Don’t Go Pokemon Go ….& if you must, watch out! New privacy and safety dangers are being recorded almost every day. The game is full of health and computer hazards, and has potential to distract workers from their life-saving care.
What is the evidence? At this point mostly anecdotal reports and the anticipated possibility that healthcare workers could be distracted from life-saving work. You need to translate this evidence into action. Why would you do this with such relatively weak research evidence? Because the risks are far higher to ignore it, & essentially NO risks if you use the evidence. The BBB lists these problems & makes some suggestions based on incoming reports:
Privacy: In order to play the game, users must allow the app to access other
applications, such as maps and camera. The iOS version for the iPhone can access all Google data.- Malware: So far, the app is only available in the U.S., Australia and New Zealand, which has given cybercriminals an opportunity to capitalize on the demand…. Users should only download the app through official app stores, not third-party sites.
Safety: Players should use the same safety precautions while playing the game that they would in any other outdoor setting, including caution in strange location.
- 2 men in Encinitas fell off 50-90 foot cliffs while playing
- Distracted driving is responsible for 1 of 10 traffic fatalities. Do not Pokeman & drive. Watch for distracted people playing Pokemon Go and walking into traffice. Don’t do the same yourself.
- The app drains phone batteries so don’t get stranded far from home or in places that are not safe.
- Robbers have used Pokeman Go to lure and rob victims.
- Infringement: PokeStops are supposed to all be on public property (or cooperative

private sites), but at least one health system, Dignity Health, is asking that its facilities be removed to avoid dangers to privacy and safety of patients, visitors, families & staff.
Translating this evidence into practice? Think before you Pokemon Go, if at all. Talk to your patients–when people don’t feel well they are even more likely to be distracted.
Critical thinking? 1) List specific actions that you will do to promote privacy, safety and fight malware and infringement. These can range from “never download;never play” to…..? When developing this list specifically address the challenges above. 2) What about patient players? staff players? visitor players? How should you help them to be safe?

• A health system that began seeking input from patients and families
level.
In pain management are you afraid to give comfort to your patients with appropriate medications? Are you afraid to be comforted when in pain? Have you encountered families or care partners, who are afraid to comfort their loved one in pain by giving pain medications?
information. We have to find evidence-based practices that can create a change of heart, if you will. As Zerwekh et al wrote: “Because fear is so influential in decisions to keep pain under control, palliative educational approaches must go beyond providing information to fill deficits in palliative knowledge.”

practice pain assessment & management safely. We know
that asking patients about suicidal intent does not cause them to commit suicide. Does asking patients about pain cause them to have it or to treat pain they don’t have? Hmmm…..
Myth #5: The Joint Commission pain standards caused a sharp rise in opioid prescriptions. This claim is completely contradicted by data from the
suggest that we might need new studies. I hope only that we won’t jump on the fear bandwagon. Keep practice EVIDENCE BASED, listen to patient/carepartner preferences & values, & use your judgment.
present your project in a poster. Quite a bit, it turns out! Some posters are definitely better than others.



Critique this poster or another using the “60 second poster evaluation” at 

Use 


Critical thinking: What is something in nursing that has been “bugging” you. Missed care–e.g., inability to get all the tasks done on time? Or discharge med teaching? Or the

perimental drug X will have better cardiac function than will heart failure patients who receive standard drug Y.” You can see that the researcher is manipulating the drug (independent variable) that patients will receive. And patient cardiac outcomes are expected to vary—in fact cardiac function is expected to be better—for patients who receive the experimental drug X.
1st – Identify the population in the hypothesis—the population does not vary (& so, it is not a variable). 2nd – Identify the independent variable–This will be the one that is the cause & it will vary. 3rd – Identify the dependent variable–This will be the one that is the outcome & its variation depends on changes/variation in the independent variable.



