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Figure 6.92 Complete hydatidiform mole. Top: Enlarged, hydropic villi correspond to the grape-like vesicles seen in curettage specimens. Bottom: Villous stromal cells and cytotrophoblastcellsdonotexpresspaternallyimprintednuclearp57incompletehydatidiform mole.
PlacentalSiteNoduleandPlaque
Placentalsitenodulesareessentiallyhyalinizedimplantationsites.Theyoccurduringthe
reproductiveyearsandmaybeacauseofuterinebleedingoranincidentalfinding.Theyare discretelesions,formingnodulesorplaques,butoccasionallytheymaypresentasmultiple fragmentsorlesionsinauterinesampling(Fig.6.96).Ahistoryofpregnancymayberemote orevenabsent.Placentalsitenoduleorplaqueisabenignprocess,nottobeconfusedwith placentalsitetrophoblastictumor.
Figure 6.93 Invasive mole. Complete hydatidiform mole with exuberant trophoblastic proliferationinvadesthemyometriuminthishysterectomyspecimen.
Figure 6.94 Choriocarcinoma. Bilaminar pattern of syncytiotrophoblastic and cytotrophoblasticcellsisdiagnosticofthistumor.
Figure 6.95 Placental site trophoblastic tumor. Top: Large, atypical eosinophilic and polygonalcellsdiffuselyinfiltrate the deepmyometrium.Bottom:Humanplacentallactogenis expressedbytheneoplasticintermediatetrophoblasticcells.
Figure 6.96 Placental site nodule. Discrete nodules or plaques of hyalinized intermediate trophoblastictissuemaybeseenincurettagespecimens.
References
1. Darragh TM, Colgan TJ, Cox JT, et al. The lower anogenital squamous terminology standardization project for
HPV-associatedlesions:backgroundandconsensusrecommendationsfromtheCollegeof AmericanPathologistsand theAmericansocietyforcolposcopyandcervicalpathology.JLowGenitTractDis2012;16(3):205–242.
2. Stoler MH, Schiffman M; Atypical Squamous Cells of Undetermined Significance-Low-Grade Squamous IntraepithelialLesionTriageStudy(ALTS)Group.Interobserverreproducibilityofcervicalcytologicandhistologic
interpretations:realisticestimatesfromtheASCUS-LSILTriageStudy.JAMA2001;285:1500–1505.
3. KongCS,BalzerBL,TroxellML,etal.p16INK4AimmunohistochemistryissuperiortoHPVinsituhybridization forthedetectionofhigh-riskHPVinatypicalsquamousmetaplasia.AmJSurgPathol2007;31:33–43.
4. Castle PE,Stoler MH, Solomon D, et al. The relationship of community biopsy-diagnosedcervical intraepithelial neoplasia grade 2 to the quality control pathology-reviewed diagnoses: an ALTS report. Am J Clin Pathol 2007;127(5):805–815.
5. CarreonJD,ShermanME,GuillenD,etal.CIN2isamuchlessreproducibleandlessvaliddiagnosisthanCIN3: resultsfromahistologicalreviewofpopulation-basedcervicalsamples.IntJGynecolPathol2007;26(4):441–446.
6. BhatlaN,BerekJS,CuelloFredesM,etal.RevisedFIGOstagingforcarcinomaofthecervixuteri.IntJGynecol Obstet2018;143(Suppl3):43–991.
7. Cogliano V, Baan R, Straif K, et al; WHO International Agency for Research on Cancer.Carcinogenicity of humanpapillomaviruses.LancetOncol2005;6:204.
8. HoGY,BiermanR,BeardsleyL,etal.Naturalhistoryofcervicovaginalpapillomavirusinfectioninyoungwomen.N EnglJMed1998;338:423–428.
9. Human papillomavirus testing for triage of women with cytologic evidence of low-grade squamous intraepithelial lesions:baselinedatafromarandomizedtrial.TheAtypicalSquamousCellsofUndeterminedSignificance/Low-Grade SquamousIntraepithelialLesionsTriageStudy(ALTS)Group.JNatlCancerInst2000;92:397–402.
10. NayarR,WilburDC,eds.TheBethesdaSystemforReportingCervicalCytology.NewYork:Springer;2015.
11. Massad LS, Einstein MH, Huh WK, et al. 2012 ASCCP Consensus Guidelines Conference. 2012 updated
consensusguidelines for the management of abnormal cervical cancer screening tests and cancerprecursors. J Low GenitTractDis2013;17(5Suppl1):S1–S27.
