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Chiropractic Care and Postpartum Depression

Chiropractic Care and Postpartum Depression

???????????????Many research studies have confirmed the benefits of chiropractic care during pregnancy. The postural and hormonal changes a woman goes through during pregnancy are potentially debilitating, and chiropractic adjustments have been shown to alleviate many of the most common problems. Studies have indicated that regular chiropractic care during pregnancy helps to prevent breech deliveries, permits more unobstructed fetal development, and reduces birth trauma in the infant. For the mother, chiropractic adjustments often relieve back pain during pregnancy, reduce labor time and make delivery easier.

But several of the important benefits of chiropractic care only become apparent after the birth. The hormonal and postural changes of pregnancy, combined with the stress of delivery itself, often cause severe symptoms of postpartum depression after the baby is born. Chiropractic adjustments during this recovery period can help to reduce the likelihood of postpartum depression, quicken recovery time, and help new mothers to re-normalize their pelvic and spinal structures.

At least one 1975 study published in the Journal of the American Osteopathic Association indicates that “post-partum depression is a rarity in patients receiving…manipulative [adjustment] therapy.” And the first-hand reports from the new mothers seem to reflect this same finding—many cite regular post-delivery chiropractic care as being as important to their overall mental health as it was to their physical health during the pregnancy itself. Intuitively, you can easily understand why this would be the case. Not only is the new mother’s body trying to return to some semblance of “normalcy” after nine months of pregnancy and the stress of delivery, it’s doing so during a period when they are “new mothers.” They aren’t getting enough sleep, they are so busy taking care of their new babies that they often don’t have the time to eat properly themselves or get enough exercise, and their hormones are still going crazy.

Doctors of chiropractic can offer a great deal of support during this critical period, ranging from “hands on” adjustments, relaxation therapies, and massage treatments to nutritional, exercise, and lifestyle advice that help new mothers’ bodies grow stronger. And, of course, chiropractic does this the same way it addresses other problems – in a holistic manner, without drugs and without surgery, aiming at helping the body heal itself.

From a biomechanical point of view, your “post-partum” period lasts for a full year after giving birth. It takes that long for the hormone relaxin– so essential in facilitating the bone and connective tissue changes necessary to give birth – to leave the body. During this time, the hormone continues to affect your ligaments, spine, and pelvis. It can produce pain and feelings of instability that make it difficult to stand and walk normally. These physical changes are magnified emotionally, as your hormone levels change and you deal with the pressures of being a new parent.

So even if you didn’t take advantage of chiropractic care during your pregnancy, consider using it during this period after the baby has been born. It can help in many ways, and anything that helps to re-establish your normal sense of health and well-being is good for your baby, too.

Structured Versus Unstructured Play: What’s the Difference, and Does it Matter?

Structured Versus Unstructured Play: What’s the Difference, and Does it Matter?

lined up on line of scrimmageWe’ve all heard about parents like this. They have every moment of their child’s day scheduled with some activity or another. First it’s soccer, then off to violin lessons, after which they meet up with their scouting group. With the increase in urbanization and concerns for child safety, it’s becoming more and more unusual to see children just out playing in the street or in a neighbor’s back yard. Many parents have embraced the idea of “structured play” because they believe it helps their children develop specific skills they will need to succeed in the world. It also allows parents more predictability and control over their own schedules. On the other hand, many of these same parents view unstructured play (which many grew up with themselves) as a waste of time that could be better used for managed activities. But studies have shown that there are very real advantages to unstructured play, and that the skills it develops are just as important as the ones that can be taught in structured environments.

Structured play consists of activities with externally-imposed organization that generally involve rules and an objective of some sort. Things such as video games, team sports, board games and building model airplanes, for example, are all structured activities. At the other end of the spectrum are unstructured activities like inventing and running games, building with blocks, having a catch, writing a play, looking for bugs in the woods, and drawing and painting. These activities are self-organizing and open-ended. Many times, they have no particular goal. In unstructured play, children make up their own rules as they go along and establish their own limits.

