfluidics Development
Smith and BrygThe Staining of Polymers II
Ma and RossmanLow Voltage FESEM of Geological Materials
Fellmann, Banez, Carragher and PotterTemperature Monitoring of an EM Environment
StathamPractical Issues for Quantitative X-ray Microanalysis in SEM at Low kV
CollinsMounting Media and Antifade Reagents
Mackenzie, Burke, Carvalho and Eades, MSA SubCommittee on the Ethics of Digital ImagingEthics and Digital Imaging
Camus and RohdeInvestigating the Microstructure of a Newly Developed Aluminum Alloy Through X-ray Microanalysis
GoodblattPart II - Ontologies and Business Process: Fostering LIMS Development Through Open Standards
Scouten & CunninghamFreezing Biological Samples
~Industry News
~NetNotes
Vol: 13 # 6

November 2005
PDF File
CarmichaelVery Cool Clathrin
SperlMetallography for the European Copper Age: Research on the Axe-Blade of the Glacier-Mummy from the Oetztaler Alps in Tyrol
BurrageMicroscopy and Microbes at Plum Island: Protecting America's Livestock
Vander VoortColor Metallography
Cloud, et al.Characterization of Solids from Oilfield Emulsions
Frederik and StormsAutomated, Robotic Preparation of Vitrified Samples for 2D and 3D Cryo Electron Microscopy
CookEx-Situ "Auto Lift" Technique for TEM Sample Preparation
Miller and FreyWriting Nano-Scale Patterns on Insulators Using Variable Pressure Electron-Beam Lithography
SchooleyMicroscopy for Children
GoodblattFostering LIMS Development Through Open Standards
Kelly and Melmed50th Anniv. Celebrations of Atomic-Resolution Imaging
GanAttaching Spheres to Cantilevers for Colloidal Probe Force Measurements: A Simplified Technique
KiernanNissl: The Man, The Stain and The Substance
~Industry News
~NetNotes
~Index of Advertisers
Vol: 13 # 5

September 2005
PDF File
CarmichaelGetting the Green Light to Measure Small Forces
Shah and JermanThe Application of Electron Microscopy Techniques to the Space Shuttle Columbia Accident Investigation
Sims, Lockwood and HardinIntegrating Light and TEM Information with F-TEM images
TreacyFluctuation Microscopy: What is it?
Estrada, Selim, and S.E. MillerTEM of Paraffin-Embedded H&E-Stained Sections for Viral Diagnosis (An Unusual Papovavirus Case)
HerringEnergy-Filtered Electron Holography
Nett and AndesImaging of the Development and Therapeutic Response of an In Vivo Fungal Catheter Biofilm
ClarkeEucentric Stage for Recording Stereo Pair Photomacrographs
WangA Novel FIB Method for Preparing Three Dimensional TEM Specimens
FrielASTM Standards in Microscopy
EadesMicroscopy in Costa Rica
Cohen-GouldA Stable Lead Citrate Stain for Grids
~New and Interesting at M&M-2005
~Industry News
~NetNotes
Vol: 13 # 4

July 2005
PDF File
CarmichaelA Closer Look at the Nuclear Pore Complex
Frekers, Aksit, Pilipenko, and BYengerA Novel High-Speed Optical Scanning Microscope for Routine Clinical Applications
Kujawa, Freitag, and HubertAn Aberration Corrected (S)TEM Microscope for Nanoresearch
McCaffreyEasy Guide to Calibrating TEMas and STEMas
McCarthyChemical Imaging with Infrared Microscopy
MooreThe Total Release Method for FIB In-Situ TEM Sample Preparation
Nowell, Witt, and TrueEBSD Sample Preparation: Techniques, Tips, and Tricks
Ruach-NirAn Innovative Method for Imaging and Chemical Analysis of Wet Samples in Scanning Electron Microscopes
ShermanFunding Opportunities for Acquiring Equipment from Federal Granting Agencies - Part III: IMR
ShermanM&M 2004 Core Facility Management - Part IV: Q & A
WebsterEmbedding Small Specimens for TEM Examination
~Industry News
~NetNotes
Vol: 13 # 3

