In the 1970s Stanford University Embryologist Harold Heath sent a box of photographs to Frederick B. Churchill, who was a Professor in the History and Philosophy of Science Department at Indiana University. Heath was born in Indiana, he knew that Churchill was the leading historian of embryology, and he wanted his photographs to be used and therefore wanted them to be housed somewhere with an interest in the history of biology. Heath made it clear that he was donating the photographs for use by scholars and the public. At Indiana University, graduate student Jane Maienschein cataloged the collection. As Maienschein understood it, Churchill held any copyright authority on the photographs of modern biologists.

The most-watched NOVA documentary ever made and a revolution in the understanding of human development, The Miracle of Life (abbreviated Life) employs the most current developments in endoscopic and microscopic technology to capture the intricacies of human development. Narrated by Anita Sangiolo and vividly illustrating the most minute and hard-to-reach parts and processes of living systems, this film truly flexes the muscles of the newest photographic technology of its time, with esteemed photographer Lennart Nilsson behind the camera. Aired in 1983, Life was the first documentary of its kind, clearly explaining, in under an hour, biological systems that many people had never seen before. The film was written and produced by Bebe Nixon and directed by Bo G. Erikson. What follows is a description of the film, along with a brief analysis of its impact.

Life Magazine's 1965 cover story "Drama of Life Before Birth" featured photographs of embryos and fetuses taken by Swedish photojournalist Lennart Nilsson to document the developmental stages of a human embryo. Included in this article was the first published image of a living fetus inside its mother's womb. Prior to this, embryos and fetuses were observed, studied, and photographed outside of women's bodies as non-living specimens. Laparoscopic photography and sophisticated technology contributed to the capturing of these images, which appeared to represent living embryos and fetuses in womb-like environments.

Menstrupedia published the comic book Menstrupedia Comic: The Friendly Guide to Periods for Girls, hereafter Menstrupedia Comic, in July 2014 in India. Aditi Gupta, the founder of Menstrupedia and a women’s health activist, wrote Menstrupedia Comic while studying at the National Institute of Design in Gujarat, India, in 2013. Gupta worked alongside her husband, graphic designer Tuhin Paul, who provided the illustrations for the book. According to Menstrupedia, misconceptions and taboo surrounding menstruation in India prompted Gupta to develop the book. Specifically, in Hindu culture, women and girls may feel embarrassed to discuss their menstrual cycles openly, because menstruation is a process that some people consider impure. Published in eleven different languages, Menstrupedia Comic has become an educational resource for girls around the world to learn about their menstrual cycles.

The Marine Biological Laboratory in Woods Hole, Massachusetts, began in 1888 with one building housing researchers upstairs and students in a shared lab and lecture space downstairs. For the first two years, instruction took the form of general lectures covering a range of topics in zoology. In addition, the trustees offered some public lectures in Boston to raise funds for the lab.

The 1981 Adolescent Family Life Act, or AFLA, is a US federal law that provides federal funding to public and nonprofit private organizations to counsel adolescents to abstain from sex until marriage. AFLA was included under the Omnibus Reconciliation Act of 1981, which the US Congress signed into law that same year. Through the AFLA, the US Department of Health and Human Services, or HHS, funded a variety of sex education programs for adolescents to address the social and economic ramifications associated with pregnancy and childbirth among unmarried adolescents. AFLA received several criticisms for directly emphasizing and funding abstinence-only education programs from religious organizations. However, when US citizen Chan Kendrick brought the case Bowen v. Kendrick before the Supreme Court in 1988, the Court upheld that AFLA was constitutional. Although numerous evaluations have shown minimal scientific evidence supporting abstinence-only education, as of 2020, the federal government still provides funding for such programs through AFLA.

The Multi-Dimensional Human Embryo website (http://embryo.soad.umich.edu/) is a publicly accessible online database of the first three-dimensional images and animations of human embryos during different stages of development. Both the images and animations were created using magnetic resonance microscopy and compiled for easy access. The virtual collection of images is the result of a collaborative project between the University of Michigan, the Center for In Vivo Microscopy at the Duke University Medical Center, and the Human Developmental Anatomy Center at the National Museum of Health and Medicine. The project was funded by the National Institutes of Child Health and Human Development (NICHD). The Multi-Dimensional Human Embryo is the first comprehensive collection of its kind, both in scope, organization, and the 3D nature of the images.

Making Visible Embryos is a 2008 online exhibition of embryos authored and designed by Tatjana Buklijaz and Nick Hopwood who work in the Department of History and Philosophy of Science at the University of Cambridge. Hopwood's research on the history of Ziegler wax models and the use of visual aids to promote the teaching and learning of science is well known.

In March 1999 Bradley Richard Smith, a professor at the University of Michigan, unveiled the first digital magnetic resonance images of human embryos. In his article "Visualizing Human Embryos for Scientific American," Smith displayed three-dimensional images of embryos using combinations of Magnetic Resonance Microscopy (MRM), light microscopy, and various computer editing. He created virtual embryo models that it is possible to view as dissections, animations, or in their whole 3D form. Smith's images constitute a new way of visualizing embryos. They served to help students, researchers, clinicians and the general public interested in the study and investigation of human embryonic development.