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1 Health Sciences Module: The Operating Room Pathways to Prosperity Network
THE OPERATING ROOM Essential Question: How Does Disease Spread?
Learning Targets
Students will:
● Analyze and discuss HAI.
● Cite evidence to support a mystery data hypothesis.
● Compare and contrast viruses and bacteria.
● Use problem-solving to locate the source of an infection.
● Select proper protective gear for a variety of infection types.
● Think through the career of surgical technician using lenses on the future.
Lesson Overview
What exactly are germs and how do professionals in hospitals protect themselves and their
patients from infection? In this lesson, YPs will consider the role of the sterilization technician,
the behind-the-scenes person in the operating room who works to keep the equipment sterile.
They learn about HAIs, explore the differences between viruses and bacteria, and investigate
how disease is spread through a simulation. An optional activity looks at protective equipment
and how disease is spread. Finally, the YPs learn more about the career through the eyes of a
John Hopkins surgical technician before reflecting on the career through their own lenses.
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Lesson Agenda
Opening (5 min) Emergency Scenario: The Operating Theater
Work Time Bacteria and Viruses (30 min)
Contamination Simulation (30 min)
Dress for Success (20 min- optional)
Closure (10 min) The Rewards of a Career (5 min)
Order It (5 min)
Materials
Young Allied Health Professional student packet
Hidden Nasties: Nastier Than a Toilet? (to project)
Contamination Simulation:
UV LED light (black light)
Glo Germ lotion 2 oz.:
http://www.amazon.com/Glo-Germ-Gel-2-
OZ/dp/B009R2HCJ4/ref=pd_sbs_194_3?ie=UTF8&refRID=1D128JWXBETA
WS7WNSR6
Hand lotion similar in color and consistency to Glo Germ lotion
Self-adhesive, numbered name tags, or small, numbered squares
of paper and tape
Small plastic spoons (one per student)
1⁄4 teaspoon measuring spoon
Paper towels
Contamination simulation record sheet (to project and then copy for teams)
Contamination Claims-Evidence-Reasoning Note-catcher (one per team)
Patient Classification cards (one per pair)
Personal Protective Equipment Use (to project)
FACILITATION NOTES
The Narrative Arc. The more each <Emergency Scenario> can be presented as if telling a
story, the more engaged the audience will be. Work to avoid a stale reading and lean towards
bringing the information to life as in a conversation or a “reveal” of the next chapter. Think of
creative ways to make the story your own.
Mystery Data/Text. This protocol is used to activate critical thinking skills. The first Mystery
Text has absolutely every label removed. Students may not be used to looking at diagrammatic
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text and drawing inferences. Help them laugh about their guesses. They may even guess that
the diagram is a floor plan for a factory. Great! Just follow their inferences. The second unveiling
of the Mystery Text contains the verb labels that indicate the process depicted by the diagram.
Ask them to revise their hypothesis. Continue the laughter and keep the process lighthearted.
The final Mystery Text unveils the whole process.
Contamination Simulation. The Contamination Simulation is from Glo Germ Classroom Kit
Lessons by Educational Innovations, Inc. The original source can be found at
https://s3.amazonaws.com/cdn.teachersource.com/downloads/lesson_pdf/GLO-210.pdf. The
record sheet can be confusing for students to follow. If necessary, project the sample record
sheet for students to review on page 13. Page 14 provides a sample of how to record data if you
decide to do two rounds of shaking hands.
Learning Line-up. In the Learning Line-up, check for understanding. During the closing,
students place themselves on a continuum based on where they are with a task or learning
target. Invite them to explain their thinking to the whole class or the people near them.
Sampling the Environment. A HIGHLY recommended activity is to have students use
prepared agar plates to sample the environment a few days prior to this lesson. See this video
for a 2 minute overview on how to prepare this easy investigation:
https://www.youtube.com/watch?v=A0b6_kg2oMc.
