cell biology – biol 3000 – fall 2016 · 2016-08-19 · cell biology – biol 3000 – fall 2016...

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CELL BIOLOGY – BIOL 3000 – FALL 2016 (updated 08/19/16) Course Description “In biology, it is one stupefaction after another…For a while things seemed simple and clear; the cell was a neat little machine, a mechanical device ready for taking to pieces and reassembling, like a tiny watch. But just in the last few years it has become almost imponderably complex, filled with strange parts whose functions are beyond today’s imagining.” Lewis Thomas (1913-1993) Physician, cancer researcher and self-described Biology Watcher. Late Night Thoughts on Listening to Mahler’s Ninth Symphony, 1983 How did cells originate? How can some of our cells remain immortal when we’re not? Why would a cell commit suicide? How do cells know when to divide? Why do cancer cells continuously evolve? What is our current understanding of these fascinating questions (and many more!) and what are the experimental approaches used to answer them? Welcome to Cell Biology. Course Objectives The overall goal of BIOL 3000 is for you to learn to think like an experimental cell biologist. By the end of this course, you will be able to: 1. Describe and explain fundamental cellular processes. 2. Describe and explain how and why complementary molecular, biochemical and genetic experimental approaches are used to analyze diverse cellular processes. 3. Identify the functions and roles of specific proteins and/or small molecules in the context of individual cellular processes and be able to integrate them into complex interconnected pathways. 4. Predict the specific physiological consequences of perturbing the functions of individual components in complex multi-step pathways or processes. 5. Interpret experimental results in order to elucidate a specific cellular process. 6. Apply your understanding of multiple cellular processes to explain various human diseases and the therapeutic options available to treat them. Meeting Times and Location Class: 9:00–9:50 AM MWF Gilmer 130 Discussion Sessions and Exams 1–3: Weds., Sept. 14, Oct. 12, Nov. 9, 7–9 PM Gilmer 130. Exam 4, Sat. Dec. 10 2–5 PM, Gilmer 130

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Page 1: CELL BIOLOGY – BIOL 3000 – FALL 2016 · 2016-08-19 · CELL BIOLOGY – BIOL 3000 – FALL 2016 (updated 08/19/16) Course Description “In biology, it is one stupefaction after

CELLBIOLOGY–BIOL3000–FALL2016(updated08/19/16)

CourseDescription“Inbiology,itisonestupefactionafteranother…Forawhilethingsseemedsimpleandclear;thecellwasaneatlittlemachine,amechanicaldevicereadyfortakingtopiecesandreassembling,likeatinywatch.Butjustinthelastfewyearsithasbecomealmostimponderablycomplex,filledwithstrangepartswhosefunctionsarebeyondtoday’simagining.”LewisThomas(1913-1993)Physician,cancerresearcherandself-describedBiologyWatcher.LateNightThoughtsonListeningtoMahler’sNinthSymphony,1983Howdidcellsoriginate?Howcansomeofourcellsremainimmortalwhenwe’renot?Whywouldacellcommitsuicide?Howdocellsknowwhentodivide?Whydocancercellscontinuouslyevolve?Whatisourcurrentunderstandingofthesefascinatingquestions(andmanymore!)andwhataretheexperimentalapproachesusedtoanswerthem?WelcometoCellBiology.CourseObjectivesTheoverallgoalofBIOL3000isforyoutolearntothinklikeanexperimentalcellbiologist.Bytheendofthiscourse,youwillbeableto:

1. Describeandexplainfundamentalcellularprocesses.2. Describeandexplainhowandwhycomplementarymolecular,biochemicalandgenetic

experimentalapproachesareusedtoanalyzediversecellularprocesses.3. Identifythefunctionsandrolesofspecificproteinsand/orsmallmoleculesinthecontext

ofindividualcellularprocessesandbeabletointegratethemintocomplexinterconnectedpathways.

4. Predictthespecificphysiologicalconsequencesofperturbingthefunctionsofindividualcomponentsincomplexmulti-steppathwaysorprocesses.