Nearly every modern parent has heard his or her child whine or moan the dreaded words “I’m bored.”  By most accounts, the “I’m bored” syndrome has actually become more common as the nature of play has shifted and parental engagement has changed. Sometime around the mid-20th century, children’s play began to be centered on the toy rather than on the activity. And as today’s “interactive” toys have evolved to actually direct and drive the activity (think about Wii, PlayStations, iPads, etc.), children themselves have become more passive in the process. The result is that many of them are less able to entertain themselves through their own creativity.  This inability becomes very apparent whenever the novelty of a new game wears out and the kids reach out to their parents to provide the same level of structure and ongoing entertainment that the game had been providing.  This places growing demands on parents, who may then begin to look for other outside sources of focused, constructive stimulation.  Of course, the problem with this type of response is that it simply substitutes one form of externally-driven activity for another. What happens to a child who never learns to direct his or her own energy or to organize his or her own activity? There is a very good chance that the child who never learns to do these things will be unable to do them well as an adult.

A 2005 study published in the Archives of Pediatrics & Adolescent Medicine found that children’s unstructured play time had dropped by 25% between 1981 and 1997. This is a worrisome trend since unstructured play is necessary in order for children to improve social skills, develop healthy coping mechanisms for stress and boost cognitive skills, especially those involved in problem solving. Through unstructured play, children enhance their own creativity, become more self-confident and learn to empathize with others. It develops neural areas in the brain that are concerned with emotional reactions and social understanding.

There is no doubt that structured play is important in teaching multitasking, developing specialized skills and exposing children to a wide range of ideas and experiences. Just be sure that your children are given equal amounts of unstructured time in which to explore their own interests, develop their creativity, solve problems and work on their interpersonal skills.

The Benefits of Magnesium

The Benefits of Magnesium

magnesium-crystals-200-300While it may not be as well-known as other mineral nutrients, Magnesium is involved in a variety of the human body’s processes, ranging from maintaining bone density to keeping our heart rhythm steady. Without the proper levels of magnesium, we’d suffer from fragile bones, high blood pressure, weak muscles and heart problems, among other health problems.

Most people know that calcium is important in maintaining strong bones. However, many are unaware that without adequate magnesium, the bones cannot absorb that calcium, making it worse than useless. If calcium supplements are taken without corresponding amounts of magnesium (in a proportion of 2 parts calcium to 1 part magnesium), the calcium will tend to build up in the soft tissues and the joints, contributing to osteoarthritis, while at the same time failing to protect against osteoporosis.

There are over 300 different enzymes in the body that require magnesium in order to work. Magnesium helps to lower blood pressure by keeping the muscles of the heart and blood vessels relaxed. It can reduce headaches (including migraines), alleviate symptoms of PMS, and reduce your risk of diabetes. It is also helpful in the treatment of kidney stones, constipation, muscle cramps, depression and anxiety, and reduces inflammation.

The NHANES study (National Health and Nutrition Examination Survey) of 1999-2000 found that 68% of Americans do not get their recommended daily allowance (RDA) of magnesium. Adults who consume less than the RDA of magnesium are one and a half times more likely to have elevated markers for inflammation than those who get the recommended amount. Increased inflammatory markers indicate a higher risk of diseases such as cancer, heart disease and diabetes.

The recommended daily intake of magnesium is as follows:

Children 1-3 years: 80 mg/day
Children 4-8 years: 130 mg/day
Children 9-13 years: 240 mg/day

Girls 14-18 years: 360 mg/day
Women 19-30 years: 310 mg/day
Women 31 years and over: 320 mg/day

Pregnant women under 19 years: 400 mg/day
Pregnant women 19 to 30 years: 350 mg/day
Pregnant Women 31 years and up: 360 mg/day

Breastfeeding Women under 19 years: 360 mg/day
Breastfeeding Women 19 to 30 years: 310 mg/day
Breastfeeding Women 31 years and up: 320 mg/day

Boys 14-18 years: 410 mg/day
Men 19-30 years: 400 mg/day
Men 31 years and up: 420 mg/day

Although magnesium is found in a number of common foods, it is easily depleted by cooking and processing. There are also certain conditions that put you at risk of magnesium deficiency, including intestinal viruses that cause vomiting and diarrhea, hyperthyroidism, diabetes, kidney disease, pancreatitis and taking diuretics.

