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Frankly Health

By Students for Students

Athletics

Two Types of Taping Techniques

By: Lexi Duddy

October 24, 2019

From elite athletes to regularly active adults, injuries to the knee run rampant. The knee takes on a lot of force throughout the day and even more so during physical activity. It is important to find ways to alleviate the joint pain that arises from injury or overuse. To ease these stressors on the knee, both athletes and non-athletes use taping. Taping is a definitive rehabilitation technique that is designed to provide support and stability to muscles and joints without restricting the body's range of motion (2). Taping helps to realign tissues to the right position, to allow them to start moving with the right mechanisms. 

A study was performed comparing two different types of taping, the Kinesio Taping method (KT) and the McConnell Taping method (MT), on patients with pain on the front side of their knee during squat lifting and stair exercises. The participants self-reported their pain levels on a standardized pain scale from 1-10, 1 being little-to-no pain and 10 being unbearable pain, when performing the exercises. The researchers hypothesized that the use of either of the taping techniques would be more beneficial to the patient than not taping the joint. Each participant was tested under three circumstances: no tape, MT technique, and the KT technique. 

The results of the experiment reported the pain level from after the squat lift: a score of 2 out of 10 with no tape, 1 out of 10 with KT taping, and 0.5 out of 10 with McConnell taping. The results for stair climbing were 1.5 out of 10 for no tape, 1 out of 10 for KT tape, and 1 out of 10 for McConnell taping. It was determined that the only statistically significant difference was between no tape and the KT tape method, with no statistically significant difference between the KT tape method and the MT tape method. Although there was no significant difference in the self-reports, the pain level for no tape was always the highest and KT tape always had the lowest number for the highest pain level reported.

The hypothesis was supported in that both taping techniques were better for pain management as opposed to no taping, even though neither taping technique had a statistically significant effect on the amount knee pain while performing these activities. Although taping knees is beneficial for pain levels, further research can still be done on this topic. The size of the participant group can be enlarged greatly, and the kind of data collected can be changed to a more accurate measurement when a larger population with anterior knee pain is studied. Also, male and female participants could be more evenly represented or done as two separate experiments to see if sex influences which type of taping lowers pain levels. Additional research could be done to discover if taping is beneficial for supporting the joint during these physical activities. 

 

 

The information provided is intended for factual purposes only, not to suggest or provide medical advice to you, the reader. Consult a medical professional with further questions or concerns regarding the information listed.

 

Works Cited:

(1) Campolo M, Babu J, Dmochowska K, Scariah S, Varughese J. A Comparison of Two Taping Techniques (kinesio and mcconnell) and Their Effect on Anterior Knee Pain During Functional Activities. International Journal Of Sports Physical Therapy. 2013;8(2):105-110. Accessed September 28, 2018.

(2) Kate, K. “WHAT IS THE KINESIO TAPING METHOD?” Kinesio Tape, kinesiotaping.com/about/what-is-the-kinesio-taping-method/.

About the Author

What Can Happen with Repeated Concussions?

 

by Ben DeCota

February 9, 2018

According to the Concussion Foundation, Chronic Traumatic Encephalopathy, or CTE, is a degenerative brain disease most commonly found in people with a history of repetitive brain trauma during an extended period of time. Due to the improvement of technology and modern medicine, CTE and brain trauma is being looked at closer than ever before. CTE has been prevalent for a long time without humans knowing about it. The most commonly known cause of CTE is playing football. The exact numbers are unknown, but CTE is being found in more than 50% of ex-NFL players. The studies collected by the NFL on former players has done a great justice to the football players themselves, because it shows them what the real risks of playing the sport are. The studies which identify and help clarify what CTE is have been even more important. 

As previously stated, CTE arises after a long history of brain trauma has been exposed to a subject, but CTE truly arises from a cellular level. In early onset of CTE, a protein called tau will begin to form clumps that spread in the brain, and this tau protein kills brain cells. Typically known as the “T” protein, tau has the job of stabilizing microtubules, which are tubular structures involved in shape and transport, found in the cytoplasm of cells. This protein is highly present in nerve cells, but not as much as in oligodendrocytes or astrocytes. It is the surplus deposits of this protein which develop the problem into CTE (News Medical). However, there is a discrepancy to be aware of when speaking about tau protein in the brain. Tau is also what causes Alzheimer’s, but the difference is that with CTE, the protein clumps up in the brain's cortex. It also collects around blood vessels in the brain, which distinguishes it even more from other degenerative brain diseases (Concussion Foundation). 

One of the scary aspects of CTE is how early on in someone’s life they can get it. It has been seen in people at the age of 17, even though it is very rare. Most symptoms will start to develop in the 20’s or 30’s of one’s life. These behaviors include impulse control problems, aggression, depression, and paranoia. However, the more serious affects occur in the subject’s 40’s or 50’s, such as memory loss, confusion, impaired judgment, and progressive dementia (Concussion Foundation). 

There are four different stages of CTE, each progressively worse than the last. In Stage I, tau starts to build up in isolated parts of the cortex. Stage II involves a slight spread into multiple clumps of tau, now migrating to other areas of the brain. Tau clumps, or “hot spots,” begin to blend in with one another as it spreads to the hippocampus and the amygdala in Stage III. Finally, in Stage IV, tau becomes dense and covers the brain’s cortex and starts appearing in other regions, including the spinal cord (Concussion Foundation). 

The scary thing about CTE seems to be the fact that even though there are symptoms, it can sneak up on a person in a heartbeat. This disease comes about after all the “head banging” that the subject may have done, so they will not know if it is coming until it is already there. 

 

The information provided is intended for factual purposes only, not to suggest or provide medical advice to you, the reader. Consult a medical professional with further questions or concerns regarding the information listed.

 

Citations:

(1) Dr. Ananya Mandal, MD. What are Tau Proteins? News-Medical.net. https://www.news-medical.net/life-sciences/What-are-Tau-Proteins.aspx. Published October 20, 2014. Accessed August 31, 2017. 

(2) What is CTE? Concussion Foundation. https://concussionfoundation.org/CTE-resources/what-is-CTE. Accessed August 30, 2017. 

(3) https://en.wikipedia.org/wiki/History_of_American_football#/media/File:College_Football_CSU

 

About the Author

 

Ben DeCota is a student at Franklin Pierce from Rutland, Vermont. He has chosen to major in Health Sciences on the DPT pathway, looking to pursue a career in physical therapy after his undergraduate and graduate education at FPU.