5. Interpretexperimentalresultsinordertoelucidateaspecificcellularprocess.6. Applyyourunderstandingofmultiplecellularprocessestoexplainvarioushuman

diseasesandthetherapeuticoptionsavailabletotreatthem.MeetingTimesandLocationClass:9:00–9:50AMMWFGilmer130DiscussionSessionsandExams1–3:Weds.,Sept.14,Oct.12,Nov.9,7–9PMGilmer130.Exam4,Sat.Dec.102–5PM,Gilmer130

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InstructorInformationMikeWormington,AssociateProfessorofBiology.MyhometownisOverlandPark,Kansas,andIattendedtheUniversityofKansas(GoJayhawks!)whereIearnedmyBAwithHonorsinBiologyandmyPhDinBiochemistry.IwasanNIHPostdoctoralfellowattheCarnegieInstitutionforScience,Dept.ofEmbryology,inBaltimore,MD.IjoinedtheUVaBiologyfacultyin1989andhavetaughtCellBiologysince1992.Mylongstandingresearchinterestistheregulationofgeneexpressionduringoogenesisandembryogenesisandtheinterplaybetweengeneticandmetabolicreprogrammingincancerstemcells.MywifeSusan,istheArtDirectoratUVa’sDardenSchoolofBusiness.Ourtwodaughtersandsons-in-lawandourtwograndchildren(with#3arrivinginSeptember!)keepusbusy.WhatdoIdoforfun?I’maLieutenantColonelandsearchandrescuemissionpilotandthedirectorofoperationsfortheVirginiawingoftheCivilAirPatrolwhichisthecivilianauxiliaryoftheUSAirForce. Office:PLSB206 Phone:982-5803 email:[email protected] GroupOfficeHoursinPLSB200:2–4:30PMTues.andThurs.Individualmeetingsbyappointment. UPDATEDGraduateTeachingAssistantRichardSmindak Office:PLSB238 Phone:924-3943 email:[email protected]:2–3:30PMMon.andWeds.Individualmeetingsbyappointment.PrerequisitesBIOL2010or2100(orAP)orBME2014,andanytwoofCHEM1410,1420,1610,1620,1810,1820.Thepremiseforthiscourseisthatyouhavecompletedtheseprerequisitesandarefamiliarwiththeirconceptsandprinciples.ThefirstthreechaptersofMCB8EprovideanexcellentreviewofpertinenttopicscoveredinbothBIOL2010/2100andgeneralchemistry,andshouldbereferredtoasnecessarythroughouttheentirecourse.UPDATEDRequiredTextforFall2016TherequiredtextbookbeginningwithFall2016isMolecularCellBiol.,8thed.,Lodishetal.(MCB8E).Purchasetheleastexpensiveoptionavailabletoyou.Sincethisisanewedition,usedbookswillnotbeavailable.Istronglyrecommendyoudonotusethe7theditionofthetext.ManytopicsandpertinentfigureshavebeensignificantlyrevisedinMCB8EandmostreadingassignmentswillnotmatchthosepreviouslyusedforMCB7E.YouwillberesponsibleformaterialandconceptscoveredinassignedreadingsfromMCB8Ethatwillnotbediscussedinclass.BIOL3000CollabWebsiteTheBIOL3000CollabCoursesiteisanimportantresourcethatyouwilluse.TheResourcessectionwillcontainpptxfilesofslidestobepresentedinclass.Thesewillbeavailablefordownloadingatleasttwodaysbeforewecoverthematerialinclass.Note:TheinformationonsomeslidesIshowinclassmaydifferfromthosepostedoncollabsoplantotakenotes!SpecificreadingassignmentsfromMCB8Echapters,supplementaryreadingmaterialfromreviewarticlesandprimaryresearchpapers,andlearningobjectives(the“bigquestions”)foreachunitofthecoursewillalsobepostedwiththeslides.Youwillbenotifiedbyemailwhennewmaterialshavebeenposted.TheCollabsitealsocontainsthemoviefilesshowninclassandlinkstointerestingwebsites.

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OnlineHomeworkAssignments“Doordonot.Thereisnotry.”Yoda