Signs of magnesium deficiency include muscle spasms or weakness, abnormal blood pressure, heart arrhythmia, sleep disorders, nausea and vomiting, anxiety, irritability and restless leg syndrome.

Good food sources of magnesium include green leafy vegetables (spinach, Swiss chard, kale, collard greens), seeds (sunflower, sesame, pumpkin, and flaxseed), nuts (almonds, cashews, and walnuts), baked potatoes and chocolate.

Top 5 Exercises for Increasing Range of Motion in Your Neck

Top 5 Exercises for Increasing Range of Motion in Your Neck

girafe réticulée 06Pain and stiffness can significantly reduce your neck’s range of motion. Although a decreased range of motion in your neck may not seem like a major problem, it can actually contribute to a number of unpleasant conditions, including headache, fatigue, irritability and sleep loss. Like any other part of the body, our neck can become stronger and more flexible through exercise. Following are some useful exercises that can help to increase the range of motion in your neck.

All these exercises should be done while sitting comfortably in a chair with your feet flat on the floor and your neck in a neutral position. Your neck should be positioned right above your spine (in other words, be sure your head is not jutting forward or back), and you should be looking straight ahead. If you feel pain (rather than just discomfort) while doing any of these exercises, stop immediately and do not resume them until you have consulted with your chiropractor.

1) Neck rotations – Keeping your head level, gradually turn your head to the right as far as you comfortably can, looking over your right shoulder, and hold for 10 seconds. Then slowly turn your head to the left, looking over your left shoulder, and hold for another 10 seconds. Repeat 5 times.

2) Neck tilts – Tilt your head to the right, bringing your right ear as close to your shoulder as possible, and hold for 10 seconds. Do the same on the other side, tilting your head to the left, again holding for 10 seconds. Repeat 5 times.

3) Neck flexion and extension – This is simply bending your head forward and back. Beginning in a neutral position, gradually bend your head forward, letting it hang with your chin close to your chest, and hold for 10 seconds. Then slowly bring your head up and back so that you are looking at the ceiling. Repeat 5 times.

4) Half circles – Start by tilting your head toward your right shoulder as far as possible, then slowly swing it to the left in a fluid half-circle, moving your head forward and down until your chin is close to your chest, continuing until your head is tilted to the left with your left ear above your left shoulder. Then repeat the movement in the other direction.

5) Levator scapulae stretch – Tilting your head to the right over your shoulder, turn and drop your head slightly so that your nose is pointed toward your elbow, and hold for 10 seconds. You should feel the stretch in the muscle connecting the back of the left lower neck to your shoulder blade. Repeat on the other side.

How Flexible Should You Be?

How Flexible Should You Be?

??????????????????????????????????????????????????????????????????????????????????????????Watching a dancer put her leg to her nose is an impressive sight, and many of us can perform similar feats when we’re children. But we begin to lose flexibility as we age if we do not make a conscious effort to remain limber. Inactivity causes muscles to shorten and stiffen, and muscle mass is lost with increasing years as well. However, maintaining flexibility as we get older is of great importance, since it allows us to retain our mobility and reduces the likelihood of aches, sprains and falls as we age.

Optimal flexibility means the ability of each of your joints to move fully through their natural range of motion. Simple activities such as walking or bending over to tie your shoes can become major difficulties if your flexibility is limited. Unfortunately, sitting for hours at a desk, as so many are forced to do on a daily basis, eventually leads to a reduction in flexibility as the muscles shorten and tighten.

There are a number of different tests used to measure flexibility, but the one test that has been used as a standard for years is the sit and reach test. It measures the flexibility of your hamstrings and lower back. The simple home version of the test requires only a step (or a small box) and a ruler.

Before the test, warm up for about 10 minutes with some light aerobic activity and do a few stretches. Then place the ruler on the step, letting the end of it extend out a few inches over your toes, and note where the edge of the step comes to on the ruler. Sit on the floor with your feet extended in front of you, flat against the bottom step (or box). With your arms extended straight out in front of you and one hand on top of the other, gradually bend forward from the hips, keeping your back straight. (Rounding the back will give you a false result). Measure where your fingertips come to on the ruler. They should ideally be able to reach at least as far as the front of the step. Any measurement past the edge of the step is a bonus. No matter how far you can reach on the first measurement, do the test periodically and try to improve your score every few weeks.

