This exhibition honors the lives and achievements of women in medicine. Women physicians have excelled in many diverse medical careers. Some have advanced the field of surgery by developing innovative procedures. Some have won the Nobel prize. Others have brought new attention to the health and well-being of children. Many have reemphasized the art of healing and the roles of culture and spirituality in medicine.

There are two lessons in this group. The first lesson is a lab activity that illustrates the importance of hand washing as a way to prevent the spread disease. The second lesson includes discussion of various careers in the health field and allows students to explore careers utilizing various resources.

In Lesson 1, students learn about what DNA is and several different DNA typing techniques. In Lesson 2, students examine three different situations where DNA typing was used to carry out justice. Students also identify and evaluate different uses of DNA typing techniques and its possible benefits and misuses.

This guide uses biology, health, and world study topics to engage students in global health issues and solutions from experiential and multidisciplinary perspectives. The guide offers an outline of how to organize and host a "Global Health Conference," and provides suggestions regarding logistics and instructions as well as resource materials for preparing and organizing a student conference. The Global Health Conference is a school event where students present display boards and two-page essays on various countries and their health challenges, very much like a science fair.
As a template, the guide can be modified to suit each educator's goals, student needs, and school policies. The guide is designed to involve all students from a single grade level—e.g., all seventh-grade students. However, educators can use pieces from the guide or tailor it to one class or a whole school. We recommend that each educator adapt this guide to the most appropriate scale for his or her own school environment and policies, student needs, and learning outcomes.

Lesson 1 introduces students to the blow fly's life cycle and the accumulated degree hour (ADH) used by forensic entomologists for estimating the time of death. Lesson 2 introduces Dr. Krinsky's entomological work in solving a murder case in 1986. Students access several primary-source documents related to Dr. Krinsky's entomological work. Both lessons help students expand their understanding of a forensic entomologist's work and appreciate how scientists account for environmental/variable factors in forming a conclusion in a scientific study.

This lesson plan helps students explore the concept that health is a basic human right. Primary sources -- Article 25 of the "U.N. Universal Declaration of Human Rights" and Article 1 of the "Declaration of Alma-Ata" -- are used to help students define health and human rights, and to build a connection between the two. Students apply the concept of health as a basic human right by analyzing case studies from the Against the Odds exhibition

Help Me Understand Genetics presents basic information about genetics in clear language and provides links to online resources.

This is a collection of nearly 60,000 images that illustrate the social and historical aspects of medicine. The collection includes portraits, pictures of institutions, caricatures, genre scenes, and graphic art in various media.

This lesson introduces an anthropometric measurement system developed to identify and track people in the penal system in late 19th and early 20th century. Students conduct a guided experiment and discussions while collecting anthropometric measurements, exploring the impact of experimental errors in a scientific system, and explaining their observations/findings in writing.

This lesson incorporates visual materials from the Against the Odds exhibition to engage visual learners and to encourage students to apply a successful public health program to their own lives. Students learn about Brazilian students who adopt an active, healthy lifestyle through the Agita São Paulo program. Students connect with students in Brazil through their photos and drawings promoting various physical activities. Students also develop their own ideas on how to adopt an active, healthy lifestyle for themselves. Finally, students create materials to inform others about and persuade them to improve their health with 30 minutes of daily physical activity.

Students are introduced to vocabulary, and their prior knowledge about infectious diseases is assessed. They conduct a liquid exchange activity that models the spread of an infectious disease. An activity summary discussion helps students extend and apply their understanding of how an infectious disease may spread. Students work in small groups to examine real-life cases of infectious diseases from different countries and diverse approaches in solving the health problems caused by infectious diseases. Students learn about people and organizations that help prevent the spread of infectious diseases. Students also consider how to balance protecting the rights of those who have infectious disease and those who do not.

This site takes us into the world of structural biology -- a branch of molecular biology that focuses on the shape of nucleic acids and proteins (the molecules that do most of the work in our bodies). Learn about the structures and roles of proteins, tools used to study protein shapes, how proteins are used in designing new medications (for AIDS and arthritis), and what structural biology reveals about all life processes. Find out about careers in biomedical research.

ToxMystery was created by the United States National Library of Medicine to help children from 7-11 years old learn about household chemical hazards. Toxie the Cat helps kids find the hazards hidden in each room and offers hints when needed. When all the risky spots in the house have been discovered, Toxie dances and celebrates and players can print a personalized certificate of completion. ToxMystery has been usability tested by kids and educators, receiving high grades by all.

ToxMystery is available in English and Spanish. Players can toggle between the languages without losing their place in the game, extending the game to language classes. ToxMystery not only educates young learners but provides parents and teachers with resources on environmental health. Parents can click on the "Parent Resources" or "Para los padres" tabs to find links to U.S. government and non-profit organization Web sites about everyday environmental hazards. The "For Teachers" or "Para maestros" pages contain 3 lesson plans with student worksheets and activities that use ToxMystery to explore common household chemical hazards.

This lesson plan will introduce students to potential environmental health hazards in their day-to-day environment. Students will be introduced to ToxMystery, a computer game activity, and either individually or in groups, they will find potential environmental health hazards in each room of the house that is presented by the game. They will then answer multiple choice uestions posed by the game about the hazards they encounter and complete assigned activity sheets.

This lesson plan is a follow-up lesson to the introductory ToxMystery activity lesson. It is a paper-based activity that incorporates the character “Toxie” from the computer game activity into a detectives’ “Case Book”. Students will work with the packet “Catch That Hazard!!!”

They will follow the clues provided, and work with the ToxMystery computer game activity to fill in the clues. The chemicals to be investigated are introduced on the cover of the Case Book activity packet. After reviewing the clues with the ToxMystery game the students will fill out the final sheet of the Case Book packet.

This lesson plan will extend the inquiry started in the ToxMystery activities by introducing students to the world of acidity and alkalinity in household products.

This is an interactive guide to toxic substances commonly found in water, rivers, offices, stores, schools, parks, homes, and factories. Substances include arsenic, asbestos, carbon monoxide, lead, mercury, ozone, radon, and toluene.

This lesson explores the senses of smell, touch, taste, sight, and hearing. It provides an opportunity for students to meet a doctor who will show them how the senses are used when examining patients. The lesson introduces Dr. Virginia Apgar and the use of the Apgar Score in examining newborn babies.

There are three lessons in this group. The first two focus on the biological and developmental changes that take place during adolescence and addresses the nutritional, physical exercise, and mental exercise needs of adolescents during this period. During the third lesson, a health professional with a background in adolescent health needs leads the class in a group discussion. (Note: these lessons are intended to serve as an introduction to a more in-depth nutrition unit by helping students understand the biological processes that underlie their lifestyle choices, including nutrition.)