12. SolomonD,SchiffmanM,TaroneR;ALTSStudyGroup.Comparisonofthreemanagementstrategiesforpatients
withatypicalsquamouscellsofundeterminedsignificance:baselineresultsfromarandomizedtrial.JNatlCancerInst. 2001;93:293–299.
13. DeCremouxP,CosteJ,Sastre-GarauX,etal;FrenchSocietyofClinicalCytologyStudyGroup.Efficiencyofthe
hybridcapture2HPVDNAtestincervicalcancerscreening.AstudybytheFrenchSocietyofclinicalcytology.AmJ ClinPathol2003;120:492–499.
14. Carozzi FM, Del Mistro A, Confortini M, et al. Reproducibility of HPV DNA testing by hybrid capture 2 in a
screeningsetting.AmJClinPathol2005;124:716–721.
15. CastlePE,LorinczAT,Mielzynska-LohnasI,etal.ResultsofhumanpapillomavirusDNAtestingwiththehybrid
capture2assayarereproducible.JClinMicrobiol2002;40:1088–1090.
16. BiscottiCV,DawsonAE,DziuraB,etal.AssistedprimaryscreeningusingtheautomatedThinPrepImagingSystem.
AmJClinPathol2005;123:281–287.
17. IoffeOB,SagaeS,MoritaniS,etal.Proposalofanewscoringschemeforthediagnosisofnoninvasiveendocervical
glandularlesions.AmJSurgPathol2003;27:452–460.
18. StolnicuS,BarsanI,HoangL,etal.Internationalendocervicaladenocarcinomacriteriaandclassification(IECC):a
newpathogeneticclassification for invasive adenocarcinomas oftheendocervix. Am J SurgPathol 2018;42(2):214–
226.
19. WitkiewiczA,LeeKR,BrodskyG,etal.Superficial(early)endocervicaladenocarcinomainsitu:astudyof12cases
andcomparisontoconventionalAIS.AmJSurgPathol2005;29:1609–1614.
20. Ansari-Lari MA, Staebler A, Zaino RJ, et al. Distinction of endocervical and endometrial adenocarcinomas:
immunohistochemicalp16expressioncorrelatedwithhumanpapillomavirus(HPV)DNAdetection.AmJSurgPathol 2004;28:160–167.
21. Kong CS, Beck AH, Longacre TA. A panel of 3 markers including p16, ProExC, or HPV ISH is optimal for
distinguishing between primary endometrial and endocervical adenocarcinomas. Am J SurgPathol 2010;34(7):915–
926.
22. DiazDeVivarA,RomaAA,ParkKJ,etal.Invasiveendocervicaladenocarcinoma:proposalforanewpattern-based
classification system with significant clinical implications: a multi-institutional study. Int J Gynecol Pathol 2013;32(6):592–601.
23. Roma AA, Mistretta TA, Diaz De Vivar A, et al. New pattern-based personalized risk stratification system for
endocervical adenocarcinoma with important clinical implications and surgical outcome. Gynecol Oncol 2016;141(1):36–42.
24. Talia KL, McCluggage WG. The developing spectrum of gastric-type cervical glandular lesions. Pathology
2018;50(2):122–133.
25. StaeblerA,ShermanME,ZainoRJ,etal.Hormonereceptorimmunohistochemistryandhumanpapillomavirus in
situ hybridization are useful for distinguishing endocervical and endometrial adenocarcinomas. Am J Surg Pathol
2002;26:998–1006.
26. Alkushi A, Irving J, Hsu F, et al. Immunoprofile of cervical and endometrial adenocarcinomas using a tissue
microarray.VirchowsArch2003;442:271–277.
27. Stewart CJ, Charles A, Foulkes WD. Gynecologic manifestations of the DICER1 syndrome. Surg Pathol Clin
2016;9:227–241.
28. CroceS,HosteinI,LongacreTA,etal.Uterineandvaginalsarcomasresemblingfibrosarcoma:aclinicopathologic
andmolecularanalysisof13casesshowingcommonNTRK-rearrangementsandthedescriptionofaCOL1A1-PDGFB fusionnoveltouterineneoplasms.ModPathol2019;32:1008–1022.
