Sonostics

11/16/2024

https://www.binghamtonhomepage.com/news/older-adults-asked-to-participate-in-study-with-sonostics/

A local research and development business is looking for people to take part in a study focused on addressing age-related cognitive decline.

05/10/2024

https://www.dovepress.com/articles.php?article_id=92553

Supporting the potential benefit of exogenous neuro-muscular stimulation as a complementary form of physical activity which older adults may find convenient.

04/17/2024

Some exciting personal news. Pleased to announce the release of my debut novel - Ghosts of Glencoe - mid-June - from North Country Books, an imprint of Rowman & Littelfield. Set in the ADK mountains, in the words of Julia Goren, (Deputy Exec. Dir - ADK Mtn Club) GoG is a "gripping narrative...has the finest elements of expedition story, coming-of-age novel, and thrilling adventure." Bill McKibben wrote: "this book helps capture the majesty and complexity of one of the world's great places."

I humbly add - it's a great read.

For a synopsis and more blurbs, click here:
https://ghostsofglencoe.com/

02/12/2024

Sonostics offering free comprehensive cognitive screening
https://www.binghamtonhomepage.com/news/sonostics-offering-free-comprehensive-cognitive-screening/?fbclid=IwAR38ttwgyEnaf0eqMm_TIKoJU51pFiXIOEzedgaKcHvZ5pWJl4z_u9REvpo #

02/12/2024

SONOSTICS IS OFFERING FREE MEMORY SCREENINGS

https://www.binghamtonhomepage.com/news/sonostics-offering-free-comprehensive-cognitive-screening/ #:~:text=The%20free%20comprehensive%20cognitive%20screenings,5%20p.m.%2C%20Monday%20through%20Friday.

10/20/2023

10/01/2023

We have moved into our new offices! Stop in and check us out!!!

05/08/2023

Are you concerned about age-related memory loss? Do you wish there was a way to potentially reverse some of the effects of aging on your brain?

We are excited to announce that Dr. Kenneth McLeod, founder & CEO of Sonostics, is conducting a clinical trial to study the potential of technology developed at Binghamton University to reverse age-related issues, including memory loss.

The study is currently seeking participants, and we encourage anyone who may be interested to call (607) 785-1700 for more information about participation.

As we age, many of us may experience memory loss or other cognitive decline. This can impact our daily lives, making it more difficult to remember important information, stay organized, and maintain our independence. While there are some medications available to treat memory loss, they are not always effective, and they can have side effects.

That is why we are excited about the potential of this clinical trial to explore new ways to address age-related memory loss. The technology being studied uses vibration to stimulate muscles to improve circulation, potentially improving cognitive function and memory.

If you are interested in participating in this study, we encourage you to call (607) 785-1700 to learn more about the requirements and benefits of participation.
Thank you for considering this opportunity to potentially improve your cognitive function and memory. We look forward to hearing from you and sharing updates on the progress of this exciting study.

04/05/2023

The Soleus muscle is a crucial muscle located in the calf that plays an important role in returning blood and lymphatic fluid back to the heart. This muscle is responsible for the "second pump" that assists the heart in pumping blood throughout the body. In this blog, we will discuss the important function of the Soleus muscle and its responsibility for returning blood and lymphatic fluid back to the heart, as well as the negative effects of a weak soleus from a medical perspective.

The Soleus muscle is a large, flat muscle located in the posterior compartment of the calf. It originates from the proximal tibia and fibula and inserts into the calcaneus via the Achilles tendon. This muscle is primarily responsible for plantar flexion of the ankle joint, which allows us to stand on our toes and walk. However, its importance goes beyond its role in movement.

One of the primary functions of the Soleus muscle is to act as a peripheral pump to return blood back to the heart. This is accomplished through the mechanism of the muscle pump. The muscle pump is a mechanism by which the Soleus, contract and relax to create a pumping action that moves blood and lymphatic fluid through the circulatory system.