May 2005
PDF File
Alden et al.Objects Worthy of Notice Microscopical Anatomy of Selected Plants Collected by The Lewis & Clark Expedition
CarmichaelVisualizing Gene Expression in Real-Time
HumphreyVirtual Electron Microscopy for Undergraduate/Graduate Classes
Ishizuka and AllmanPhase Measurement in Electron Microscopy, Using the Transport of Intensity Equation
Jiang, et al.Influence of Illumination Conditions on Temperature in Sample Cell and the Output of a Quadrant Detector in an Optical Tweezers System
Rice and KnowlesUltra High Resolution SEM on Insulators and Contaminating Samples
Schichnes, Nemson, and RuzinMicrowave Protocols for Plant and Animal--Paraffin Microtechnique
Schmidt, et al.Nondestructive, High-Resolution Materials Characterization with the Confocal Raman-AFM
SedgewickMaking Anaglyphs in Photoshop
Vermeulen and Jaksch A Novel GEMINI(R) STEM Detector System
VodyanoyHigh Resolution Light Microscopy of Live Cells
WolfgongRaman Microscopy as an Aid in Failure Analysis ^ Examples From the Lab
~New and Interesting PITTCON
~Industry News
~NetNotes
Vol: 13 # 2

March 2005
PDF File
Aldrich and WilliamsInexpensive Digitization of an SEM
Bode, Wibbelt, and HuelkWhat TEM Camera Should I Choose?
CarmichaelTurning Blood Cells into Oyster Shells
CartwrightDigital Scanning, Archiving, and Transmitting Electron Micrographs
ClarkeEffects of Abbe Condenser Spherical Aberration on Image Quality
Conner, Beck, and TracyExperience with a Dicing Saw for Rapid Pre-FIB TEM Sample Preparation
Garcia, et al.Sample Preparation for Textile Nanofiber Composites
GriffinTowards Optimal Imaging and Microanalysis in Variable Pressure and Low Voltage SEM
Jaksch and VermeulenNew Developments in GEMINI(R) FESEM Technology
Mills and HuukiNew Resin for Repair of Bell Jar Chips
SaundersThere is Art in Science and Science in Art
ShermanFunding Opportunities for Acquiring Major Equipment from Federal Granting Agencies M&M 2004 Core Facility Management - Part II: NSF
West, Peng, and StarostinaCrystal Scanner for Nano-Metrology Applications
~Industry News
~NetNotes
Vol: 13 # 1

January 2005
PDF File
Anderson and FosterMicroscopy Today 2004 Salary Survey Results
CarmichaelUnfolding and Folding Proteins
Christian and StadtlaenderDehydration and Rehydration Issues in Biological Tissue Processing for Electron Microscopy
Downing, Sui, Comolli and HolmanElectron Tomography in the Study of Bacterial Structure and Function
Fraundorf and LinSpiral Powder Overlays
Irwin, Anciso, Jones, and PattonHaving Your Cake and Eating It Too: A Procedure for Obtaining Plan View and Cross Section TEM Images from the Same Site
McLeod, Jacquemin, Lai, and HerringConfocal Scanning Laser Holography: A Tool for Non-Invasive Internal Measurement
Miller, Gawenis, Andringa, and ShullTEM Morphometry Reveals Membrane Deficits in Parietal Cells Lacking Specific Ion Transporters
SedgewickColor Matching to Ink Jet Printers from a Computer Screen, Part 2
SepsenwolSpecimen Capsules For Critical-Point Drying
ShermanFunding Opportunities for Acquiring Major Equipment from Federal Granting Agencies M&M 2004 Core Facility Management - Part I: NIH
~Industry News
~NetNotes
Vol: 12 # 6