Thebestwaytolearncellbiologyistodoit.Unfortunately,wecannotprovideapracticallabexperiencewithBIOL3000thatallowsyoutoapplywhatwecoverinclass.Therefore,thenextbestoptionistogiveyouopportunitiestobebetterpreparedforclassandtoregularlyself-assessyourunderstandingofthetopicswe’recoveringbeforeyou’retestedonyourknowledgeoneachofthefourexams.Therearetwoincentivesforyoutotakeadvantageoftheonlinehomeworkexercises.First,theonlinehomeworkconstitutes15%ofyourfinalcoursegrade.Thatalonecanmakethedifferenceinalettergrade.Second,bydoingtheseexercises,youwillbeabletoassessyourunderstandingofthetopicspresentedinclassandadjustyourapproachestolearningthematerialinsuchawaythatyou’llperformbetterontheexamsandrememberthematerialafterthecourseisover.Eachonlinehomeworkassignmentwillconsistof5multiple-choicequestionsthatwillassessyourunderstandingofthetopicscoveredintheprecedingclass.Thehomeworkquestionsarelargelyderivedfrompreviousyears’exams,butofcoursenewquestionsareaddedeachsemester.Inthisway,everyonehasequalaccesstooldexamquestions.Occasionallytherewillbea“warmup”questionortwoaddressingatopictobecoveredinthenextclass.Forthespring2016semester,therewerea175homeworkquestions,including5bonuspoints,whichwasconvertedtoafinaltotalof75points.Thehomeworkassignmentsareopenbook,opennoteformat.Refertothepertinentmaterial,includingtheslides,inordertocompleteeachassignment.Thequestionswillvariouslycovermaterialpresentedinlectures,theMCB8Etext,andanyadditionalassignedreading.You’llautomaticallyreceiveanemailfromCollabwheneachhomeworkassignmenthasbeenposted.Eachhomeworkassignmentisdue8AMthefollowingclassday(e.g.,Mon.homeworkisdue8AMWeds.Weds.homeworkisdue8AMFri.&Fri.homeworkisdue8AMMon.).YoucanlogonandoffCollabmultipletimestocompletethehomework,(i.e.there’snotimelimittocompletetheassignmentwhenyoulogon)butyoucanonlysubmityouranswersonce.Besuretosaveyourwork!Partiallycompletedassignmentswillbeautomaticallysubmittedat8AM.Missedhomeworkassignmentscannotbemadeup.Answerkeysandcorrectanswerfeedbackwillbepostedat8:05AMeachduedate.Therewillbenohomeworkassignmentsdueonexamdays.Homeworkmustbecompletedandsubmittedindividually.Byenrollinginthiscourse,youareaffirmingonyourhonorthatyouhaveneitherreceivednorgivenaidwhilecompletingthehomeworkassignments.Iconsiderreferringtopreviousyear’sexamsorworkingcollaborativelytocompletehomeworkassignmentsasreceivingaidandthereforeconstituteanhonoroffense.You’recertainlywelcomeandencouragedtodiscussthequestionsandanswersandstudycollaborativelywithyourclassmatesafterthesubmissiondeadline,inordertopreparefortheexams,butyouarerequiredtocompletethehomeworkassignmentsindividuallyandnotworkwithotherstudentswhileyouaredoingthem.Learningisindeedcollaborative,butassessmentisnecessarilyindividual.Weds.EveningDiscussionSessionsWeds.7–9PMGIL130beginningAug.31.Attendanceisoptional,buthighlyencouraged.Richwillreviewandclarifytopicspresentedinclass,coveredonhomeworkassignmentsandrecapthe“BigQuestions”providedontheassignedreadingassociatedwitheachunit.Hewillalsoansweranyspecificquestionsyouhave.

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ExamScheduleExams1,2,3;Weds.Sept.14,Oct.12,Nov.9,7–9PMGIL130;Exam4Sat.Dec.102–5PMGIL130.Anopen"question/answer"reviewsessionwillbeheldinsteadofclassoneachofthe3Weds.examdates.Byenrollinginthiscourseyouaremakingacommitmenttotakethefourexamsasscheduled!Attendanceatall4examsismandatoryandyoumustbepresentatthebeginningofeachexam.Studentsarrivingmorethan10’latewillnotbeallowedtotaketheexam.Alternativeexamarrangementswillonlybegivenforextenuatingcircumstancessuchasadebilitatingillness,religiousobservances,orforstudentsparticipatinginofficialUVA-sponsoredactivitiessuchasconcertsorathleticevents.StudentsparticipatingintheSDACshouldcontactmeasearlyinthesemesteraspossibletoaccommodateyourindividualsituation.PerCollegeregulations,the4thexamdateandtimecannotberescheduledforanyreason.EvaluationandGradingYourlearningwillbeassessedby:

• Onlinehomeworkassignments.75pointstotal.15%ofcoursegrade• 4multiple-choiceformatexamsasfollows:

o Exam1:100points(50questions).20%ofcoursegrade.Thisexamwillcover:CellularOriginsand“ProblemsofBeingEukaryotic”,PlasmaMembraneStructureandProperties,TransportofSmallMoleculesandIons.

o Exam2:100points(50questions).20%ofcoursegrade.Thisexamwillcover:ProteinTraffickingandReceptor-MediatedEndocytosis

o Exam3:100points(50questions).20%ofcoursegrade.Thisexamwillcover:CytoskeletonandCellSignaling.

o Exam4:125points(63questions).25%ofcoursegrade.Thisexamwillcover:CellCycleDynamicsandRegulation,Mitosis,andCancer.