In addition to its role in returning blood and lymphatic fluid back to the heart, the Soleus muscle is also responsible for maintaining venous and lymphatic pressure. This is important because the pressure in the venous and lymphatic systems can become low when we are inactive or standing still for long periods. This can lead to a buildup of fluid in the lower legs, resulting in swelling and discomfort. The Soleus muscle helps to maintain pressure in these systems, preventing the buildup of fluid and the associated negative effects.

A weak Soleus muscle can have negative effects on the circulatory system. For example, a weak Soleus muscle can lead to an increased risk of venous insufficiency. Venous insufficiency is a condition in which the veins in the legs are unable to pump blood back to the heart effectively, resulting in blood pooling in the legs. This can lead to swelling, varicose veins, and in severe cases, skin ulcers. In a study by Shami et al. (2021), it was found that patients with venous insufficiency had significantly weaker Soleus muscles than healthy controls.

In addition to venous insufficiency, a weak Soleus muscle can also contribute to the development of lymphedema. Lymphedema is a condition in which the lymphatic system is unable to drain fluid from the tissues effectively, resulting in swelling and discomfort. In a study by Czerniec et al. (2010), it was found that exercise targeting the Soleus muscle was effective in reducing the symptoms of lymphedema.

In conclusion, a weak Soleus muscle can have negative effects on the circulatory system, leading to an increased risk of venous insufficiency and lymphedema. Therefore, it is important to maintain the strength and function of the Soleus muscle and the HeartPartner can help to re-train your Soleus muscle.

03/15/2023

Soleus Muscles and Blood Flow to the Brain
Cerebral blood flow refers to the amount of blood that flows through the brain. It is a critical aspect of brain function because the brain requires a constant supply of oxygen and nutrients to operate correctly. Without proper blood flow, the brain cannot function correctly, leading to cognitive impairment and potentially severe brain damage.
The Soleus muscles, located in the lower legs, play a crucial role in maintaining cerebral blood flow. These muscle, along with other leg muscles, help to push blood upward in the body, against the force of gravity, to the heart. In this blog post, we will explore the importance of cerebral blood flow and the role the Soleus muscles play in pumping blood back to the heart.
Cerebral Blood Flow
The adult body holds about 5 quarts of blood, and all of this blood is pumped through the heart every minute or less. Cerebral blood flow refers to the amount of blood that flows up to the brain. While the brain makes up only 2% of the body's weight, it requires 20% of total blood flow under resting conditions. Proper cerebral blood flow ensures that the brain is receiving the necessary oxygen and nutrients to function correctly.
The blood outflow from the heart, which occurs when the heart contracts, is regulated by how much blood flows back into the heart when the heart is relaxing. This can be a challenge for the body, as when we are sitting or standing, gravity constantly pulls the blood in our body down into our legs and feet. The only way this blood can get back up to the heart is to be pumped. If an insufficient amount of blood is pumped back up to the heart, blood pressure will fall, and cerebral blood flow will decline.
The Soleus Muscles
The Soleus muscles are large, flat muscle located in the lower legs. They are one of the muscles responsible for plantar flexion, which is the movement that occurs when you stand on your toes. The Soleus muscles are responsible for maintaining posture when standing or squatting. While allowing us to maintain a standing or squatting posture, the soleus muscles also serve as the pumps which return blood back to the heart. This allows the heart to provide sufficient blood flow to maintain normal blood pressure as well as blood flow up to the brain.
The Soleus muscles are unique because they contain a high concentration of slow-twitch muscle fibers. Slow-twitch muscle fibers are well-suited for endurance activities because they are resistant to fatigue and so can sustain contractions for extended periods. To maintain this fatigue resistance requires sustained exercise, such as toe-standing or squatting exercises. If such exercises do not fit into your lifestyle, the HeartPartner can be a great way to activate the Soleus muscles and ensure normal cerebral blood flow levels.

04/18/2022

Sonostics CEO and Founder on CBS:

Some experts believe one of the simplest ways consumers can help the environment is by using cleaner electric energy. Bob Brecha, sustainability program director at the University of Dayton, and Kenneth McLeod, a systems science and industrial engineering professor at Binghamton University, sit down...