Article Review: From Traditional Inpatient to Trauma-Informed Treatment: Transferring Control from Staff to Patient (Chandler, 2008)

At least 85% of mental health consumers report exposure to trauma at some point in their lives. A vast majority of these consumers lack the appropriate coping skills to manage their emotions and reactions appropriately, traditionally resulting in the use of restraints, isolation or coercion when in an inpatient setting. The shift to trauma-informed care requires staff working with these patients to understand that the individual is doing the best they can, with the coping skills they have based on their life experiences. Trauma-informed care involves including consumers in their treatment and allowing them to have a voice in what they feel would be of most benefit. Below are some basic ways to create a trauma-informed treatment environment in an inpatient setting:

 

 

  • Provide education and skills training to help consumers better understand their diagnosis and present them with opportunities to both develop and practice new coping skills

 

  • Emphasize individual choice and allow the consumer to be an active participant in their treatment and treatment decisions

 

  • Focus on interventions that are strength based and culturally sensitive

 

  • Work to reduce re-traumatization by educating staff on the effects of trauma

 

  • Share information with consumers, starting at admission, to help them understand the process and encourage them to actively participate in their treatment

 

  • Allow patients to use one another as a resource

 

  • Encourage staff to focus on building relationships with consumers and promote connectedness with others

 

  • Provide consumers with choices in regards to their care and what they feel will be the most effective approach

 

  • Create and implement safety protocols from admission to discharge

 

 

Chandler, G. (2008). From Traditional Inpatient to Trauma-Informed Treatment: Transferring Control From Staff to Patient. Journal of the American Psychiatric Nurses Association, 14(5), 363-371. doi:10.1177/1078390308326625

 

 

Crystal Henson, MA
Doctoral Intern

 

 

Friday Factoids: I Can't See Without My Glasses!

It’s become increasingly common for people to need glasses to improve their vision (Marczyk, 2017).  For many, this increasing issue has been puzzling since, years prior to the advent of glasses, people were able to survive without corrected vision.  Many theories have been examined.  Some have asserted that, with corrective lenses, bad vision is no longer a hindrance to survival and no longer a deterrent evolutionarily (Marczyk, 2017).

 

Others have hypothesized that our concerns stem from an infectious component not yet identified.  However, new research asserts it rises from our behavior.  As technology has changed, our behaviors have changed.  We are spending increasing amounts of time indoors reading and watching screens.  In the past, many have asserted that poor eyesight is a common predictor of intelligence, citing eye strain related to reading or screen-time as a major predictor for nearsightedness.  However, nearsightedness may not be related to eye strain but, instead, the increased time we are spending inside (Marczyk, 2017).  When examining children who spend most of their time indoors, researchers found they had a greater likelihood of developing myopia, or nearsightedness, than their peers who spent more time outside.   In healthy eyes, light focuses on the back of the retina (National Eye Institute, 2017).  In eyes with myopia, the light is focused before it hits the retina resulting in a blurry image.

 

The new hypothesis suggests limited exposure to sunlight during development results in more difficulties with nearsightedness as the eye never learns to adapt to high exposure to light (Marczyk, 2017).

 

 

References
Marczyk, J. (2017). Why do so many humans need glasses?: Mismatched modern and ancestral environments, and their consequences. Psychology Today. Retrieved from https://www.psychologytoday.com/blog/pop-psych/201706/why-do-so-many-humans-need-glasses

National Eye Institute. (2017). Facts about myopia. Retrieved from https://nei.nih.gov/health/errors/myopia

 

Michael Daniel, MA, LPA (temp)
WKPIC Doctoral Intern

 

 

Friday Factoids: Why Am I So Thirsty?

 

New research has begun examining how we know when to stop drinking.  It may come as a surprise, but we stop drinking well before our body has begun processing the liquids we have ingested (Hamilton, 2018).  Past research discovered the “thirst center” of the brain would trigger the body to quit drinking when it recognized enough liquids were taken in, however, there was little understanding as to how it worked.

 

Now, researches have learned that nitric oxide synthase-expressing neurons in the median preoptic (MnPO) nucleus alert the subfornical organ (SFO) (the part of the brain responsible for thirst) when we are thirsty (Augustine et al., 2018).  When we drink something, MnPO expressing glucagon-like peptide 1 receptors (GLP1R) are activated and inhibit the SFO neurons.  What is interesting is the body recognizes the difference between solids and liquids (Hamilton, 2018).  When ingesting a solid comprised mostly of liquid components (like gelatins), our body does not recognize it as a liquid and inhibit the SFO.

 

Even more useful, this research helps better explain psychogenic polydipsia, a disorder in which people are unable to recognize when they have had enough to drink (Hamilton, 2018).  This disorder can commonly lead people who have suffered brain trauma to drink dangerous amounts of water or other liquids believing they are still thirsty.  After inhibiting GLP1R-expressing MnPO in mice, the study found similar effects, suggesting this area of the brain is a major contributor to the expression of psychogenic polydipsia (Augustine et al., 2018).

 

References:
Augustine, V., Gokce, S. K., Lee, S., Wang, B., Davidson, T. J., Reimann, F., . . . Oka, Y. (2018). Hierarchical neural architecture underlying thirst regulation. Nature. doi:10.1038/nature25488

 

Hamilton, J. (2018). Still thirsty? It’s up to your brain, not your body. NPR. Retrieved from https://www.npr.org/sections/thesalt/2018/02/28/589295404/still-thirsty-its-up-to-your-brain-not-your-body

 

Michael Daniel, MA, LPA (temp)
WKPIC Doctoral Intern