Courselettergradesarebasedoncumulative%outof500totalpointsasfollows:A=90–100%B=80–89%C=70–79%D=60–69%F=<60%.Lettergradesareguaranteedforeachpercentilebracket.Thismeansthatafinalcumulativepercentilescoreof90%guaranteesthatyouwillreceiveatleastanA-;80%guaranteesthatyouwillreceiveatleastaB-.Itdoesn’tmeanthat89%couldn’tbeanAorA-,butitjustisn’tguaranteed!Theselettergradebracketsmaybeslightlyexpandedtoreflectscoredistributions,butwillnotbecurvedtoreflectthemean.“+”and“-”willbebasedonthedistributionofscoreswithineachlettergradebracketandwillnotbedetermineduntilthecourseiscompleted.Themeancumulativepercentilescoreforspring,2016(N=315)was82%.MeancourseGPAwas2.80.ClassAttendanceandEtiquetteRegularattendanceisstronglyrecommendedandencouraged.InformationnotnecessarilyprovidedonthepostedslidesorfoundinMCB8Ewillbepresentedinclass.Iaskthatyoupleasearriveontimeandremaintheentire50minutes.TheclockinGIL130istheofficial“timekeeper”.Ifyoumustleaveearly,thenpleasesitinthebackoftheauditoriumsoyourdepartureisnotadistraction.Cellphonesshouldbeturnedoff!Outofconsiderationtoyourfellowstudentsandme,pleasedon’ttwitter,text,facebook,surftheweb,orengageindistractiveconversationsinclass.Youmaynotthinkso,buttheseirrelevantactivitiesdoindeeddistractyourpeersandme.Mostimportantly,thesebehaviorsdistractyou!Thinknot?CheckoutthisshortvideobyUVaPsychologyProfessorDanWillinghamwhodemonstratesthat“multitaskingiswishfulthinking.”http://www.youtube.com/watch?v=34OZ-dsNkBwInsummary,Ihopeyouwillbesufficientlyengagedinclasstowanttocome,andifso,pleaseshowcommoncourtesytoyourpeersandme.