29. ParkHM,ParkMH,KimYJ,etal.Müllerianadenosarcomawithsarcomatousovergrowthofthecervixpresenting
ascervicalpolyp:acasereportandreviewoftheliterature.IntJGynecolCancer2004;14:1024–1029.
30. ScurryJ,WilkinsonEJ.Reviewofterminologyofprecursorsofvulvarsquamouscellcarcinoma.JLowGenitTract
Dis2006;10:161–169.
31. SideriM, JonesRW, Wilkinson EJ, et al. Squamous vulvar intraepithelial neoplasia: 2004 modified terminology,
ISSVDVulvarOncologySubcommittee.JReprodMed2005;50:807–810.
32. HartWR.Vulvarintraepithelialneoplasia:historicalaspectsandcurrentstatus.IntJGynecolPathol2001;20:16–30.
33. vanderAvoortIA,ShirangoH,HoevenaarsBM,etal.Vulvarsquamouscellcarcinomaisamultifactorialdisease
followingtwoseparateandindependentpathways.IntJGynecolPathol2006;25:22–29.
34. MedeirosF,NascimentoAF,CrumCP.Earlyvulvarsquamousneoplasia:advancesinclassification,diagnosis,and
differentialdiagnosis.AdvAnatPathol2005;12:20–26.
35. XingD,BakhshS,MelnykN,etal.FrequentNFIB-associatedgenerearrangementinadenoidcysticcarcinomaofthe
vulva.IntJGynecolPathol2017;36(3):289–293.
36. NucciMR,YoungRH,FletcherCD.Cellularpseudosarcomatousfibroepithelialstromalpolypsofthelowerfemale
genitaltract:anunderrecognizedlesionoftenmisdiagnosedassarcoma.AmJSurgPathol2000;24:231–240.
37. LongacreTA,MillsSE. The vulva and vagina. In: MillsSE, ed.Sternberg’s Diagnostic SurgicalPathology. New
York:LippincottWilliams&Wilkins;2015.
38. NielsenGP,Young RH. Mesenchymaltumorsand tumor-like lesions ofthefemale genital tract:a selective review
withemphasisonrecentlydescribedentities.IntJGynecolPathol2001;20:105–127.
39. NucciMR,FletcherCD.Vulvovaginalsofttissuetumours:updateandreview.Histopathology2000;36:97–108.
40. WortmanBG,NoutRA,BosseT,etal.Selectingadjuvanttreatmentforendometrialcarcinomausingmolecularrisk
factors.CurrOncolRep2019;21:83-1-9.
41. LongacreTA,ChungMH, Jensen DN, et al. Proposedcriteria for the diagnosisof well-differentiated endometrial
carcinoma.Adiagnostictestformyoinvasion.AmJSurgPathol1995;19:371–406.
42. Kurman R, Norris H. Evaluation of criteria for distinguishing atypical endometrial hyperplasia from well-
differentiatedcarcinoma.Cancer1982;49:2547–2559.
43. HendricksonM,RossJ,EifelP,etal.Uterinepapillaryserouscarcinoma:a highly malignant form ofendometrial
adenocarcinoma.AmJSurgPathol1982;6:93–108.
44. Hendrickson MR, Longacre TA, Kempson RL. Uterine papillary serous carcinoma revisited. Gynecol Oncol
1994;54:261–263.
45. ShermanME,BittermanP,RosensheinNB,etal.Uterineserouscarcinoma.Amorphologicallydiverseneoplasm
withunifyingclinicopathologicfeatures.AmJSurgPathol1992;16:600–610.
46. SoslowRA,PirogE,IsacsonC.Endometrialintraepithelialcarcinomawithassociatedperitonealcarcinomatosis.Am
JSurgPathol2000;24:726–732.
47. Mills AM, Longacre TA. Lynch syndrome: female genital tract cancer diagnosis and screening. SurgPathol Clin
2016;9:201–214.
48. KempsonRL, HendricksonMR. Smoothmuscle, endometrial stromal, and mixed müllerian tumors of the uterus.
ModPathol2000;13:328–342.
49. LongacreTA,AtkinsKA,KempsonRL,etal.The uterinecorpus.In:MillsS,ed.Sternberg’sDiagnosticSurgical
Pathology.Philadelphia,PA:LippincottWilliams&Wilkins;2015.
50. BellSW,KempsonRL,HendricksonMR.Problematicuterinesmoothmuscleneoplasms.Aclinicopathologicstudy
of213cases.AmJSurgPathol1994;18:535–558.