You can order agar/prepared agar plates from your school’s science material supplier or from
Amazon. Your science teacher may have agar and plates to use. Safety considerations: 1)
Once the sample has been taken, DO NOT open the lid. 2). Sample from surfaces. The toilet
seat is okay—the inside of the toilet is not. 3) Students should wash hands afterwards.
Additional Videos. This short video (3:54) gives a quick overview of the microbiome:
https://www.youtube.com/watch?v=4BZME8H7-KU. An extension question could be “why would
we not want to kill all of the bacteria and viruses when people come to the hospital?” If students
would like to learn more about their immune system, this six minute video offers an animated
overview: https://www.youtube.com/watch?v=zQGOcOUBi6s.
IN ADVANCE
Preview MythBusters: Hidden Nasties-
https://www.youtube.com/watch?v=dQgVn3AvJ8A and http://www.discovery.com/tv-
shows/mythbusters/videos/hidden-nasties/.
Decide if you will use the reading or the video alternatives: An alternative to the reading
is this 3 minute video: https://www.youtube.com/watch?v=s-HThHRV4uo.
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For students who have already studied the immune system, this 3 minute video offers a
deeper look: https://www.youtube.com/watch?v=oqGuJhOeMek.
Contamination Simulation. The contamination simulation activity requires some
preview and organization. In preparation for the simulation to analyze the spread of
disease, enter the names of your class members in the record sheet. Number the
handles of the spoons and name tags. Decide which student will receive Glo Germ
lotion. That student will have his hand shaken about three-quarters of the way through
the first round of handshaking. This student remains known only to you throughout the
demonstration. Place a 1⁄4 teaspoon-sized glob of lotion into each numbered spoon. The
amount does not need to be exact; use the measuring spoon for the first glob just to see
what the correct quantity looks like in your plastic spoons. Only the selected student
(the source) will receive Glo Germ lotion; all the others receive regular hand
lotion. Be careful not to contaminate any of the regular hand lotion spoons with Glo
Germ lotion. For additional clarifications, see:
https://s3.amazonaws.com/cdn.teachersource.com/downloads/lesson_pdf/GLO-210.pdf.
Preview the <More Than Medicine | Edward McKay, Jr. (Surgical Technician)> video
found at https://www.youtube.com/watch?v=J-Bi3F9Nj20, and be prepared to show all
4:09 minutes. It highlights the rewards of the work of a surgical technician.
Dress for Success. This activity will be more engaging if you are able to bring in
realia—the real objects such as gloves or goggles. Ask your local clinic or hospital to
donate materials to help bring this activity alive. Use of realia is also an English
language acquisition strategy.
EXTENSIONS
There are several online infectious disease simulations that students often find
fascinating: http://www.infectiousdisease.cam.ac.uk/schoolzone/games . Note that some games
have ads.
In the app Plague, Inc., students take on the role of a pathogen attempting to infect humankind
on a global scale—using science concepts to strategize. This award-winning game offers
education and excitement for $.99!
Vocabulary
Content Tier II
infectious/infection, germ, bacteria, virus,
contamination, sterilization
novice, exemplary
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Opening (5 min)
Emergency Scenario: The Operating Theater
Many emergencies require time in an operating room. Many healthcare providers are key
players in this situation, all with crucial roles but varying levels of education. This area of health
care provides many entry points into the allied health profession. Usually, nurses are filling five
different roles: scrub, anesthetic, circulating, holding room, and recovery positions. Two
surgeons, a surgical assistant, and a surgical technician are actively working on the patient. And
an anesthesiologist is keeping the patient unconscious. Today, we will be exploring the career
of the surgical technician.
1. Assign a volunteer to distribute the <Emergency Scenario: The Operating Theater>.
2. Share the next chapter of the story by reading or acting it out.
3. Ask: Who here has ever had surgery and would like to share their experience?
4. Invite participants to share in small groups or with the whole class.
Work Time
Bacteria and Viruses (30 min)
We highly recommend a pre-lesson activity where YPs sample their environment
using agar plates (see facilitation notes). If you are able to include this pre-
activity, have students examine the results of their sampling (and make
sketches) before the contamination simulation.