If you find that you are less flexible than you should be, some regular stretching exercises combined with visits to your chiropractor can help to restore flexibility and improve range of motion, helping to ensure that you remain limber into older age.

Benefits of Zinc

Benefits of Zinc

Muscular body builderZinc is the second-most common mineral in the human body (after iron) and is found in every one of our cells. It plays a vital role in many of the body’s functions, so ensuring that you get enough zinc in your diet is important. It is essential for helping the body to heal and for the maintenance of a healthy immune system. It is also important is supporting the senses (taste, sight and smell), blood clotting and healthy thyroid function.

Zinc is one of the most important minerals for fertility and general reproductive health. It is necessary for proper levels of testosterone in men and the maintenance of a healthy libido. The mineral also plays a key role in the healthy development of sperm, and abundant levels of zinc have been shown to be protective of the prostate, reducing the risk of prostate cancer. The belief that oysters have aphrodisiac properties actually does have some basis in truth. Oysters have one of the highest concentrations of zinc of any food. In women it regulates estrogen and progesterone and supports the proper maturation of the egg in preparation for fertilization.

Ensuring you have an adequate level of zinc can help reduce your risk of insulin sensitivity, one of the precursors to diabetes. It supports T-cell function, which boosts the immune system when the body is under attack by bacteria and viruses.

Zinc deficiency is not common in the developed world, but those with anorexia, alcoholics, the elderly and anyone with a malabsorption syndrome such as celiac disease or Crohn’s disease is at higher risk. Zinc deficiency symptoms include frequent colds, poor wound healing, poor growth, loss of appetite, weight loss, dermatitis, psoriasis, hair loss, white spots on the nails, night blindness and depression.

Following is the recommended daily intake of zinc for different age groups:

Infants birth – 6 months: 2 mg/day

Infants 7 – 12 months: 3 mg/day

Children 1 – 3 years: 3 mg/day

Children 4 – 8 years: 5 mg/day

Children 9 – 13 years: 8 mg/day

Adolescent boys 14 – 18 years: 11 mg/day

Adolescent girls 14 – 18 years: 9 mg/day

Men 19 years and older: 11 mg/day

Women 19 years and older: 8 mg/day

Pregnant women 14 – 18 years: 12 mg/day

Pregnant women 19 years and older: 11 mg/day

Breastfeeding women 14 – 18 years: 13 mg/day

Breastfeeding women over 18 years: 12 mg/day

Children should never be given zinc supplements without first consulting with a pediatrician. If supplements are necessary, a copper supplement should be taken as well, as a high intake of zinc can deplete levels of copper.

You should be able to get adequate zinc from eating a healthy, balanced diet rich in whole foods. The body absorbs between 20% and 40% of the zinc present in food. The best sources of zinc are oysters, red meat, poultry, fish, shellfish, cheese, legumes (such as soybeans, black-eyed peas and peanuts), cooked greens and seeds (such as pumpkin and sunflower).

Remember that Zinc is especially important for the winter months!

 

How Much Screen Time Should Kids Get?

How Much Screen Time Should Kids Get?

watching televisionIn life, it’s nearly always possible to have too much of a good thing, and moderation is usually the right common-sense prescription (no matter what the advertisers say). Screen time is no exception. But how much is too much? That’s the question many parents are asking…

There’s no doubt that a little bit of time watching TV, working on a computer, playing video games or using a tablet or smartphone can be useful. However, it’s also become increasingly clear that long, uninterrupted periods of screen time can cause real problems. This can be a result of the screen-watching activity itself as well as what’s NOT happening while an individual is focused on the screen. While there’s growing evidence that both adults and children are at risk, the rest of this article will focus on kids and what their parents need to know.

Most young children aren’t very good at moderating their behavior or setting their own limits. This means that it’s ultimately an adult’s responsibility to do it for them until they can exercise their own good judgment. And this is true EVEN THOUGH IT TAKES TIME AND EFFORT FROM THE ADULT AND IS OFTEN INCONVENIENT. As tempting as it may be to use devices with screens as electronic “babysitters” to free up your own time, being a parent or caregiver means keeping the child’s needs in mind, too.