51. ChangK,CrabtreeG,Lim-TanS,etal.Primaryuterineendometrialstromalneoplasms.Aclinicopathologicstudyof
117cases.AmJSurgPathol1990;14:415–438.
52. LeeCH,Marino-EnriquezA,OuW,etal.TheclinicopathologicfeaturesofYWHAE-FAM22endometrialstromal
sarcomas:ahistologicallyhigh-gradeandclinicallyaggressivetumor.AmJSurgPathol2012;36:641–653.
53. CotziaP, BenayedR, Mullaney K,et al. Undifferentiateduterinesarcomas represent under-recognizedhigh-grade
endometrialstromalsarcomas.AmJSurgPathol2019;43:662–669.
54. DevereauxKA,KunderCA,LongacreTA.ALK-rearrangedtumorsarehighlyenrichedinthestumpsubcategoryof
uterinetumors.AmJSurgPathol2019;43:64–74.
55. VangR, Kempson RL. Perivascularepithelioid cell tumor(‘PEComa’) of theuterus: a subsetof HMB-45-positive
epithelioidmesenchymalneoplasmswithanuncertainrelationshipto pure smooth muscle tumors. Am J SurgPathol 2002;26:1–13.
56. ZaloudekC,NorrisH.Adenofibromaandadenosarcomaoftheuterus:aclinicopathologicstudyof35cases.Cancer
1981;48:354–366.
57. ClementP,ScullyR.Müllerianadenosarcomaoftheuterus:aclinicopathologicanalysisof100caseswithareviewof
theliterature.HumPathol1990;21:363–381.
58. LongacreTA,ChungMH,RouseRV,etal.Atypicalpolypoidadenomyofibromas(atypicalpolypoidadenomyomas)
oftheuterus.Aclinicopathologicstudyof55cases.AmJSurgPathol1996;20:1–20.
59. FergusonSE,TornosC,HummerA,etal.PrognosticfeaturesofsurgicalstageIuterinecarcinosarcoma.AmJSurg
Pathol2007;31:1653–1661.
60. Longacre TA, Gilks CB. Surface epithelial stromal tumors. In: Nucci M, Oliva E, eds.Gynecologic Pathology.
Philadelphia,PA:Elsevier;2008.
61. Lee KR, TavassoliFA, Prat J, et al. Tumours of the ovary and peritoneum. In: TavassoliFA, Devillee P, eds.
TumoursoftheBreastandFemaleGenitalOrgans.Lyon:IARCPress;2003:119–124.
62. Bell DA, Longacre TA, Prat J, et al. Serous borderline (low malignant potential, atypical proliferative) ovarian
tumors:workshopperspectives.HumPathol2004;35:934–948.
63. McKenneyJK, Balzer BL, LongacreTA. Patterns of stromal invasionin ovarian serous tumors oflow malignant
potential (borderline tumors): a re-evaluation of the concept of stromal microinvasion. Am J Surg Pathol 2006;30:1209–1221.
64. Longacre TA,McKenney JK, Tazelaar HD, et al. Ovarian serous tumors of low malignant potential (borderline
tumors): outcome-based study of 276 patients with long-term (> or = 5-year) follow-up. Am J Surg Pathol 2005;29:707–723.
65. McKenney JK, Balzer BL, Longacre TA. Lymph node involvement in ovarian serous tumors of low malignant
potential(borderlinetumors):pathology,prognosis,andproposedclassification.AmJSurgPathol2006;30:614–624.
66. MalpicaA,DeaversMT,LuK,etal.Gradingovarianserouscarcinomausingatwo-tiersystem.AmJSurgPathol
2004;28:496–504.
67. ShimizuY,KamoiS,Amada S,etal.Towardthedevelopmentofauniversalgradingsystemforovarianepithelial
carcinoma. I. Prognostic significance of histopathologic features—Problems involved in the architectural grading system.GynecolOncol1998;70:2–12.
68. ShihIe M,Kurman RJ.Ovarian tumorigenesis:a proposed model based on morphological and molecular genetic
analysis.AmJPathol2004;164:1511–1518.
69. Gilks CB, Bell DA, Scully RE. Serous psammocarcinoma of the ovary and peritoneum. Int J Gynecol Pathol
1990;9:110–121.