Mystery Data: Hidden Nasties?
1. Project the video: https://www.youtube.com/watch?v=e-3Li7iMqMM.
o Make sure the “key” is covered when you project the video. This is
important.
o Ask: What is this a video of? What could this represent?
o Listen for: People getting infected, spread of germs.
o Ask: What do you think the different colors represent? Justify/prove your
claim.
The mystery
activities promote
critical thinking.
Emphasize the
reasoning instead of
the answer. Instead
of confirming (“that’s
right!”), ask for
justification and
reasoning: “Why do
you think that? What
evidence do you
have? Are there any
other reasonable
explanations based
on the evidence?”
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Exploring Hospital Associated Infections (HAIs)
2. Project the image: http://www.passenlaw.com/wp-content/uploads/2015/06/HAI-
Chart.bmp?16e2c0.
o Say: Today we are going to look at the invisible: The germs that are all around us. How
does this apply to our patient? Why is this important to the allied health sciences?
o Invite the YPs to record what surprises them about the information in their <Young
Professional Packet>.
o Using the What? So What? Now What? approach, ask:
o What? What is an HAI? If you are admitted to a hospital, what is your chance of
catching a healthcare associated infection? How many people get an HAI a year?
o So What? How many people die annually, or every year, from HAIs? How much
do HAIs cost the system?
o Now What? If you were a manager for a surgery floor of a hospital, how would this
information affect the decisions that you make? What would you consider in terms
of trainings or policies? What might prevent these HAIs? (Listen for: Washing
hands, using protective gear, training staff, sterilizing the environment, etc.)
Let’s look at the “hidden nasties” that can cause infections and illness.
o Project: MythBusters clip <Hidden Nasties>:
https://www.youtube.com/watch?v=dQgVn3AvJ8A.
Say: Surgical technicians are on the front lines of saving lives. One of their most crucial
roles is to be sure that “hidden nasties,” or bacteria and viruses, are not present in the operating
room environment so that patients do not get infections, have complications, or even die. The
“hidden nasties” surgical technicians worry about most are bacteria, which are responsible for
Healthcare Associated Infections (HAIs). Other types of “hidden nasties” surgical technicians
must watch out for are viruses, which are actually very different from bacteria. One major
difference is that only bacterial infections can be treated with an antibiotic.
Now, we are going to learn more about the differences between a virus and bacteria.
Mystery Text
1. Ask the young professionals to turn to the <Mystery Text 1> with no labels.
2. Invite them to think about the picture alone and try to label the parts.
3. Tell them that they should try to think about the opening videos and science content to
make their guesses, but reassure them that they can take wild guesses, too.
4. Invite them to turn to a colleague and share their ideas.
This analysis
protocol scaffolds
student thinking
and conversation
around data. It
focuses on
identifying the
facts (the “what?”),
looking at
implications (the
“so what?”), and
thinking about a
response or plan
of action based on
data (the “now
what?”).
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5. Use equity sticks to cold call on the young professionals to share their guesses.
6. Distribute the <Mystery Text 2> that only has verbs labeled.
7. Again, tell the young professionals to think-pair-share.
8. Use equity sticks to cold call on the young professionals to share their guesses.
9. Distribute the <Mystery Text 3> that has everything labeled and has a title—Viral
Replication.
Venn Diagram: Virus vs. Bacteria
1. Ask the young professionals to turn to the <What’s the Difference Between Bacteria
and Viruses?> text and the <Venn Diagram: Bacteria vs. Viruses Graphic
Organizer> in their student packets.
o An alternative to the reading is this 3 minute video:
https://www.youtube.com/watch?v=s-HThHRV4uo.
o For students who have already studied the immune system, this 3 minute video
offers a deeper look: https://www.youtube.com/watch?v=oqGuJhOeMek.
2. Invite the YPs to describe the type of information that should be included in each section
of the Venn diagram.
o Similarities are put in the overlapping circles.
o Differences are put in the non-overlapping space.
3. Create a quiet space for students to read the two paragraphs, encouraging them to
underline key ideas.
