This lesson explains how to accurately read a graduate that are used in healthcare settings.  This presentation introduces some beginning concepts on what is out put and what is the signficance of accurately measuring it when providing care.  Then the lesson continues into explaining how to accurately read 3 different types of graduates in ounces, ml, and cubic centimeters.  Then provides three practice problems with answers provided.

To further develop student learning of anatomical terminology, students will utilize the linked website ( Anatomical directional terms website link ) to use as a resource for defining each anatomical directional term.  After taking notes over each term they will complete a project applying the terms in a video.   This project can be used in courses related to health sciences when covering the topic of anatomically correct terminology related to directions when referencing the location of more than one location on the human body.    Essential Questions:1.   Identify body direction terminology.2.   Recognize directional terms of anatomy.3.   Use anatomical landmarks terms when referring to parts of the body.

The resource contains handouts and instructions for discussing traditional non-stretch tape, mainstream elastic tape and dynamic/kinesiotape.  

The lesson contains step by step instruction for applying a basic wrist taping.  The basic tape job can be used as anchors for the addition of a full hand tape job or a thumb spica wrap.  

This course highlights the impact of sports-related concussion on athletes, teaches how to recognize a suspected concussion, and provides protocols to manage a suspected concussion with steps to help players return to play safely after a concussion.  Concussions are in the forefront of awareness in academics, sports and activities.  A concussion is a brain injury that leads to symptoms such as headache, dizziness, and confusion. Concussions happen when someone has a blow to the head, or the head is shaken back and forth with great force. 

This is a unit plan covering the history of the surgery. It is designed to take about 35 days (50-minute class periods). This unit is based on the book, The Butchering Art: Joseph Lister’s Quest to Transform the Grisly World of Victorian Medicine by Lindsey Fitzharris. For each of the chapters, vocab activities, pre-reading activities, and reflection questions have been created. A final project is included at the end of the unit. To grade this unit, the book is chunked into Portfolios (Prologue to Chapter 4, Chapters 5-8, Chapter 9 to Epilogue), which are designed to be the formative grades. Each of these Portfolios has a Portfolio Checksheet, which is a list of assignments that must be turned in for that unit. The Portfolios can be returned to the students and used on the final project. The final project is the summative grade for the unit. Quizzes could be added to this unit to increase the number of summative grades. To make this unit easier to facilitate, I would suggest purchasing the Audio Book, along with the hardcopies to help read to the class.

This task was developed by high school and postsecondary mathematics and health sciences educators, and validated by content experts in the Common Core State Standards in mathematics and the National Career Clusters Knowledge & Skills Statements. It was developed with the purpose of demonstrating how the Common Core and CTE Knowledge & Skills Statements can be integrated into classroom learning - and to provide classroom teachers with a truly authentic task for either mathematics or CTE courses.

In this Lesson I will cover the entire chapter on the Cardiovascular System including:Introduction to the Cardiovascular SystemThe HeartBasic informationAnatomyHow blood flows through the heartThe Conduction SystemEKG'sBlood Pressure and PulseCommon Pathologies of the Cardiovascular SystemLabs and Diagnostic test for the Cardiovascular SystemAll types of Procedures for the Cardiovascular SystemMedications for the Cardiovascular SystemAbbrieviations for the Cardiovascular System

These diagrams are supplemental to the Nebraska Career Development Toolkit, a comprehensive program of career development including lessons for students in every age ranging between grades K-12: https://oercommons.org/groups/ne-career-readiness/14199/

This site is a comprehensive program of career development including lessons for students in every grade between K-12. These 99 lessons are aligned with the Nebraska Career Development model, which consists of three segments: self-awareness, career exploration, and career planning and management. Our goal is to inspire individuals to turn their passion, talent, and abilities into successful careers and fulfilling lives. The program toolkit is appropriate for schools including Special Education and High Ability Learners, vocational rehabilitation programs, and with business, industry, and community partnerships, programs can achieve systemic career development for every student.

Chemical reactions play an important role in our digestive system. This activity will allow you to observe one of those reactions, known as a decomposition reaction.  Decomposition is a reaction that breaks down a complex substance into simpler substances. You will be using the enzyme amylase to break down a starch into a simple sugar. This lab will simulate what is happening in your mouth when your saliva (which contains the enzyme amylase) begins to break down the complex carbohydrate starch.

To investigate the movement of water into and out of a polymer.  Gummy Bears are made of gelatin and sugar.  Gelatin is a polymer that forms large three-dimensional matrices which give structural support to jellies and jams, and a lot of other things you use every day. This process will simulate what happens in your body cells.

This is a project based course designed to help middle school students explore career options using the Nebraska Career Education Model and understand the Nebraska Career Readiness Standards. The course is organized by three themes – Making it My Choice, A World of Options and Charting a Direction – with culminating individual and group projects. Students will define career clusters and pathways, describe examples of career readiness, utilize self-assessments to better understand interests, establish a career portfolio and create a personal learning plan to provide direction to high school and post-high school activities. This course is aligned to American School Counselor Association Standards for Students, uses Nebraska Career Connections an online career information system and integrates EducationQuest tools and resources for middle school students.Recommended Level: Grades 7-8Course Code:  320300

 DNA contains instructions that are needed for our bodies to survive.  DNA is needed for us to develop and reproduce. All body systems depend on DNA to function. In this activity, you will be extracting DNA from a piece of fruit.  The purpose of this activity is to give you a first hand look at the long chained molecule of DNA.  DNA relates to all of our body systems, and this lab will give you a better understanding of what DNA is.

The students will watch a video on the structure of the circulatory system, then they  will observe their heart rates and investigate how carrying extra weight affects their heart rate.

OverviewThis lesson introduces ethical standards of healthcare to students. Students will understand guiding ethical principles and their application to a career field’s code of ethics. Students will be able to differentiate between cultural and social ethical dilemmas.  StandardsHS.HS.6.2.b Describe ethical practices with respect to cultural, social, and ethnical differences within the healthcare environment.

This lesson is focused around a case study created by Julia Omarzu with the Department of Psychology at Loras College in Dubuque, Iowa. The case study addresses the moral, ethical, and medical issues surrounding the treatment for a young girl suffering from a rare genetic disorder called Fanconi anemia. The case study is written as a scripted discussion between medical and biotechnology professionals in regards to the processes, risks, and ethical concerns surrounding the use of genetic diagnosis, stem cells, and in-vitro fertilization. Students will be asked to respond to the ethical issues from the perspective of one of the seven characters from the case study as well as share their personal opinions.

Students will use assessments on the Nebraska Career Connections website to determine career interests, values, and career confidence. Then they reflect on their results. Students are divided into teams of two based on their interests and given time to research health career information as outlined in the HOSA Health Career Display event guidelines. Students complete the HOSA Health Career Display board and give a formal presentation to their class.

Being able to ask important questions and discover their answers through critical thinking and utilization of available data and information are important and useful skills in health education, science education, and in life. This lesson begins that process with a focus on health topics, particularly substance use/misuse/abuse and mental health, however, the science and engineering practices identified in this lesson transcend into other science disciplines. This lesson focuses on the development of important questions and then analyzing/locating sources of information to help answer those questions.

The material included in this lesson are designed to give the instructor a foundation upon which to base a lecture series on the injury evaluation system of History, Observation, Palpation and Stress and Special Tests (HOPS).