The Back Bible: Banish Back Pain Naturally
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About this ebook
- Clear and simple explanations of how the back functions, and the causes and complexities of back pain
- Each chapter focuses on a different pain-causing condition and how to feel better
- New ideas on accepted treatments are revealed
- Sidebars spotlight real-life case studies with conditions and treatments
- Great advice and tips, including 10 Ways to Beat . . . features
- Detailed look at conventional treatments and therapies
- Step-by-step exercises and routines
- At-a-glance diagnostic back pain flow chart
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Book preview
The Back Bible - Jenny Sutcliffe
Indroduction
Ever had a bad back? Nearly everybody has. In fact, Americans spend an astounding $86 billion a year on dealing with their backs—trying to stop them from interfering with work, leisure, and just normal day-to-day life.
The causes of back problems are primarily bad posture and activity-related mishaps. If you haven’t moved a muscle for months, for example, walking around with slouched shoulders then suddenly becoming a weekend gardener and digging up your yard can trash your back.
But from minor strains to more serious trouble, there’s usually no need to worry. Most back problems resolve in a few days, and if they don’t there’s a whole range of treatments that will help clear them up in no time. While it’s always wise to check out any back pain with your doctor, this book will share with you what you can do to help yourself, how a range of treatments work, and how to choose from among them.
Occasionally, things can be more serious. Muscles, joints, ligaments, and tendons can all be challenged by incorrect patterns of movement, and bad posture or disease can play a part in disrupting your back’s normal function. Even so, there are treatments your doctor or physical therapist can recommend that will have you walking tall in no time.
Getting the most from this book The Back Bible is designed to be your guide to maintaining optimum back health. It tells you how your back works, what can go wrong with it, what to do when a problem arises, and what your options are. But, above all, the emphasis is on prevention: how you can tailor your life and your environment at work and at home to minimize the possibility of hurting your back. From essential advice on posture to detailed information about how to care for your back while sitting at a desk, traveling in a car, gardening, or lifting and carrying, this book will help keep your back in shape.
Understanding the fundamentals In Chapter 1, Back to Basics, you’ll find a wealth of information on the structure and healthy functioning of your back to help you understand how this impressive piece of engineering works. There’s also an overview of the kinds of things that can go wrong with your back.
What’s my problem? Diagnosis of back problems is the job of your physician, but in How Do I Know What’s Wrong? you’ll find helpful advice on distinguishing problems that require immediate or even emergency medical attention from those that simply require timely advice from your family physician. What’s more, you’ll discover how a diagnosis is made and the tests that may be required in An Expert Assessment.
If you want to know more about the anatomy or the conditions that affect specific areas of the spine, you’ll find the information you seek in Chapter 3 and Chapter 4 (Neck and Shoulders; Middle and Lower Back). Each of these chapters contains an introduction to the anatomical structures in these areas, followed by sections that describe the conditions that affect each region of the spine. And there are exercise tips to keep it in great shape.
It could occur anywhere There are a number of conditions that either affect the whole back or make their presence felt anywhere along the spine. Chapter 2, Conditions Affecting The Whole Back, is the place to find information on these disorders.
Avoiding trouble Of course, prevention is better than cure. In Chapter 5, The Healthy Back, you’ll find practical tips to maintain a strong, supple, flexible back both at home and at work—including information on nutrients that may support back health.
Healthy moves This entire book is packed with effective exercises illustrated with step-by-step photographs to help you maintain back health and alleviate aches and pains. Exercises that are designed to address specific problems are carefully detailed by a physical therapist, while exercises for maintaining back strength and mobility can be found in Chapter 5, The Healthy Back (see Flexibility Exercises for a Healthy Back
, Movement Exercises for a Healthy Back
, and Strength Exercises for a Healthy Back
).
What’s the treatment? Once your physician has diagnosed a back problem, the next stage is to decide on a treatment. Your physician will advise you, but to help you make your choice, Chapter 6, Glossary of Treatments, outlines the principles behind many and explains how they work. From physical therapy and medication to Pilates and shiatsu, your questions will be answered.