4. Invite students to collaborate with their groups to fill out the diagram. Although they may
work as a group, each student should fill out their own diagram.
5. When the young professionals have completed the work, ask: What do you think is the
most important difference between bacteria and viruses?
6. Invite the young professionals to turn and talk with a colleague.
o Use equity sticks to cold call on students to answer the question. Listen for:
Bacteria can reproduce on their own, and viruses require a cell in which to
reproduce, so antibiotics only work with bacteria.
Contamination Simulation (30 min)
Surgical technicians know that bacterial infections are spread through contact with anything that
is unwashed or unsterilized—hands, arms, equipment, even the sheets that cover the patient on
the operating table. The bacteria that cause HAIs are present at all times on skin and anything
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skin has touched. Careful washing and disinfecting are all that protect the patient from an HAI, a
role the surgical technician takes very seriously. Today, we are going to do a simulation where
one of you is the source of an infection. Be prepared to solve the mystery!
Model: Contamination.
1. Invite three volunteers to come to the front of the room.
2. Tell them that before the activity, you need them to wash their hands.
3. As they wash their hands, time them (an estimate).
4. Apply the Glo Germ lotion to their hands and have the YPs rub the lotion in. Ensure
they coat their fingernails and the area between their fingers. Do not explain what the
lotion is.
Hand washing is the first line of defense against germs. It is also a first line of defense against
HAIs. At a hospital in Cleveland, a hand washing program reduced bloodstream infections by
35% and surgical site infections by 64%—their HAI rate went down by 38%.
Tell each volunteer to go and wash their hands. They may want to “really wash” now that
they know their hands are coated. However, tell them they can only wash for the same
number of seconds (more or less) that they washed pre-activity. Most students will have
washed their hands for a few seconds only.
1. Reveal to the students that the Glo Germ lotion has tiny particles that represent
germs, and they will now see how well they removed germs during hand
washing.
2. Use the black light to check their hands. The areas that glow represent
contaminated areas.
Ask: How well did washing remove the germs? What areas were the most “germy” after
washing? We know hand washing is effective, so what might you need to do differently
to keep your hands clean?
Listen for: Wash for longer, use soap, scrub nails and between fingers, etc.
Infection Simulation
We are now going to solve a mystery based on the spread of germs.
1. Demonstrate how to apply the lotion to the palm of the left hand, paying particular
attention to keeping the lotion off the right hand or other surfaces in the room. Use a
finger to scrape the lotion off the spoon.
Epidemiology is the
branch of medicine
that deals with the
incidence,
distribution, and
possible control of
diseases. To make a
real-world
connection, highlight
recent cases where
this problem-solving
work has been in the
news (Ebola, Zika,
bird flu, etc.).
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2. Distribute to each student the appropriate numbered tag, a glob of lotion in a small
plastic spoon, and a paper towel.
3. Tell them to apply the lotion to the palm of the hand, using the back of the spoon to
smear the lotion to cover the entire palm. They should not use their fingers on the other
hand to do this; we are trying to confine the lotion to the palms of the hands. The spoons
should be placed on the paper towels, not laid directly on the tabletop. When the young
professionals aren’t actually shaking hands, they should keep their left hands loosely
closed, palm-side up, to avoid contaminating the surfaces or objects in the room.
4. Invite all of the young professionals to stand up.
5. Tell students that one of them is the source of an infection. Ask: What is an
infection? What would it mean to be “the source”?
6. Tell student #1 to shake the hand of student #2, then sit down. Student #2
shakes the hand of student #3, then sits down. Student #3 shakes the hand of
student #4, and so on until every student is seated.
7. Check each student’s left hand under the black light, recording results in the
record sheet. It is vitally important that you record each handshake in order on
the record sheet as they occur, or this activity will not work.
8. After the students have spread the infection, they can wash their hands. Check
how clean their hands are with the black light (it will show the average
student/person does not get their hands very clean—reinforcing the importance
of the sterilization technician).
Solving the Mystery: Who Was the Source?