Following is a brief summary of the most-widely circulated guidelines for children’s screen time (entertainment-oriented use of electronics), based on recommendations made by the American Academy of Pediatrics.

Under 2 years—No screen time

2–5 years—One hour of preschool TV, but no computer time

5–8 years—One hour

Over 8 years—Two hours

The first couple of years are particularly critical for a child. This is the time when a baby’s brain goes through the most rapid growth and development. Children need to explore and to engage with their broader environment. When these opportunities are limited or “crowded out” in

What is REM Sleep and Why is it Important?

What is REM Sleep and Why is it Important?

baby #21Our sleep cycle is separated into two main components: rapid eye movement (REM) sleep and non-REM sleep (NREM). We cycle between the two all night, with four stages of NREM sleep preceding one stage of REM sleep. NREM sleep is the stage at which our body repairs itself, energy is replenished and our immune system is boosted. A complete cycle of sleep takes between 90 and 110 minutes in total, with approximately a quarter of that time being spent in REM sleep. It is also the stage during which dreaming almost always takes place. Scientists are still trying to discover the extent to which REM sleep affects our health and mental well-being, but they do know that REM sleep is important for the development of creativity and problem solving ability, and is how we learn to adapt to our world.

REM sleep was first formally observed by the scientists Aserinsky and Kleitman in the 1950s, who noted the rapid, jerky movements of the eyes through closed lids, as if the sleeper were seeing something, and noticed that breathing and heart rate increased. Another feature of REM sleep is that the voluntary muscle groups become temporarily paralyzed by the base of the brain “shutting off” the neurons in our spinal cord so we do not act out the dreams we are experiencing as we sleep. The electroencephalogram (EEG) that was attached to the sleepers showed levels of brain activity nearly identical to those who were awake. Contrary to what was previously believed about sleep as being a state in which the brain slows down, during REM sleep, the brain is actually very active. Why may this be?

According to French scientist Michel Jouvet, REM sleep is also a way of programming our brain to adapt to the world around us. Much as a computer can be reprogrammed when it is off-line, Jouvet believes our brain can take information it has received during the day and program the central nervous system to organize or maintain instinctive behavior.

The percentage of time spent in REM sleep is the greatest among babies and children. Babies can spend as much as 50% of their sleep time in the REM stage. And while it has been thought that the dreams we experience during REM sleep are a consolidation of the memories that we have experienced during the previous day, babies in the womb (who experts believe have few or no real world memories) spend most of their sleep time in a state of REM.

Professor of psychiatry emeritus at Harvard University, J. Allan Hobson, says of the purpose of REM sleep, “It’s a reinforcement of basic knowledge—knowledge that precedes any waking-state learning: how to be a person, how to be an ego, how to exist in a space, how to move in a space, how to feel. It’s not environmental memory; it’s genetic memory.”

 

White Meat Versus Red Meat: What Are the Nutritional Differences?

White Meat Versus Red Meat: What Are the Nutritional Differences?

grilled red meatFor years, health experts have advocated that we eat less red meat and substitute white meat whenever possible, since white meat is generally considered healthier. To a large extent, this is true. However, there are actually some significant nutritional differences between the two and some legitimate reasons to avoid cutting red meat out of your diet altogether.

First of all, it’s important to understand what gives each type of meat its color. All meat consists of muscle fibers. Red meat is made of muscle fiber that is referred to as “slow twitch,” meaning it is used for regular, steady activity like walking. White meat, on the other hand, is made of “fast twitch” muscle, which is used for short, sharp bursts of energy. Because it is used regularly, the muscle from red meat must carry more oxygen, so it has higher levels of myoglobin, which is the red-colored protein that carries oxygen, giving red meat its color. White meat requires less oxygen, so its myoglobin content is far lower.

Nutritionally, red meat (which generally includes beef and lamb) has a few vitamins and minerals that can be difficult to find in significant amounts elsewhere. These include vitamin B12 and heme iron. Red meat has the highest concentrations of these nutrients in their most bioavailable forms. The iron received from vegetable sources is non-heme iron, which is not as easily absorbed by the body. Red meat also contains healthy amounts of vitamin B6, creatine, zinc, riboflavin, niacin, thiamine and amino acids, in addition to being a great source of the potent antioxidant alpha lipoic acid (ALA).