November 2004
PDF File
AlbrechtMSA 2005 Undergraduate Research Scholarships
Barkan, et al.A New Improved Silicon Multi-Cathode Detector (SMCD) for Microanalysis and X-Ray Mapping Applications
BuchananMicrowave Processing of Drosophila Tissues for Electron Microscopy
CarmichaelFinding the First Fires with Microscopes
Cicerone and KeeBroadband CARS Microscopy
GiannuzziFIB Lift-Out and Milling of Cylindrical Specimens for Electron Tomography (or Atom Probe Field Ion Microscopy)
Lewis, Lee, and KidderCombining Imaging and Spectroscopy: Solving Problems with Near Infrared Chemical Imaging
Roberts, Flatoff, and TrueMechanical Polishing Methods for Metal Samples for EBSD
SchooleyThe Microscopy Society Of America Project MICRO
SedgewickColor Matching to Ink Jet Printers from a Computer Screen, Part 1
TivolAutomated Functions in Electron Microscopy
Wang, et al.Variable Magnification Electron Holography for 2_D Mapping of Semiconductor Devices
Yaguchi, et al.A FIB Micro-Sampling Technique for Three-Dimensional Characterization of a Site-Specific Defect
~High Pressure Freezing User Group Meeting at M & M 2004
~Industry News
~NetNotes
Vol: 12 # 5

September 2004
PDF File
ArmitageArtifacts from Rapid Microwave Processing of Trematode Tissues (Ascocotyle pachycystis and leighi)
Brown, Nicholls, Royston, & D'KeidekA Suspended Floor for High-Performance Electron Microscopy and Nanoscience
Camp, Byun, and JacobElectron Microscopy Analysis of Multilamellar Vesicles Prepared from Synthetic Lipids: A Model System for Studying Membrane Structure in the Molecular Cell Biology Classroom and Laboratory
CarmichaelCells Connected by Tiny Tunnels
Favret and FuentesRIMAPS and Variogram Analysis of Barley Leaf Surfaces
GilliesMicroscopy & Microanalytical Support for NASA's Microgravity Materials Science Programs
Greenhut and GreenhutFlicker Stereo: Digital 3D Viewing for PC & Presentation
Hugo and CadyPreparation of Geological and Biological TEM Specimens by Embedding in Sulfur
MagonovHigh-Resolution Imaging with Atomic Force Microscopy
Neal andRussPrincipal Components Analysis of Multispectral Image Data
~New and Interesting at Microscopy & Microanalysis 2004
~Industry News
~NetNotes
Vol: 12 # 4

July 2004
PDF File
Alden& GalvisOn The Trail of the Fathers: The Serendipitous Santos
Boyes & GaiETEM Issues and Opportunities for Dynamic In-situ Experiments
Brooker, et al.The Structural and Chemical Analyser - A New Analytical Technique for SEM
CarmichaelRight at Your Fingertips
ClarkeChromatic Aberration in Digital Photomicrographs from Microscopes Requiring Compensating Eyepieces
Cross and WitherspoonIntegrated Electron and X-Ray Induced Microbeam XRF in the SEM
DieboldMicroscopical Evaluation of Glass Delamination in Pharmaceutical Vials: A Look at Three Different Vial Manufacturers
Dunn &. HullThree-dimensional Volume Reconstructions Using Focused Ion Beam Serial Sectioning
Julthongpiput, Fasolka & AmisGradient Reference Specimens for Advanced Scanned Probe Microscopy
MillerSurveillance of Bioterrorism Agents: Considerations for EM Laboratories
SedgewickAdvantages of Adobe Photoshop Elements 2.0 over the full version of Photoshop
WalckComments on the Use of Digital Filters
Vol: 12 # 3

May 2004
PDF File
Boon, & KokConfocal Microscopy for Diagnostic Cytology
Carmichael & LinglecScanning Wet Specimens
DazzoNew CMEIAS Image Analysis Software for Computer-Assisted Microscopy of Microorganisms and Their Ecology
Erlandsen et al.New Adhesion Mechanism in Giardia: Role of the Ventrolateral Flange in the Attachment of Trophozoites to Rough and Porous Surfaces
Henry-Stanley & WellsViability and Versatility of the Yeast Cell
HurbanThe Low Voltage Sem Imaging Advantage: A Reminder
O'Keefe et al.Sub-Angstrom Resolution with a Mid-Voltage TEM
O'Keefe, et al.Laboratory Design for High-Performance Electron Microscopy
SedgewickMaking Slide Shows in Acrobat
Strzegowski & RussellProject VISUAL: Facilitating the Connection Between Art and Science
Taylor & JasiukTechnical Note on the Preparation of Un-decalcified Trabecular Bone for Examination by TEM
TindallUse and Disposal of Uranyl Acetate in the Electron Microscope Laboratory: Glow in the Dark or Walk in the Park?
Vol: 12 # 2

M