1. Provide a copy of the record sheet to teams of the young professionals.
2. Invite teams to analyze the results and decide who started the epidemic.
o For a single round of handshaking, this should be quick.
o Time permitting and for extra challenge, try the “two-round extension”.
3. Distribute the <Contamination Claims-Evidence-Reasoning Note-catcher> to the
young professionals.
4. Project the <Sample Recording Sheet>.
5. Model making a claim with evidence and reasoning:
o Your claim is that student 9, in this model, was the infected student.
o Your evidence is that only he shook hands with both student 8 and student 10.
o Your reasoning is that student 7 was not infected, so student 8 could not have
been the culprit; but because student 8 was infected, student 10 also could not
have been the start of the epidemic.
This problem solving
activity may be
challenging.
Encourage a growth
mindset by
normalizing the
struggle and
frustration. Locating
the source of
infections is an
important part of
treatment and
prevention of further
infections.
Epidemiologists and
public health workers
face this challenge
as they work to
identify risks and
sources of diseases
as well as prevent
infections.
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6. Provide time for teams to work together to analyze the data table.
7. Invite each team to present its findings to the class, including the evidence and
reasoning behind their claim.
Dress for Success (20 min- optional)
Say: Every person in a hospital who cares for patients is trained in the use of Personal
Protective Equipment: face masks, gloves, gowns, goggles, and face shields. Patients who
have an infectious disease, or a disease that can be transmitted to other people, are classified 3
ways: contact, droplet, and airborne methods of infection. Contact refers to infection that can be
spread by touching another person. With droplet methods of infection, disease is transmitted
through fluids, like spit when people cough. Airborne infections can be similar to droplet
infections but are different in that the disease can also be spread through dust particles in the
air. Within each classification, patients can require little contact or a lot of contact. The choice of
personal protection devices changes based on the level of contact.
1. Explain to the young professionals that they will “dress for success” based on the
classification of a patient for whom they will provide care.
2. Invite the YPs to find a colleague.
3. Distribute the <Patient Classification Cards> to pairs of the young professionals.
4. Tell the young professionals to think about the classification of the patient they will
provide care for and the level of contact required to care for the patient.
5. Invite pairs of the young professionals to gather the personal protective equipment they
think they will need to treat the patient and to “dress for success.”
6. Have the young professionals find another pair with a different classification of patient to
share their accessory choices.
7. Project the <Personal Protective Equipment Use> page and provide time for the
young professionals to review the information.
8. Ask: How accurate were your inferences about what equipment needed to be used to
protect yourself from infection?
9. Invite volunteers to answer the question.
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Closure (10 min)
The Rewards of a Career (5 min)
1. Project the <More Than Medicine | Edward McKay, Jr. (Surgical Technician)> video.
2. Ask: What rewards does Edward McKay feel are personal and connected to his sense
of self about his work?
3. Listen for: Focus, listening skills, openness to new things, and self-motivation.
4. Ask: What benefits does Edward McKay feel his career has for society?
5. Listen for: He leaves his work feeling like he saved a life or helped make a child’s
situation better.
6. Ask: Why did Edward McKay choose to be in an operating room but not in the role of the
surgeon?
7. Listen for: He said he, among his friends, “made it.” He has financial security. He didn’t
have to go to medical school. He just started working at a hospital and took advantage of
opportunities to participate in post-secondary education. He was able to keep getting
some basic education and progress up the career ladder in the hospital.
Order it (5 min)
Edward shared his lenses on his career. Now it’s your turn. Look at this career through your
lenses. You are not making any decisions about what you want to be “when you grow up”, but
rather starting to think about your values and what is important to you as you look at ANY career
or educational path.
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Name:
Date:
THE OPERATING ROOM: How Does Disease Spread?
Today’s Learning Objectives:
I can:
Analyze and discuss HAI.
Cite the evidence to support a mystery data hypothesis.
Compare and contrast viruses and bacteria.
Use problem-solving to locate the source of an infection.
Select proper protective gear for a variety of infection types.