Red meat as a whole is usually higher in fat and calories, however, lean red meat can be comparable in fat content to white meat. The amount of fat in lean ground beef, for example, is about the same in the equivalent amount of ground turkey. And if you buy grass-fed beef, the amount of saturated fat is lower than that in conventionally raised beef. Not only is grass-fed beef lower in saturated fat, it contains higher levels of healthy omega-3 fatty acids, vitamin A, vitamin E and beta carotene.

White meat (such as chicken and turkey) generally has fewer calories than red meat, though the difference is not as large as many people think. A 100-gram portion of beef has 136 calories on average, while a 100-gram portion of chicken contains an average of 106 calories. Chicken is a good source of polyunsaturated fatty acids (PUFAs) and contains about six times more omega-3 fatty acid than red meat. White meat also contains more easily digested amino acids than red meat, is a good source of protein and is high in potassium and calcium.

There remains some considerable controversy over whether pork should be considered red meat or white meat. Although the U.S. Department of Agriculture defines pork as a red meat, it has less myoglobin than red meat, but much more than chicken. Pork tenderloin is as lean as a skinless chicken breast, and is a good source of thiamine, vitamin B6, phosphorus and niacin.

Nutritionally, it’s hard to argue that one is definitely preferable to the other. As a practical matter, it’s probably best for most people to eat a mixture of red and white meat, since this is one way to be assured of getting the most complete range of nutrients that meat can provide. For a healthy diet, however, all meats should be eaten in moderation, along with multiple servings of vegetables and fruit!

 

How Chiropractic Care Has Helped Me: Introducing Jeff Gordon

How Chiropractic Care Has Helped Me: Introducing Jeff Gordon

jeff-gordon-200-300To any NASCAR fan, Jeff Gordon is a household name. His list of accomplishments on the track is impressive by almost any measure:

  • After winning 3 races, Gordon joined Hendrick Motorsports in 1993 as part of the Sprint Cup Series in NASCAR.
  • In 1998, Gordon was named to NASCAR’s “50 Greatest Drivers” list.
  • In 2008, ESPN’s Terry Blount put him at #10 in a list of 25 all-time greats, and Fox Sports ranked him as #5 on its list of all-time best NASCAR drivers.
  • In 2009, Gordon became the first-ever NASCAR driver to achieve career winnings of $100 million.

After winning the Daytona 500 three times (1997, 1999 and 2005), and the Sprint Cup Series four times (1995, 1997, 1998 and 2001), Gordon had become a universally-recognized superstar in the sport. But things changed in 2008.

From 2008 to 2009, Jeff Gordon suffered from chronic back pain. An MRI performed half way through the 2009 season revealed what looked like an arthritic condition. He went through rigorous treatments that included physical therapy, stretching exercises and chiropractic treatments. Gordon noted that “there have been times, especially last year, but even this year, when I’ve been thinking about my back when I should be thinking about the car.”

All race car drivers experience tremendous G-forces on the track. This can wear on the health of the spine and create problems if not regularly treated. The pain experienced by drivers can be quite distracting and could shorten their careers if the distraction becomes too great to allow safe driving. NASCAR has a strictly-enforced drug policy that prohibits the use of pain medications that might otherwise alleviate some of the discomfort.

That’s what makes chiropractic such a perfect fit. Its therapies are non-invasive and drug-free. New York-area chiropractor, Dr. David Levine, DC, has discovered techniques that are particularly effective for the injuries suffered by athletes.

“The technique,” said Dr. Levine, “basically involves examining the patient and searching for muscle spasm, areas of pain and tenderness, restriction of motion, and inflammation. Once the treatment is completed, usually within 30 minutes, the patient will often begin to quickly notice relief.”

Jeff Gordon isn’t the only star athlete Dr. Levine has helped. His website contains testimonials from the NY Jets’ former All-Pro Linebacker Lance Mehl and numerous other NFL and NBA players. Dr. Levine’s specialized pain management chiropractic techniques currently have a 90% success rate helping athletes and injured soldiers overcome their debilitating pain.