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RecordingPolicyandProhibitionofPostingCourseMaterialsOnlineUVapolicy(postedintheCollabResourcesfolder)restrictstherecordingofclasslecturesandprohibitspostingofcoursematerialson3rdpartywebsites.Thisprohibitionincludespostingaudioorvideorecordings,imagesand/orslides,lecturenotes,transcriptsoflectures,anymaterialsthatarepostedonCollab,andanyhomeworkorexamquestionsandanswers.ManyoftheresourcesprovidedinBIOL3000arecopyrightprotected.FairUselawsallowyoutousethismaterialinthecontextofthiscourse,butprohibititscopyinganddistributiontoanyonenotcurrentlyenrolledinBIOL3000.ViolationofthispolicymayresultindisciplinaryactionbytheUniversityJudiciaryCommittee.Youmaymakeaudiorecordingsoflecturessolelyforpersonaluseortostudywithotherstudentscurrentlyenrolledintheclasswithoutmywrittenpermission.Youcannotrecordofficehourdiscussions.Videoordigitalrecording,includingtakingphotoswithacellphone,oflectures,discussions,slidespresentedinclass,duringdiscussionsessionsorofficehourmeetings,isnotallowedunderanycircumstances.HonorStatementItrusteverystudentinthiscoursetocomplywithalloftheprovisionsoftheUVahonorsystem.Byenrollinginthiscourse,youareaffirmingthatyouhaveneitherreceivednorgivenaidwhilecompletinghomeworkassignmentsandtakingexams.Iconsiderreferringtooldexamswhendoinghomeworkassignmentsand/orstudyingforexamstoconstitutereceivingaidandthereforeanhonoroffense.Yourpledgeontheexamsalsoaffirmsthatyouhavenotaccessedanynotes,studyoutlines,problemsets,oldexams,answerkeys,orthetextbookwhiletakinganexamandthatyouhavenotobtainedanyanswersfromanotherstudent’sexam.Usingacellphonewhiletakinganexamwillbeconsideredanhonoroffense.Pleaseremember,itisyourresponsibilitytoupholdthehonorsystem.Ifyoubelievethatanhonoroffensehasbeencommitted,youhavetheobligationtoreportittoanhonoradvisorirrespectiveifIamawareofitornotandyoucandothiswithoutbringingittomyattention.IcanonlyinitiateanhonorcaseifIpersonallyobserveanallegedoffense.If,inmyjudgment,itisbeyondareasonabledoubtthatastudenthascommittedanhonoroffensewithregardtoagradedexamorhomeworkassignment,thatstudentwillreceiveanimmediateandirrevocablegradeof“F”(0%)forthatexamorassignment,irrespectiveofanysubsequentactiontakenbytheHonorCommittee.TipstoSucceedinCellBiology•MCB8EandCollabarevaluableresourcesthatprovideanexcellentfoundationforthetopicswewilldiscussinclass.Irecommendthatyoufirstskimthroughtheassignedreadingpertinenttoeachclassbeforeitmeets.Usetheslidesandreadingassignmentsto“navigate”throughthetext.Thetopicswecoverwillbeorganizedinabiologicalprogression,andnotnecessarilyintheordertheyarepresentedinthebook.Theonlinehomeworkwillenableyoutoassessyourunderstandingofthetopicsbeforetheexams.Thequestionsareverysimilartotheonesyouwillseeonexams,asagain,manyofthemarepreviousyears’examquestions.Usethemtoprovideacontexttoorganizeyournotes.•Understand,don’tjustmemorize.Detailsdomatter,butalwayskeepthebigpictureinsight.Thinkofthebiologicalcontextoftheparticularcellularprocessorcomponentunderdiscussion.Understandingwhysomethingoccursoftenmakesiteasiertoappreciatehowithappens.There’snoescapingthefactthatcellsarecomplicated.Thatsaidtherearesomethingsthatyoujusthavetomemorize.Forstarters,thesingle-letterabbreviationsfortheaminoacidsandthefunctionalitiesoftheirRgroups.(e.g.,DandEarebothacidic;KandRarebothbasic;S,TandY

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have“free”–OHgroups;ILVMarehydrophobic;Y,FWarearomatic;etc).You’llhavetomemorizethesestructuresforBiochemistryanywaysomightaswellgetstartedonthemnow.•Thinklikeanexperimentalcellbiologist.Ask;“WhatwouldhappenifIdidthis?”“Whatcausedthisparticularresult?”That’showcellbiologyisreallydone.Allofthecellularprocessesandmechanismsthatwewillconsiderwerederivedbyrealpeopledoingrealexperiments,interpretingthemandposingmodelsandmechanisms.Thisempiricalprocessiscontinuousandalwaysevolving.Newexperimentsuncovernew“players”andunforeseenconnections.Inreality,everythingturnsouttobeevenmorecomplicatedthanisalreadyis.Thesearecellsafterall!•Learnthelanguage.Cellbiologyhasalotofjargonandsomeobtuseterminology.Inthisregard,youhavetobecomefluentinanewlanguage.Names,terms,anddefinitions,matter.AkinaseisnotaGprotein;aphosphataseisnotaphosphodiesterase.Rab,Rac,Raf,RasandRhoareuniqueproteinswithdistinct,criticalfunctions.Usetheglossaryifyouencounterawordyoudon’tunderstand.•Beengagedinclassandfeelfreetoaskquestions.Ifyoudotheassignedreadingandthehomework,you’llhaveagoodideaaboutwhatI’mcoveringinclass.Don’ttrytowritedowneverythingIsay.Note-takingisalostart.Don’tre-writethetext.Askquestionsinclass!TheonlyquestionIdon’tallowis“Doweneedtoknowthisfortheexam?”•CometoofficehoursandtheWeds.eveningdiscussionsessionsandaskquestionsinperson.Scienceisahumanendeavor.Soislearningandthisisthebestopportunityforustogettoknoweachother.Pleasedon’temailmeyourquestions.Why?IhavenowayofknowingifyouunderstandwhatI’mtellingyouandyoudonothavetheopportunitytoimmediatelyaskafollow-upquestion.Pleasedonotaskmetorepeatanentirelectureduringofficehours.Iexpectyoutohaveputsomethoughtintothetopicsunderconsiderationsowecanaddressspecificconceptsormechanismsthatarechallengingtounderstand.Gettoknowallofyourprofessors.