Think through the career of surgical technician using lenses on the future.
In this lesson, I will consider the role of the sterilization technician, the behind-the-scenes
person in the operating room who works to keep the equipment sterile. I will learn about HAIs,
explore the differences between viruses and bacteria, and investigate how disease is spread
through a simulation. Finally, I will learn more about the career through the eyes of a John
Hopkins surgical technician before reflecting on the career through my own lenses.
Today’s Activities:
Emergency Scenario
Bacteria and Viruses: Hidden Nasties!
Contamination Simulation
Dress for Success
Rewards of a Career; Order it! Surgical Technician
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Emergency Scenario: The Operating Theater There are many people who ensure patients survive the operating room: The surgeon, the
nurse, and the anesthesiologist. Your job as a sterilization technician is to save lives as well.
Your job at the hospital, and particularly in the Operating Room, is just as important as the
surgeon’s, as many people have died from surgery because the instruments—or even the
doctor’s hands—were not sterilized. And just because we have incredibly powerful sterilization
methods and strict hand washing and protective glove protocols, doesn’t mean people don’t get
sick from all the viruses and bacteria found in hospitals. Your work is an important link to
keeping patients safe from the microscopic dangers all around.
Your next case is a teenage boy who was in a pretty bad skateboarding accident. He has a
large laceration on his face. You’re there to prep him for the operating room, and you can tell
that he is scared and in a lot of pain. You explain that you will be with him throughout the entire
procedure, starting now through when you roll him into the recovery room. You explain that you
need to clean his wound and make sure his skin is disinfected so that he will be less likely to get
an infection as it heals. You tell him that you will be as gentle as possible and to tell you if he
needs a break during the process.
Just before meeting the patient, you prepared the operating room, the equipment, and lined
tools up so that the surgeon will have an easier time working. You have also prepared your
workstation: You will be assisting the surgeon during the procedure by passing and receiving
equipment, cutting sutures, operating the lighting system, dressing the wound, and monitoring
the patient’s vital signs.
Having an operation is a serious ordeal—patients can get very bad infections, or Healthcare
Associated Infections, from an injury as simple as a cut. As a surgical technician, you ensure
that the hospital is a place of healing and not harm.
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What surprises you about the information on this poster?
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
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Mystery Text 1
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Mystery Text 2
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Mystery Text 3: Viral Replication
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What’s the Difference Between Bacteria and Viruses?
Virus
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Directions. After studying the diagrams of a virus and bacteria, read the following passage.
Both bacteria and viruses are called microbes. They are too small to be seen with just the
human eye but require a microscope to be seen. Viruses are 10 to 100 times smaller than
bacteria, even though they both are too small to be seen without a microscope! And while both
viruses and bacteria are types of cells, they do not have a nucleus that keeps the genetic
material in the cell separate from the rest of the cell.
Bacteria are single-cell organisms that can survive independently. You can kill them by
interfering with their metabolism (internal biological functions), which is basically what antibiotics
do. Most bacteria are neither male nor female and reproduce by simply dividing into two new
cells. Infections they cause include pneumonia, strep throat, and food poisoning bugs. But not
all bacteria are bad—some friendly types actually help protect us from disease.
Viruses are not cells; they have no metabolism, and they cannot reproduce alone. A virus is a
chain of DNA (genetic material) and needs a host cell in order to reproduce. You can, of course,
pick them up on door handles and other surfaces. Once a virus gets into cells, it persuades the
cells to reproduce it! Antibiotics are useless against viruses. Antiviral drugs either improve the
immunity of the cell to the virus or interfere with the virus’ reproduction.
Learn more at: https://www.youtube.com/watch?v=oqGuJhOeMek.
