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Bard College - BIO - 310
Name and Partners' Names _Exercise 4: Nitrosoguanidine Mutagenesis and the Isolation of Auxotrophic Mutants[Adapted from: MILLER, JEFFREY H. Experiments in Molecular Genetics. Cold Spring Harbor NY: Cold Spring Harbor Laboratory, 1972, pp. 125129
Bard College - BIO - 112
Name _Exercise 10: MalariaINTRODUCTION Malaria is an extremely debilitating, often fatal disease that is endemic in tropical and subtropical areas of the world. It is caused by protozoans of the genus Plasmodium, which infect the bloodstreams of
Bard College - BIO - 310
Name & Partners' Names _Exercise 1: The Luria and Delbrck Fluctuation Test[Adapted from: GLOVER, S. W. The Luria and Delbrck fluctuation test. Experiment 3 in CLOWES, R. C., & W. HAYES, eds. Experiments in Microbial Genetics. Oxford: Blackwell, 1
Bard College - BIO - 112
Name _Exercise 3: Normal Flora of the Human Mouth - Examination and CultureINTRODUCTION Last week you learned the Gram staining technique and encountered the usual problems in getting the procedure to produce predictable results in inexperienced
Bard College - BIO - 310
Name & Partner's Name _Exercise 7: Extraction of DNA and TransformationINTRODUCTION Transformation is the process whereby living prokaryotic cells take in DNA from their surroundings and incorporate it into their genomes in some stable fashion, s
Bard College - BIO - 112
Name & Partners' Names _Exercise 9: The Plaque Assay of Viruses[Adapted from CAROLINA BIOLOGICAL SUPPLY COMPANY. Bacteriophage Culture and Titer Determination. Burlington NC: Carolina Biological Supply Company, 1979.]INTRODUCTION Counting someth
Bard College - BIO - 112
Name _Exercise 1: Introduction to the Laboratory and to the MicroscopeINTRODUCTION TO THE LABORATORY Take special note of the location of the fire alarm switches, fire extinguishers, the first aid kit, and the emergency eyewash and shower facilit
Bard College - BIO - 112
Name _Exercise 5: Evaluating the Effectiveness of Toilet Paper as a Barrier Against Microbes1INTRODUCTION What did people use before toilet paper was invented? Here is one version of the story:Patrons of public restrooms in ancient Rome used a s
Bard College - BIO - 141
Name & Partner's Name _Exercise 9: Extraction of DNA and TransformationINTRODUCTION Transformation is the process whereby living prokaryotic cells take in DNA from their surroundings and incorporate it into their genomes in some stable fashion, s
Bard College - BIO - 310
Name _Exercise 6: Interrupted Matings[Adapted from HAYES, W. "Interrupted mating: mapping and the estimation of genetic distance as a function of time," Experiment 30 of CLOWES, R. C., & W. HAYES, eds. Experiments in Microbial Genetics. Oxford: Bl
Bard College - BIO - 112
Name _Exercise 6: A Trip to the Sewage Treatment Plant - Sample Collection and Quantitative AnalysisINTRODUCTION In this exercise we will assess the effect of Bard's drinking water plant on its input (water from the Sawkill) and the effect of the
Bard College - BIO - 310
Name _Exercise 3: Replica Plating[Adapted from: MILLER, JEFFREY H. Experiments in Molecular Genetics. Cold Spring Harbor NY: Cold Spring Harbor Laboratory, 1972, pp. 5659.]INTRODUCTION This exercise will introduce you to the technique of replica
Bard College - BIO - 310
Appendix 1: Autocalibration of Orion Model 420A pH Meter with Two Buffers11.Choose either 7.00 and 4.01 or 7.00 and 10.01 standard buffers, whichever will bracket your expected sample range. If necessary press the mode key until pH mode is indica
Bard College - BIO - 112
Biology 112: Biology of Infectious DiseaseEhrlichiosis, Anaplasmosis, and Legionnaires DiseaseEhrlichiosis and anaplasmosisMap showing the states at particular risk for the occurrence of human granulocytotropic anaplasmosis (HGA, red), human mo
Bard College - BIO - 112
Biology 112: Biology of Infectious DiseaseYellow FeverStages of yellow fever infection showing the duration, major clinical and laboratory findings, and outcome of each stage. (Modified from Monath TP: Yellow fever: An update. Lancet Infect Dis 1
Bard College - BIO - 112
Biology 112: Biology of Infectious DiseaseIntroduction to VirusesBacteriophage T4, x450,000. Prolate head, 65 x 95 nm, rigid helical tail 20 x 95 nm, attached fibers. Williams, Robley C., & Harold W. Fisher. An Electron Micrographic Atlas of Viru