BIOL3000–FALL2016–*TENTATIVECLASSSCHEDULEUnit1 CellularOriginsandtheProblemsofBeingEukaryoticClass# Date Day Subject1 8/24 W CellularOrigins,ProkaryotesvsEukaryotes2 8/26 F Multicellularity:EukaryoticComplexity:ModelOrganismsUnit2 PlasmaMembraneStructuresandProperties3 8/29 M ThePlasmaMembrane:Lipids4 8/31 W Lipids:IntegralMembraneProteins5 9/2 F IntegralMembraneProteins,OverviewofTransportUnit3 TransportofSmallMoleculesandIons6 9/5 M GlucoseandIonTransport7 9/7 W IonChannelsandNa+/K+ATPase8 9/9 F GlucoseTranscytosisUnit4 ProteinTrafficking9 9/12 M ProteinLocalization:ExperimentalApproachesEXAM1 9/14 W 7–9PM(Units1,2&3)Review9AM10 9/16 F ProteinLocalization:ExperimentalApproaches11 9/19 M TheSecretoryPathway:InsertionofProteinsintotheER12 9/21 W IntegralMembraneProteinTopology;Proteinfolding

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13 9/23 F ProteinFoldingintheER:CFTRandCysticFibrosis14 9/26 M TheSecretoryPathway:ERresidentproteinsandglycosylation15 9/28 W Secretion:VesicleTrafficking,LysosomalTargeting16 9/30 F LysosomalTargeting&LysosomalDeficiencyDisordersNOCLASS 10/3 M FALLREADINGDAYUnit5Receptor-MediatedEndocytosis17 10/5 W LDLReceptor-MediatedEndocytosis:Coronaries&Cholesterol.18 10/7 F LDLReceptor-MediatedEndocytosis:Coronaries&Cholesterol.Unit6Cytoskeleton19 10/10 M CytoskeletonOverview:MicrofilamentStructure/DynamicsEXAM2 10/12 W 7–9PM(Units4&5)Review9AM20 10/14 F MicrofilamentsandCellMorphology:Microtubules21 10/17 M MicrotubuleStructureandDynamics22 10/19 W MicrotubuleMotorProteinsUnit7CellSignaling23 10/21 F CellSignaling:Overview,G-ProteinCoupledReceptors24 10/24 M CellSignaling:G-ProteinCoupledReceptorPathway25 10/26 W CellSignaling:G-ProteinCoupledReceptorPathway26 10/28 F CellSignaling:G-ProteinCoupledReceptorPathwayUnit8CellCycleDynamicsandRegulation,Mitosis27 10/31 M TheCellCycle:RegulatingCyclinsandCDKs28 11/2 W TheCellCycle:RegulatingCyclinsandCDKs29 11/4 F Mitosis:MakingandBreakingtheSpindle30 11/7 M Mitosis:MakingandBreakingtheSpindleEXAM3 11/9 W 7–9PM(Units6&7)Review9AM31 11/11 F Mitosis:ChromosomeSegregationUnit9Cancer32 11/14 M ReceptorTyrosineKinaseSignalingandCellProliferation33 11/16 W ReceptorTyrosineKinaseSignalingandCancerConnection34 11/18 F TheGeneticBasisofCancer35 11/21 M TheGeneticBasisofCancerNOCLASS 11/23 W THANKSGIVINGBREAKNOCLASS 11/25 F THANKSGIVINGBREAK36 11/28 M Cancerandp53TumorSuppressorFunction37 11/30 W TheTransformedPhenotypeandTumorProgression38 12/2 F HallmarksofCancer39 12/5 M HallmarksofCancerEXAM4 12/10 SAT. 2–5PM(Units8&9)

• TheclassscheduleistentativeinthatImaybeginanewtopicduringtheprecedingclass,orcontinuediscussingagiventopicintothenextclass.Imayalsochangesometopicscoveredthroughoutthecourseandthesechangeswillbeannouncedinadvance.

• ImportantCollegeDates• AddDeadline: Tues.Sept.6• DropDeadline: Weds.Sept.7• FallReadingDay Mon.Oct.7(NoClass) • WithdrawalDeadline:Tues.Oct.18• ThanksgivingBreak: Weds.Nov.23&Fri.Nov.25(Noclass)