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Venn Diagram: Bacteria vs. Viruses
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Contamination Mystery
# Student Name Round 1 Glow? Round 2 Glow?
1 1 shakes with 2 1 shakes with 2
2 2 shakes with 3 2 shakes with 3
3 3 shakes with 4 3 shakes with 4
4 4 shakes with 5 4 shakes with 5
5 5 shakes with 6 5 shakes with 6
6 6 shakes with 7 6 shakes with 7
7 7 shakes with 8 7 shakes with 8
8 8 shakes with 9 8 shakes with 9
9 9 shakes with 10 9 shakes with 10
10 10 shakes with 11 10 shakes with 11
11 11 shakes with 12 11 shakes with 12
12 12 shakes with 13 12 shakes with 13
13 13 shakes with 14 13 shakes with 14
14 14 shakes with 15 14 shakes with 15
15 15 shakes with 16 15 shakes with 16
16 16 shakes with 17 16 shakes with 17
17 17 shakes with 18 17 shakes with 18
18 18 shakes with 19 18 shakes with 19
19 19 shakes with 20 19 shakes with 20
20 20 shakes with 1 20 shakes with 1
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Contamination Claims Evidence & Reasoning Note-Catcher
My claim is that _______________________________________ started the epidemic.
My evidence is that…
List the patterns you see in the data:
______________________________________________________________________
______________________________________________________________________
______________________________________________________________________
______________________________________________________________________
My reasoning is that…
Who was infected:
______________________________________________________________________
______________________________________________________________________
______________________________________________________________________ Who was not infected:
______________________________________________________________________
______________________________________________________________________
______________________________________________________________________
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Order It! Review the following qualities of a career as a surgical technician. Order them in order of most
important to you (1) to least important to you (10).
Statement Importance
I pay close attention to details and can monitor everything happening around
me.
I am interested in getting an Associate’s degree or a post-secondary
certificate that would allow me to work in a hospital right after high school.
I am very calm under pressure and can help others around me manage their
stress.
The median salary of $42,720 for a surgical technician would support the
lifestyle I want.
I am very dependable, and I know my reporting surgeon can count on me to
keep our patient safe.
I am excited for the opportunity to advance on the career ladder and
specialize in a specific area of surgery, become a Circulating Technologist or
First Assistant, or pursue a higher medical degree.
I enjoy counting, tracking, organizing, and sterilizing all of the medical
equipment that is used in the operating theater.
I can problem solve to help my reporting surgeon and other operating doctors
provide the best treatment for our patient.
I am excited to work closely with surgeons and patients directly in the
operating theater, and I don’t believe the sight of injuries will make me
uncomfortable.
Using the poster, add two additional qualities of a surgical technician career that match an
interest, talent, goal, or skill that you have.
1. _____________________________________________________________
2. _____________________________________________________________
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24 Health Sciences Module: The Operating Room Pathways to Prosperity Network
Facilitator Documents:
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25 Health Sciences Module: The Operating Room Pathways to Prosperity Network
Patient Classification Cards Cut out and paste the following terms and their descriptions on an index card.
Front of card Back of card
Contact Infection Limited Exposure: you are in the same room with the patient
Contact Infection Substantial Exposure: you must touch and be very close to the
patient
Droplet Infection Limited Exposure: you are in the same room with the patient
Droplet Infection Substantial Exposure: you must touch and be very close to the
patient
Airborne Infection Limited Exposure: you are in the same room with the patient
Airborne Infection Substantial Exposure: you must touch and be very close to the
patient
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26 Health Sciences Module: The Operating Room Pathways to Prosperity Network
On the cards, paste this picture for Contact Infection:
On the cards, paste this picture for Droplet Infection:
On the cards, paste this picture for Airborne Infection:
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27 Health Sciences Module: The Operating Room Pathways to Prosperity Network
Personal Protective Equipment Use
Project or write the following on the board after students brainstorm the protective gear they
need to “dress for success.”
Contact Infection- Limited Exposure
Gloves
Contact Infection- Substantial Exposure
Gloves
Gown
Droplet Infection- Limited Exposure
Face Mask Gloves Gown
Droplet Infection- Substantial Exposure
Face Mask Gloves Gown Goggles
Airborne Infection- Limited Exposure
Disposable Respirator
Airborne Infection- Substantial Exposure
Disposable Respirator Gloves Gown Goggles
Face Shield