Bard College - BIO - 310
Biology 310: Prokaryotic and Viral Genetics Genetics of Phage and Other Temperate Bacteriophages. Bacteriophage A. The mapFigure 8-1. Genetic map of bacteriophage . From http:/www.blc.arizona.edu/marty/411/Modules/Lectures/Figures/lambda_ map.GI
Bard College - BIO - 310
Name _Exercise 8: Complementation Analysis and Deletion Mapping of Bacteriophage T4r Mutants[Adapted from CAROLINA BIOLOGICAL SUPPLY COMPANY. Complementation and recombination spot test kit 12-4550. Burlington NC: Carolina Biological Supply Compa
Bard College - BIO - 112
Biology 112: Biology of Infectious Disease TetanusI. SymptomologyA. A disease characterized by muscle rigidity and spasms, derived from the Greek word, , to contract. Highly variable incubation period 1. 2. C. D. E. Usually 214 days Can be months
Bard College - BIO - 310
Biology 310: Prokaryotic and Viral Genetics TransformationI. Natural transformationA. Definitions 1. Transformation: introduction of DNA into cells simply by mixing dsDNA and bacterial cells together Donor: the bacterium from which the DNA was extr
Chester - ECO - 338
FT.com / Comment & analysis / Analysis - Why reform fatigue has hit the eastSkip to main content, accesskey 's' Homepage, accesskey '1'Financial Times FT.comCOMMENT & ANALYSIS AnalysisSubscription pageCloseWhy reform fatigue has hit the eastB
Michigan State University - CSE - 460
Module 12 Computation and Configurations Formal Definition Examples ConfigurationDefinitions Functional Definition Given the original program and the current configuration of a computation, someone should be able to complete the computation
Bard College - BIO - 310
Biology 310: Prokaryotic and Viral Genetics Generalized and Specialized TransductionI. DefinitionBacteriophage-mediated transfer of DNA from one cell (the donor) to another cell (the recipient). The recipient becomes a transductant.II.General:
Wisconsin - PHYS - 104
Name: _Student ID#_ Section #_TA Name_ID CODE: AFill in your name, student ID # (not your social security #), and section # (under ABC of special codes) on the Scantron sheet. Be sure to fill in the letter for the ID code on the upper right of th
Wisconsin - PHYS - 104
Physics 104 Spring 2007 Exam 2 Solutions 1. ID code 2. Since the current and magneic field are in the same direction (parallel, not perpindicular), there is no force, so the answer is e. 3. From the text, the torque on a current-carrying loop with an
Wisconsin - PHYS - 104
Physics 104 Exam 2March 17, 2005Name_ ID #_ Section #_ TA Name_ Fill in your name, student ID # (not your social security #), and section # (under ABC of special codes) on the scantron sheet. Fill in the letters given for the first 5 questions on
Wisconsin - PHYS - 104
Name: _Student ID#_ Section #_TA Name_ID CODE: AFill in your name, student ID # (not your social security #), and section # (under ABC of special codes) on the Scantron sheet. Be sure to fill in the letter for the ID code on the upper right of th
Wisconsin - PHYS - 104
Name:_Student ID#_ ID CODE A Section #_TA Name_ Fill in your name, student ID # (not your social security #), and section # (under ABC of special codes) on the Scantron sheet. Be sure to fill in the letter for the ID code on the upper right of this p
Wisconsin - PHYS - 104
Physics 104 Exam 2October 30, 2008Name_ ID #_ Section #_ TA Name_ Fill in your name, student ID # (not your social security #), and section # (under ABC of special codes) on the Scantron sheet. Fill in the letters given for the first 5 questions
Wisconsin - PHYS - 104
Physics 104 Exam 2October 30, 2008Name_ ID #_ Section #_ TA Name_ Fill in your name, student ID # (not your social security #), and section # (under ABC of special codes) on the Scantron sheet. Fill in the letters given for the first 5 questions
Wisconsin - ENGR - 724
E vectors. k is in +y-direction0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYJi vectors0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYJe vects (antiparallel to Ve) Same magnitude scale as
Wisconsin - ENGR - 724
NEEP/ECE/Physics 724 Fall 2005 Homework #4: Electrostatic Appr., Group Velocity Assigned: Thursday, 9/29/05 Due: Tuesday, 10/11/051. At high frequency ( > ce and > pe ) in typical ( ce > ci ) quasineutral plasmas, ion motion can be neglected,
