Baby Friendly Hospitals
In 1991 the WHO launched a global program, the Baby Friendly Hospital Initiative (BFHI), that encourages birthing centers and hospitals to institute procedures  that  encourage mother/baby bonding  and breastfeeding. The Johns Hopkins Hospital  describes the process of receiving the Baby Friendly designation:

It involves changing long-standing policies, protocols and behaviors. The Baby-Friendly Hospital Initiative includes a very rigorous credentialing process that includes a two-day site visit, where assessors evaluate policies, community partnerships and education plans, as well as interview patients, physicians and staff members. Every major health organization, such as the CDC, supports the BFHI. As of 2019, 28% of hospitals in the US have been accredited by the WHO. Medication
The use of pain medication in labour has been a controversial issue for hundreds of years. A Scottish woman was burned at the stake in 1591 for requesting pain relief in the delivery of twins. Medication became more acceptable in 1852, when Queen Victoria used chloroform as pain relief during labour. The use of morphine and scopolamine, also known as "twilight sleep", was first used in Germany and popularised by German physicians Bernard Kronig and Karl Gauss. This concoction offered minor pain relief but mostly allowed women to completely forget the entire delivery process. Under twilight sleep, mothers were often blindfolded and restrained as they experienced the immense pain of childbirth. The cocktail came with severe side effects, such as decreased uterine contractions and altered mental state. Additionally, babies delivered with the use of childbirth drugs often experienced temporarily-ceased breathing.
Many pathogenic bacteria are easily grown on nutrient agar, a form of solid medium that supplies carbohydrates and proteins necessary for growth, along with copious amounts of water. A single bacterium will grow into a visible mound on the surface of the plate called a colony, which may be separated from other colonies or melded together into a "lawn". The size, color, shape and form of a colony is characteristic of the bacterial species, its specific genetic makeup (its strain), and the environment that supports its growth. Other ingredients are often added to the plate to aid in identification. Plates may contain substances that permit the growth of some bacteria and not others, or that change color in response to certain bacteria and not others. Bacteriological plates such as these are commonly used in the clinical identification of infectious bacterium. Microbial culture may also be used in the identification of viruses: the medium, in this case, being cells grown in culture that the virus can infect, and then alter or kill. In the case of viral identification, a region of dead cells results from viral growth, and is called a "plaque". Eukaryotic parasites may also be grown in culture as a means of identifying a particular agent.In the absence of suitable plate culture techniques, some microbes require culture within live animals. Bacteria such as Mycobacterium leprae and Treponema pallidum can be grown in animals, although serological and microscopic techniques make the use of live animals unnecessary.