Date post: | 16-Jan-2016 |
Category: |
Documents |
Upload: | barnard-pearson |
View: | 221 times |
Download: | 0 times |
Anatomy I: Anatomy I: Human AnatomyHuman Anatomy
Spring Semester Spring Semester 20102010
5 Units5 Units Lecture: Tues Thurs Lecture: Tues Thurs
5:30-6:45, Room 5:30-6:45, Room 18141814
Lab: Tues Thurs Lab: Tues Thurs 7:00-9:50, Room 7:00-9:50, Room 18101810
John Gallagher, BS, MS, DVMJohn Gallagher, BS, MS, DVM
Colorado State Colorado State UniversityUniversity– BS, Animal Sciences, BS, Animal Sciences,
19741974– MS, Clinical Sciences, MS, Clinical Sciences,
19761976– DVM, Veterinary DVM, Veterinary
Medicine, 1980Medicine, 1980
Turn off your Cell Phone! No texting, either.
Review the new Safety Rules and microscope guidelines in the syllabus.
Don’t bother to telephone me. Email is much better!
Email:[email protected]
My web site:http://lpc1.clpccd.cc.ca.us/lpc/jgallagher/index.htm
Blackboard: http://clpccd.blackboard.com/
A Few Details:
The Books:The Books:
Marieb, Mallatt, Wilhelm, Human Marieb, Mallatt, Wilhelm, Human Anatomy, Pearson, Benjamin Anatomy, Pearson, Benjamin Cummings, 5Cummings, 5thth ed., 2008 ed., 2008
Marieb and Mitchell, Human Anatomy & Marieb and Mitchell, Human Anatomy & Physiology Lab Manual, Cat Version, 9th Physiology Lab Manual, Cat Version, 9th edition, Marieb, 2008edition, Marieb, 2008
Optional:Optional: Kapit and Elson, The Anatomy Coloring Kapit and Elson, The Anatomy Coloring
BookBook
First Assignment!First Assignment!Send me an email before Sunday, Send me an email before Sunday, 11:00 PM, the first week of class 11:00 PM, the first week of class (3 points!)(3 points!)
Always put Anatomy in the subject Always put Anatomy in the subject line.line.– Why are you taking this class?Why are you taking this class?– What is your college background?What is your college background?– Do you have a job? Where?Do you have a job? Where?– What special interests do you have?What special interests do you have?
Anatomy =Anatomy =
The study of The study of external and external and internal structuresinternal structures
The physical The physical relationships among relationships among body partsbody parts
Temnein (Gr.) = cutTemnein (Gr.) = cut
Leonardo da Vinci
OrganizationOrganization
AtomsAtoms Molecules and Molecules and Macromolecules, such as proteinsMacromolecules, such as proteins OrganellesOrganelles CellsCells TissuesTissues OrgansOrgans Organ SystemsOrgan Systems OrganismOrganism
The Systems
PlanesPlanes
FrontalFrontal– Think front!Think front!
TransverseTransverse– “ “ Trans” = acrossTrans” = across
Sagittal Sagittal – Especially mid-Especially mid-
sagittalsagittal ObliqueOblique
– Any DiagonalAny Diagonal
Quadrants Surrounding the Quadrants Surrounding the UmbilicusUmbilicus
RUQ: RUQ: Gall Bladder, Rt Gall Bladder, Rt kidneykidney
RLQ: RLQ: Appendix, Rt Appendix, Rt ovaryovary
LUQ: LUQ: Lt liver lobe, Lt liver lobe, stomach, Lt kidneystomach, Lt kidney
LLQ: LLQ: Small intestine, Lt Small intestine, Lt ovaryovary
These words are used all the time, including this class!
Note the Anatomic Position.
Get used to them!
Superficial: Superficial: Toward the skinToward the skinDeep: Deep: Farther insideFarther insideMedial: Medial: Toward the midlineToward the midlineLateral: Lateral: Away from the midlineAway from the midline
Body Cavities
Body Cavity Membranes
More later!
Body Cavities
1. no open-toe or open-heel shoes allowed in the labs;2. no eating or drinking (including WATER), nothing by mouth in the labs EVEN if it is only lecture, no fingers in mouth or eyes (contact replacement, taking medication, etc);3. nothing down the drains, but water (and hand & dish detergents/soaps);4. nothing into the regular trash cans but paper towels from hand-washing and clean office paper.
Lab Safety (details in syllabus)
Medical ImagingMedical Imaging
Light Microscopy Light Microscopy (cytology)(cytology) Electron Microscopy Electron Microscopy (ultrastructure)(ultrastructure)
– TEMTEM– SEMSEM
RadiographyRadiography (X-Rays) (X-Rays)– CT ScanningCT Scanning
UltrasoundUltrasound Positron Emission Tomography Positron Emission Tomography
(PET)(PET) Magnetic Resonance Imaging Magnetic Resonance Imaging (MRI)(MRI)
Light Light MicroscopMicroscopyy
Light Microscopy, cont’dLight Microscopy, cont’d
1.1. The specimen is The specimen is fixedfixed1.1. Usually in 10% formalinUsually in 10% formalin
2.2. Then embedded in paraffinThen embedded in paraffin3.3. SectionedSectioned with a with a
microtomemicrotome1.1. Approx 5 μ sectionsApprox 5 μ sections
4.4. and and stainedstained1.1. Enhances contrast for better Enhances contrast for better
visualizationvisualization2.2. Many types of stainsMany types of stains
1.1. H & E = Hematoxylin and EosinH & E = Hematoxylin and Eosin2.2. May add “May add “artifactartifact””
Concepts Important for Concepts Important for ViewingViewing
Resolution - The distance between two objects that is
required for the two objects to be distinguished.
Depth of Field - depth that focus is clear
Contrast Formation - (e.g. absorption contrast)
Illumination Source - diascopic vs. episcopic
from below (compound) vs. from above (dissecting)
Artifact – Distortion from preparation of the specimen
How The Concepts InteractHow The Concepts Interact
As Resolution and Brightness improve,
Depth of Field and Contrast are diminished. Vice
versa is also true.
As magnification improves, resolution improves
Contrast can be adjusted by the iris diaphragm, the
position of the condensor, and the magnification.
Electron MicroscopyElectron Microscopy
Uses a beam of electrons (instead of
visible light) to view topography,
morphology, composition, and
crystallography.
EM was developed for 10,000 – 25,000 X
magnification. Properties of light limit
magnification of light microscopes to
1000 X and resolution to 0.2 m.
TransmissioTransmission Electron n Electron MicroscopeMicroscope