70. RonnettBM,Kajdacsy-BallaA,GilksCB,etal.Mucinousborderlineovarian tumors:pointsofgeneral agreement
andpersistentcontroversiesregardingnomenclature,diagnosticcriteria,andbehavior.HumPathol2004;35:949–960.
71. McKenney JK, Soslow RA, Longacre TA. Ovarian mature teratomas with mucinous epithelial neoplasms:
morphologicheterogeneityandassociationwithpseudomyxomaperitonei.AmJSurgPathol2008;32:645–655.
72. VangR,GownAM,ZhaoC,etal. Ovarianmucinoustumorsassociatedwithmaturecysticteratomas:morphologic
and immunohistochemical analysis identifies a subset of potential teratomatous origin that shares features of lower gastrointestinal tract mucinous tumors more commonly encountered as secondary tumors in the ovary. Am J Surg Pathol2007;31:854–869.
73. WiegandKC,ShahSP,Al-AghaOM,etal.ARID1Amutationsinendometriosis-associatedovariancarcinomas.N
EnglJMed2010;363:1532–1543.
74. OlivaE,ClementPB,YoungRH.Sexcord-stromal,steroidcell,andgermcelltumorsoftheovary.In:MillsSE,ed.
Sternberg’sDiagnosticSurgicalPathology.Philadelphia,PA:LippincottWilliams&Wilkins;2015.
75. Shah SP, Köbel M, Senz J, et al. Mutation of FOXL2 in granulosa-cell tumors of the ovary. N Engl J Med
2009;360:2719–2729.
76. Gilks CB, Young RH, Clement PB. Ovarian epithelial-stromal tumors. In: Mills SE, ed. Sternberg’s Diagnostic
SurgicalPathology.Philadelphia,PA:LippincottWilliams&Wilkins;2015.
77. Esheba GE, Pate LL, Longacre TA. Oncofetal protein glypican-3 distinguishes yolk sac tumor from clear cell
carcinomaoftheovary.AmJSurgPathol2008;32:600–607.
78. LerwillMF,ClementPB,YoungRH.Miscellaneousprimarytumors,secondarytumors,andnon-neoplasticlesionsof the ovary. In: Mills SE, ed.Sternberg’s Diagnostic Surgical Pathology. Philadelphia, PA: Lippincott Williams & Wilkins;2015.
79. LongacreTA,GilksCB. Nonneoplastic lesions of the ovary. In: Nucci M, Oliva E, eds.Gynecologic Pathology. Philadelphia,PA:Elsevier;2008.
80. ParkerRL,DadmaneshF,YoungRH,ClementPB.Polypoidendometriosis:aclinicopathologicanalysisof24cases andareviewoftheliterature.AmJSurgPathol2004;28(3):285–297.
81. FolkinsAK,JarboeEA,SaleemuddinA,etal.Acandidateprecursortopelvicserouscancer(p53signature)andits prevalenceinovariesandfallopiantubesfromwomenwithBRCAmutations.GynecolOncol2008;109:168–173.
82. LongacreTA,OlivaE,SoslowRA.Recommendationsforthe reportingoffallopiantube neoplasms.VirchowsArch 2007;450:25–29.
83. ShihIE,MazurMT,KurmanRJ.Gestationaltrophoblasticdisease.In:MillsSE,ed.Sternberg’sDiagnosticSurgical Pathology.Philadelphia,PA:LippincottWilliams&Wilkins;2009.
7
EpidemiologyandBiostatistics
DanielW.Cramer KathrynL.Terry
Thedisciplinesofepidemiologyandbiostatisticsapplytogynecologiconcologyindefining cancer occurrence and survival, identifying risk factors, and implementing strategies for treatment or prevention, including the proper design of clinical trials. Epidemiology and biostatisticsareessentialtothepracticeofevidence-basedmedicine.Somekeyprinciplesof epidemiology and biostatistics are considered under the headings of descriptive statistics, etiologicstudies,statisticalinferenceand validity,andcancerriskandprevention.Standard statistical and epidemiologic texts present more detailed discussions and computational formulas(1,2).
DescriptiveStatistics
Cancer is described in populations by statistics related to its occurrence and patient survival. How cancer varies by age, ethnicity, and geography is of particular interest.
Descriptive statistics about cancer in the United States can be obtained from the National CancerInstitutethroughitswebsite:http://www.seer.cancer.gov/.Descriptivestatisticsabout cancer worldwide can be obtained from the International Agency for Research on Cancer