Showing posts with label holding. Show all posts
Showing posts with label holding. Show all posts

Thursday, November 29, 2012

Protecting Your Upper Cervical Correction


By Dr. Michael Polsinelli

Of all the bones in the spine, the first one (the atlas) is the most vulnerable because it doesn’t have the bony locks that the others have, and it has to support a large amount of weight (the head). Because this misalignment can irritate the spinal cord, it can be devastating to our health. Using a light touch or gentle pressure, Upper Cervical Doctors are able to free the atlas bone toward the proper position. This will strengthen many postural muscles, balance the hips and legs, and allow people to function and feel much better.

Once we have had a misalignment of the atlas, it is possible for the atlas to misalign again. In addition to another injury, physical stress is another reason that we can go out of alignment.

Physical stress can be things like improper lifting or sitting. Sleeping on our stomach can cause significant stress to the upperneck. Heavy backpacks stress the spines of our children and teenagers.

Having our head in an extended position for any length of time can stress the upper neck. This includes painting ceilings, getting our hair washed at a salon, and getting our teeth worked on at the dentist. For painting, use ladders and extension poles. Wash your hair before going to the salon, or bend forward for the hair washing (at the minimum, use lots of towels under your neck and don’t extend a lot). Finally, talk to your dentist before major teeth work and set up signals so that you can take very short breaks (even as small as 4 seconds can reduce the stress).

Sleeping in awkward positions can cause our atlas to shift out of alignment. Don’t fall asleep on the couch or in a chair. The jerking of trying to stay awake in a seated position can also cause the atlas to misalign. Finally don’t sleep in a moving vehicle (especially if driving). The vibration of the vehicle can cause the atlas to go out of alignment since our muscles are so relaxed. Sudden movements can also be problematic. The worst is flying. There is not enough room to get comfortable, and the turbulence can knock the atlas out of position.

With everything, allow comfort to be your guide, make sure you are comfortable while sleeping, sitting and lifting. If not, change position or take a break. When the ligaments can’t do their job properly, the muscles will take over. We’ll notice tightness in our necks. If this occurs, take a break, lay down, nap if you can. If you are driving, park the car and put the chair back and rest for 5 minutes. This will allow our ligaments to get the break that they need, and allow us to hold our alignments. By listening to our bodies we can take better care of ourselves and allow the healing process to occur.

Once again, the initial misalignment is often caused by an injury, even if a subtle one at the time. Once we have had an injury we are vulnerable to going out of alignment again. By listening to our bodies and being smart, we can reduce the physical stress on ourselves. Finally, the longer we hold our alignment the less likely we are to lose the alignment, especially from day to day activities.

Thursday, October 15, 2009

The Highlight of Practicing Upper Cervical Care


Earlier today I had the pleasure of checking a cute little bundle, a baby not quite two weeks old. The parents are firm supporters of upper cervical care and several weeks before the birth had asked me if I would be willing to check their baby once she was born. "Of course!", I said "It would be an honor."

Background -

The upper cervical spine is crucial because as Dr Gott. MD notes, "The head weighs between eight and 14 pounds. It must remain in perfect alignment in order to prevent interference in every brain-to-body function. Misalignment can result from automobile accidents, poor posture, falls and countless other causes. When the head becomes misaligned, it reacts adversely with pain and poor health. This is where upper-cervical chiropractic intervention comes into play. There is no forceful twisting or pulling of the neck. Muscles relax, blood circulation increases, and healing begins." The only thing I would add as a potential cause would be trauma during the birth process. It is also understood that the 8 to 14 pounds refers to adults and newborns/children have much lighter heads. However a newborn's/infant's ratio of head weight to body weight is much greater (heavier heads relative to body weight) and when you take that into consideration along with the diminished control of the head and neck in a newborn/infant it makes this area even more clinically significant.

History -

The mother had some minor issues near the end of pregnancy but birth went smoothly. The baby's presentation was normal and the baby was born vaginally. They opted for a hospital birth and there was no induction of labor or forceful pulling or twisting of the baby's head and neck during the birth. The baby came out fairly quickly with the last push bringing the head and the rest of baby with it. Some normal cone shape to the skull was present at birth which quickly molded to normal over the next 24 hours. Slight bruising to the back left portion of the skull from perhaps pushing against the pubic bone prior to birth. From the mother and father's perspective there was no indication of any trauma during or immediately following the birth. The baby is breastfed and the parents noted that she moves her head with a fair amount of control for her age. Other than a bit of issue from time to time staying latched on when feeding she appears to have no problems.

Analysis -

Upon checking the baby, head was very symetrical and bruising on back of head had healed. Baby was alert and content with no obvious signs of discomfort. Muscle tone in neck was good bilaterally and no sensitivity or irritation from analyzing the area was noted. Bilateral measurements of temperature in the atlas fossa (divet just behind ear lobe) were within an acceptable range and general muscle tone throughout the remainder of the spine was good and symetrical even when the upper cervical spine was stressed. Reversed Fencer's was performed and no abonormality was detected.

Outcome -

Based on the history and the analysis, x-rays were not indicated and no upper cervical correction was needed at this time.

Conclusion -

This provides additional evidence that the nature and progression of the birth process appears to play a significant role in the initial stability of the upper cervical spine. It has been observed that when there is abnormal baby presentation (breech, brow breech, footling) and/or more invasive methods (c-section, forceps, vacuum extraction, or forceful pulling or twisting of the head by hand) are utilized to birth the baby there is a significantly greater possibility of trauma to the upper cervical spine. More research in this area is warranted because not only do we, as upper cervical doctors, make corrections to this region but also those things that prevent them from occuring, especially during the birth process, could drastically reduce the need for care over the course of one's life time.

Remember it is holding/not needing a correction that gets and keeps people well, not correcting them.
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