Aromatherapy for Coma & Brain Injury

Essential oils offer a natural, alternative treatment for many brain injury symptoms, including nausea, anxiety, and even memory problems. These oils soothe discomfort and boost brain function without the negative side effects of heavy medication. To help you navigate the overwhelming amount of oils available, I found a list of the seven best essential oils for brain injury recovery:

  • Frankincense: has a potent anti-anxiety effect and can help reduce inflammation and nausea. It is rich in compounds known as sesquiterpenes which deliver oxygen molecules directly to cells. They can also pass through the blood-brain barrier which means they help bring more oxygen to damaged brain cells.
  • Cedarwood: improves cognitive function and has sedative properties which is ideal for brain injury patients struggling with insomnia and other TBI sleep disorders.
  • Black Pepper: possesses many healing benefits as well.1

Inhaling certain essential oils can help brain injuries by causing a significant increase of oxygen to your brain. This could have a big impact on emotions, learning, hormone balance, energy levels, and the immune system.2 Many essential oils have anti-inflammatory and antioxidant properties which could help protect the brain from further damage and promote healing. For example, studies have shown that essential oils like lavender, peppermint, and rosemary have anti-inflammatory effects in animal models of brain injury.3


Other info/studies:

https://scitechdaily.com/a-whiff-of-genius-simple-fragrance-method-boosts-cognitive-capacity-by-226/?expand_article=1#google_vignette

https://www.google.com/search?q=%E2%80%9COvernight+olfactory+enrichment+using+an+odorant+diffuser+improves+memory+and+modifies+the+uncinate+fasciculus+in+older+adults&oq=%E2%80%9COvernight+olfactory+enrichment+using+an+odorant+diffuser+improves+memory+and+modifies+the+uncinate+fasciculus+in+older+adults&aqs=chrome..69i57.1363j0j15&sourceid=chrome&ie=UTF-8



Popular posts from this blog

Richard Hammond explains what he experienced during his coma | 310mph Crash | Insight into non-local consciousness

Image
Richard Hammond, a presenter on the popular car show "Top Gear," was involved in a serious car crash while filming in 2006. He was in a coma for weeks following the accident. However, he has since recovered and continues to work as a television presenter and journalist. In the video below, he discusses his experience with non-local consciousness during the coma, while his doctors were predicting a poor outcome and saying it was hopeless, his wife kept the faith. The video is short and it's a great story.
Read more

Use of the Term "Vegetative State" is Dehumanization in Its Most Literal Form

Image
By   Sherry Phipps  swp@protonmail.com The term “vegetative state” has been used in the medical field for decades to describe patients who have lost cognitive function due to severe brain injury. However, the use of this term is increasingly being criticized for its dehumanizing connotations. This article explores why the term is problematic and suggests alternatives that respect the dignity of patients. The Problem with the Term The term “vegetative state” is derived from the word “vegetable,” implying a lack of consciousness or awareness. This comparison is not only scientifically inaccurate but also deeply disrespectful. It reduces a human being, with their unique history, personality, and potential, to the status of a plant. Moreover, the term can lead to harmful misconceptions. It may cause people to believe that these patients are incapable of experiencing pain or emotions, which is not always the case. Some research suggests that certain patients in a so-called vegetative state
Read more

Breakthrough Brain Implant Technology for TBI

Image
  After suffering a traumatic brain injury in 2001,  Gina Arata would often trip over things, get mad easily, and forget basic information. Today, however, a tiny implant is enabling Arata to live more like her pre-accident self. The device delivers targeted electrical stimulation to a part of the brain’s thalamus, with the goal of  “overdriving” it to restore brain function  — similar to how a pacemaker restores heart function, the researchers said.  Read the full article here:  https://www.freethink.com/health/tbi-brain-stimulation?utm_campaign=freethinkweekly&utm_source=rejoiner&utm_medium=email&utm_content=12%2F12%2F23+F%2A+Weekly&rjnrid=3NGOnGm
Read more