Wisconsin - ENGR - 724
NEEP/ECE/Physics 724 Fall 2005 Homework #5: Faraday Rotation, Energy Transfer Assigned: Thursday, 10/13/05 Due: Thursday 10/20/051. When discussing eikonal solutions for waves traveling across gradually varying conditions, we noted that the change o
Wisconsin - ENGR - 724
NEEP/ECE/Physics 724 Fall 2005 Homework #3: CMA Diagram, Wave Normal Surfaces Assigned: Thursday, 9/22/05 Due: Thursday, 9/29/051. In class, we used the bounding surfaces of the CMA diagram to sketch plots of (k ) for the principal propagation dire
Wisconsin - ENGR - 724
Equilibrium B vectors0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYB vectors (in x-direction) E vectors (in y-z plane)0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYV vectors (in y-z, |Vz
Wisconsin - ENGR - 724
Equilibrium B vectors0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYB vectors E vectors (in x-direction)0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYV vectors and pressure red=max, blue=
Wisconsin - ENGR - 724
Equilibrium B direction0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYB vectors (perturbation) E vectors (perturbation)0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYV vectors and pressure
Wisconsin - ENGR - 724
Magnetoacoustic waveShear wave Sound wave Slow branchAlfven wavesFast branchWave-normal surfaces (radius=/ck) for the MHD model with =12%. The equilibrium B is aligned with the horizontal line, and is the angle between the k-vector (directe
Wisconsin - ENGR - 724
beta=0.01, theta=0.35*pi8 6beta=0.01, theta=0.4*pilog(omega)6 0 2 log(omega)402-101234548 86log(omega)log(omega)420-2-1012345-202468log(k)
Wisconsin - ENGR - 724
beta=0., theta=0.35*pi6 4beta=0., theta=0.4*pilog(omega)4 6 -2 0 log(omega)2-20-10123452log(k)beta=0., theta=0.45*pi4 6log(omega)log(omega)20-2-1012345-20246log(k)
Wisconsin - ENGR - 724
beta=1.e-6, theta=0.35*pi5 4beta=1.e-6, theta=0.4*pilog(omega)3 4 5 -2 -1 0 log(omega)32-2-101024612log(k)beta=1.e-6, theta=0.45*pi5 4 3log(omega)log(omega)210-1-20246-2-1012
Wisconsin - ENGR - 724
B vectors +y propagation E vectors polarization 10 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYB vectors +y propagation E vectors polarization 20 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-X
Wisconsin - ENGR - 724
E vectors. k is in +y-direction0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYJi vectors0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYJe vects (antiparallel to Ve) Magnitude is decreased
Wisconsin - ENGR - 724
Equilibrium B vectors0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYB vectors E vectors (in x-direction)0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYV vectors (in y-z, |Vz|>|Vy|) pressur
Wisconsin - ENGR - 724
Equilibrium B direction0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYB vectors (perturbation) E vectors (perturbation)0 1 2 1y-po sZor 3 phas e0.5angle4 50 0 6 1 0.5 os p x-XYV vectors and pressure
Wisconsin - ICE - 1982
8903 - ByrdLocation: 80 degrees S, 120 degrees W. Elevation 1530 meters.Hex id:8B1DCPower:6 VDC supplied by RTGAerovane:Old was 3-78-014. Wind direction polarity verified before removal. New is 00-00-01.Deployed:8 December 81
Wisconsin - ICE - 1985
AWS ID: 8910B SITE NAME: SIPLELOCATION : LAT 75.90 S LONG 83.30 W SIPLE STATION HEIGHT : 900 M (ESTIMATED)DATE ACTIVATED: 26 NOVEMBER 1983 LAST VISITED : 26 NOVEMBER 1983SENSORS SERVICEDSENSOR PROBLEM ACTION TAKENAEROVA
Wisconsin - ICE - 1986
Site: Larsen Ice ShelfOperation:AWS 8926 was tested and found to be functioning well. It was deployed 1 January 1986. The unit was positioned next to the previously installed AWS unit. The top two tower sections, sensors, and the elect
Wisconsin - PUB - 1986
Site: Larsen Ice ShelfOperation:AWS 8926 was tested and found to be functioning well. It was deployed 1 January 1986. The unit was positioned next to the previously installed AWS unit. The top two tower sections, sensors, and the elect
Wisconsin - ICE - 1990
Site:ShristiPerformance:Wind speed and direction intermittent from 27 Feb to 30 Apr when all the wind data was judged incorrect. Wind speed and direction started working properly on 3 Dec.
Wisconsin - ICE - 1987
Site:GillPerformace:24 Jan 85. On 25 Jul 87 wind direction failed due to broken weld on aerovane post.