Ovotesticular DSD: only about 50% of the 500 ever known globally menstruated. So the box label is highly unlikely to be practically "inclusive" in any particular workplace.
Including "intersex" on the box label is either part of the deliberate propaganda that "intersex" people are just everywhere or just parroting the propaganda.
"Upon reaching puberty, breast development, feminization and menstruation may occur. Most affected individuals are infertile but ovulation or spermatogenesis is possible."
https://rarediseases.org/rare-diseases/ovotesticular-disorder-of-sex-development/
"At puberty, 80% have gynecomastia, 50% menstruate"
Ghofrani M. Ovotesticular DSD. PathologyOutlines.com website. https://www.pathologyoutlines.com/topic/ovarynontumortruehermaph.html. Accessed June 14th, 2026
Not necessarily infertile. Not impossible but vanishingly rare. At least eleven known cases globally of pregnancy up to 2008, with all offspring being male.
Pregnancy in a true hermaphrodite with a remaining ovotestis
Fertility and Sterility, Journal of the American Society for Reproductive Medicine, Sept 2008
"True hermaphroditism is defined as the presence of both male and female gonadal tissue in the same individual. Pregnancy in true hermaphrodites is rare. There are ten previously reported cases of pregnancy in true hermaphrodites with no reports on antenatal management. A 21-year-old primigravida Hispanic female presented at 9+ weeks gestation for prenatal care. At her birth, the patient had ambiguous genitalia. At six weeks of age, she underwent a left gonadectomy and right gonad biopsy with pathology revealing ovotestis. At age five, she underwent cliterodectomy with labial reconstruction. Menarche occurred at age 13 with regular menstrual cycles."
"Maternal chromosomal studies were performed, with a buccal smear and blood samples consistent with 46 XX pattern"
"CONCLUSIONS: We report a tenth case of pregnancy in a true hermaphrodite delivering a male fetus. Partial removal of testicular tissue may enhance fertility chances."
https://www.fertstert.org/article/S0015-0282(08)03024-0/fulltext
Pregnancy in a hermaphrodite with a male-predominant mosaic karyotype
Fertility and Sterility, Journal of the American Society for Reproductive Medicine, Nov 2008
"This is the 11th reported case of fertility in a true hermaphrodite and only the second report of a mosaic true hermaphrodite to demonstrate fertility. This is the only case of a pregnancy involving a male-predominant mosaic 96% 46XY and the only case to confirm the genetics of the offspring."
https://www.fertstert.org/article/S0015-0282(08)00233-1/fulltext
Highly speculative article about extremely unlikely circumstances:
Self-fertilization in human: Having a male embryo without a father
M. Kemal Irmak, Medical Hypotheses, Nov 2010
Snippet:
Scenario for a woman to have a son without a father
She is a chimera of 46,XX/46,XY type resulting from the fusion of two zygotes of different sex types and she develops both ovarian and testicular tissues in her body. In another word, she develops from the fusion of dizygotic male and female twins and she had both reproductive cell types (oocytes and sperms) in her body. Since XX cells tend to gather on the left side while XY cells on the right, she develops an ovary on the left side with a patent oviduct and a testis on the right side located . . .
https://www.sciencedirect.com/science/article/abs/pii/S0306987710001957
WOW! This was some rabbit hole! 😮🐰
If you thought that was wild . . . from the same author . . . and based on the above scenario . . .
Embryological basis of the virgin birth of Jesus
M. Kemal Irmak, Journal of Experimental and Integrative Medicine (JEIM), 2014
Abstract
Virgin Mary gave birth to Jesus without a father. A scenario is presented here for this miraculous event. She is a chimera of 46,XX/46,XY type resulting from the fusion of two embryos of different sex types and both ovary and testis develop in Her body. It is well known that in chimera XX cells tend to gather on the left side while XY cells on the right; therefore, an ovary develops at the left side with an oviduct and a testis develops at the right side of the abdominal cavity with no duct. Both gonads are functional and produce oocyte and spermatozoa respectively after puberty. At the time of ovulation, estrogens leads to a negative pressure in the left oviduct and this vacuum effect helps oocyte and sperms to be picked-up into the tube, taking both types of gametes to the fertilization site in the left oviduct. Because of the higher temperature of the oocyte at the left ovary, fertilization occurs with a Y-bearing sperm to give rise to a XY male embryo which becomes miraculously Jesus.
Full paper:
https://www.ejmanager.com/mnstemps/4/4-1377863688.pdf