File talk:Hertig1956 table2.jpg
PROBABLE UMBERS oir A13Norc— ovum OVULATION FERTILE EOT 3 CATZXIIIENIA opnxyrron MALITY OCCURRED 1 Ogggigin 2 OCCURRED days 8630 II 3 15 16 9-20 25-32 20 48-3948 5 cells Multinucleated 8450 II 3 21 20 or 21 None since previous 24 46.3352 8 cells pregnancy (abortion) Multinucleated 8190 II 4 17 16 9-20 25-32 21 43-1372 9 cells Multinucleated 8452 II 5 16 15 10-17 26-29 21 -46-3604 11-12 cells Multinucleated -8370 V 9 14 13 or 15 10-17 26-29 24 46-676 No chorionic cavity ,7770 V 12 19 18 15-21 31-33 31 -40-7 49 Hypoplastic trophoblast -8299 V 12 16 15 14-22 30-34 28 -45-1220 Malposition of embryo -8329 V 11 15 16 12-18 28-30 27 -45-1809 Trophoblast only -8000 V 12 16 16* 16-20 32 28 -42-217 Shallow implantation -7771 V 12 19 18 or 20 14-20 30-32 32 -40-791 No germ disc -7850 VI 13 1 8 1 8* 12-22 28-34 31 -40-2699 Hypoplastic trophoblast -8290 ?VI 13 15 16 9-17 25-29 29 -44-2785 Malposition of germ disc; shallow implantation -7800 VI 14 18 18 9-24 25-36 32 -40-1327 Hypoplastic trophoblast
‘ Probable day of ovulation is at best an estimate based upon (a) the apparent developmental age of ovum, b) the interpretation of the degree of progestational change of the endometrium and (c) the clinical history. ‘Of the coital dates recorded by the patient the one given is most likely to have resulted in the pregnancy ere described.
A well isolated or single, and therefore, critical coital date. 3 Estimated ovulation time is based on the fact that the modal time of ovulation is 14 1- 2 days before the ext expected period, as follows:
25-32, range in onset of catamenia 16-12, range in ovulation
9-20, E.O.T. in this patient Abnormal fertilized ova of about 3-14 days of development
"1-us-ro1.o,g1c PI1):l"['1‘I!::?GN ((3: P‘:(';PFI;E0.\?'F LA)l‘3%'RS ABOI:':‘)I.0NS PREVIOUS PUBLICATXON RHERENCES ENDOMETRIUM 4 19 28 3 1 Hertig and Rock (’49b); Hertig, Rock, Adams and Mulligan (’54). 17 30 6 2 Hertig and Rock (’49b, ’50); Hertig, Rock, Adams and Mulligan (’54); Rock and Hertig (’48). 18 39 4 O Hertig and Rock (’46, ’49b, ’50); Hertig, Rock, Adams and Mulligan (’54). 19 33 6 0 Hertig and Rock (’49b, ’50); Hertig, Rock, Adams and Mulligall (’54). Moderate 37 4 1 Hertig and Rock (’49b, ’50). progestational hyperplasia Moderate 29 6 ?1 Hertig and Rock (’44a); Rock and Hertig (’42, ’44). progestational hyperplasia Moderate 26 3 1 Hertig and Rock (’49b, ’50). progestational hyperplasia Advanced 32 5 0 Hertig and Rock (’49b, ’50). progestational hyperplasia Advanced 29 4 1 Hertig and Rock (’44a, ’49b, ’50); Rock and Hertig (’42, progcstational ’44) . hyperplasia Advanced 35 4 0 I-Iertig (’45); Hertig and Rock (’44a, ’49b, ’50); Rock and progestational Hertig (’42). hyperplasia Early 33 1] 4 Hertig and Rock (’44a); Rock and Hertig (’42, ’44). decidua Early 37 10 0 Hcrtig and Rock (’49b, ’50). decidua Early 35 4 0 Hertig (’45); Hcrtig and Rock (’44a, ’49b, ’50); Rock and decidua Hertig (’42, ’44).
‘The microscopic pattern of the endometrium during the last 14 days (postovulatory or progestational phase) of any menstrual cycle follows a regular identifiable histologic sequence of events. The “dating” for each of these postovulatory days conforms to what is termed a “standard cycle” with ovulation on day 14 and menstruation on day 28.
