I woke up with a kink in my neck!

Many patients come into the office complaining they ‘slept’ wrong or have a ‘kink’ in their neck. This is often caused from sleeping in the wrong position in the wrong place. If you slept on the couch with your neck twisted to the side, the joints can become misaligned, which can cause the muscles in the neck to tighten up. This can then lead to pain and spasm, and you will need a chiropractic adjustment to alleviate the pain and realign the spine. It won’t just ‘go away’ over time. 

Another point to consider is the type of pillow that you sleep on. Flat pillows do not support your neck and spine when laying in your back or side. Pillows that are too thick tend to prop your head up at an equally awkward angle. It’s important to find a pillow that is the right size for you, and chances are it won’t be the same pillow that fits other people in your family. If you can’t share clothes with someone, chances are you can’t share a pillow either, purely based on size.

While you are sleeping, if your fingers or hands go numb, chances are you are not getting the support required for your spine while you are sleeping. Pillows that support the proper curvature of the spine are the best for back sleeping. Side sleepers need a pillow that is the depth of your ear to shoulder to keep the neck in a neutral position and to prevent the nerves that go to the arm from getting impinged and causing your hands to fall asleep.  

Stomach sleepers are notorious for waking up with neck and arm pain. Lying on your belly with your head rotated to one side all night is going to cause imbalances in your neck. One side of your neck will seize up and the other side will be over-stretched, which will cause discomfort. Retraining yourself to sleep on your back or side will enhance your sleep and reduce your pain and discomfort.

As always, if you have neck pain when you wake up, you need to have yourself evaluated by a chiropractor. Good pillows are helpful but they don’t correct the bad movement patterns, imbalances and poor alignment causing the problem in the first place.

Benefits of Essential Fatty Acids

What makes fatty acids so “essential”? The fact that our bodies don’t make these fatty acids, makes it necessary to get them from our diets. They are important part of building healthy cells, maintaining brain and nerve function and act as a precursor to certain hormones.

There are different types of fatty acids, one being called Omega-3 and one being called Omega-6. Examples of Omega-3 fatty acids are EPA (eicosapentaenoic acid) and DHA (docosahexaenoic acid), both of which are found in fish oils. Omega-6 fatty acids, such as ALA (alpha-linolenic acid), are found from plant sources such as nuts and seeds.

The average North American diet has an Omega 6 to Omega 3 ratio of 12:1. The ideal ratio should be around 4:1. Scientists estimate our ancestors consumed Omega-6 and Omega-3 fats in a ratio of close to 1:1. As vegetable oil consumption and processed grain consumption have risen, so has the ratio of Omega-6 to Omega-3 fats. This creates a very inflammatory environment and goes a long way towards explaining why 4 in 10 people who die in North America each year die of heart disease. The ratio of omega-6 to omega-3 matters, but so does the total amount of each.

Omega-6 is pro-inflammatory, while omega-3 is neutral. This means that the more omega-3 fats you eat, the less omega-6 will be available to the tissues to produce inflammation. A diet with a lot of omega-6 and not much omega-3 will increase inflammation. Conversely, a diet of a lot of omega-3 and not much omega-6 will reduce inflammation.

Omega 6 oils are unstable because they’re made of polyunsaturated fats. Cooking at high heats, microwaving, or frying will oxidize the fats. Oxidized omega-6 does damage to your DNA, inflames your heart, and raises your risk for several types of cancer, including breast cancer. It also interferes with brain metabolism. When companies use these oils in packaged foods, they stabilize them to increase shelf life through a process called hydrogenation. Hydrogenation takes already harmful fats and converts them into synthetic trans fat. Unfortunately, trans fat is even worse for you.

Elevated Omega-6 intake is associated with an increase in all inflammatory diseases! The list includes (but isn’t limited to), cardiovascular disease, type 2 diabetes, obesity, metabolic syndrome, irritable bowel syndrome & inflammatory bowel disease, macular degeneration, rheumatoid arthritis, asthma, cancer, psychiatric disorders and autoimmune diseases.

Try to eat foods high in Omega-3’s and take supplemental forms of Omega-3 from quality sources, especially when pregnant or nursing. Some other steps that can help this ratio and overall health:

1.   Avoid Vegetable Oils and Products Containing Them– These oils mess up the balance of protective Omega-3 fatty acids and potentially dangerous Omega-6 fatty acids in the body. They also contribute to inflammation and arterial damage.

2.   Eat more Saturated Fats and Other Healthy Fats– getting enough saturated fat from sources like animal fats, coconut oil, organic dairy, etc is essential to give the body all the building blocks it needs for proper cell and hormone function.

3.   Optimize Vitamin D and Fat Soluble Vitamins- Fat soluble vitamins at the right dosage have a protective effect on tissues and organs (including the heart).

4.   Get Enough Omega-3s- These help balance out the Omega-6 to Omega-3 ratio in the body and prevent inflammation. Omega-3s also can thin the blood and keep it from clotting too regularly, a risk factor in heart disease. Having a proper Omega-3 balance also helps keep triglyceride levels in check.

5.   Exercise– You’ve heard this one before, yet most of us don’t get enough exercise. Exercise helps strengthen the heart and tone muscles. It increases circulation and reduces stress hormones- all good things to help reduce your risk of heart disease.

6.   Reduce Stress and Get Enough Sleep– High stress levels and lack of sleep can both increase inflammation and stress hormones in the body. Both are also linked to higher levels of many diseases, including heart disease, and increased overall mortality