Use Common Sense
The exercises in this book have been recommended by physical therapists for general back health or for the relief of the conditions specified. But before you exercise be sure to take note of these commonsense guidelines:
Consult your physician before trying any exercise if you have a pre-existing back condition or other health problem
Warm up before starting any exercise (follow this routine) and relax (as described here) for five minutes afterward. Make sure that your room is warm in order to help your muscles stretch and relax, and adequately aired, so that you are able to take in sufficient oxygen to maximize muscle efficiency.
Stop if the pain starts to become worse during exercise and seek the advice of your physician
Don’t push through any pain: the stretches should be smooth and not jerky. Continue through your full range of movement but no further—any more and you risk triggering the muscle stretch reflex,
which causes an overstretched muscle to contract further
The segmented structure of the back and its complex system of joints provide the strength and flexibility we need in our daily lives. In this chapter you’ll find a full description of the anatomy of the back, including bones, joints, muscles, and ligaments, as well as the spinal cord and nerves. You’ll also learn how the back works and how it sometimes can be damaged by injury and disease. Last but not least, there’s information on the causes of back problems and what to do if you’re affected.
The Living Back
The human back has both the flexibility we need to perform complex and precise movements and sufficient strength to anchor our limbs and enable us to stand upright. Even so, many of us suffer from back pain, which is usually the result of misuse or neglect owing to our busy lifestyles.
Of all the elements that comprise our backs, the spine is the most elegant in term of its design. It consists of 33 individual bones called vertebrae.
Elements of flexibilty As a whole, the spine allows sufficient flexibility to make twisting and bending possible, even though the movement permitted between individual vertebrae is often small. In fact, the sacral vertebrae and some of the coccygeal ones allow no movement at all. The movement of the spine also allows the ribs to rise and fall when we breathe in and out. But the flexibility does not come at the expense of strength: the spine is still strong enough to support the head and anchor the muscles that move the lower limbs. It also contains and protects the spinal cord, which carries the nerves that connect the brain to the nerves that serve the rest of the body.
The most numerous of the vertebrae are those from the base of the neck to the middle of the chest: the thoracic vertebrae. Each one is separated from the vertebrae above and below it by an intervertebral disk of cartilage that makes up about a quarter of the spine’s length; the disks act both as shock absorbers and ball bearings, allowing the spine to twist and bend.
THE SPINE
There are five groups of vertebrae: cervical, in the neck; thoracic, in the chest; lumbar, in the lower back; sacral, between the buttocks; and the coccyx (tailbone).
A VERTEBRA
A vertebra of the thoracic spine is illustrated below. The body of the vertebra faces inward toward the abdominal cavity and the processes face outward.
THE SHOULDER
The joints between the collarbone (clavicle), upper arm (humerus), and shoulder blade (scapula) allow movement but give the shoulder strength.
Each vertebra also has a number of joints—not just the intervertebral ones, but synovial joints (that is, lubricated by synovial fluid, which, rather like a car’s engine oil, helps to reduce wear and tear when bone moves against bone). The most important are the facet joints (see Facet Joints
. The terms facet joints
and Z-joints,
as they are also known, are shorthand for their proper anatomical name of zygapophysial joints.
They are bony catches that prevent each vertebra from slipping off the next one, making the spine into a bony chain that, again, is flexible yet strong.
Taller in the Morning!
The center of the cartilaginous disks between the vertebrae is classically likened to the chewy center of a hard candy, and is 85 percent water. During the day our upright stance means that the weight of the bones in the spinal column compresses each disk by as much as 10 percent. But during sleep the pressure is reduced and the disks reabsorb water, with the result that you can wake up as much as an inch taller than when you went to bed.
Shouldering the strain It may seem strange to talk about the shoulder in a book about the back, but the two are not only linked anatomically but through their working relationship. This means that many problems in the spine can make themselves felt in the shoulder and vice versa. The shoulder joint (see The Shoulder
and Shoulder Structures
comprises the associated back bones, the collarbone (clavicle) and the shoulder blade (scapula), and the upper arm bone (humerus). Most of the muscles that anchor the joint originate in the back and, in particular, in the scapula. Therefore the joint’s performance and the movements of the arm are inextricably linked with those of the back.
A protective basin While the back and shoulders anchor the arms, the pelvis anchors the legs. In Latin, pelvis means basin,
which is a fitting term for the protective housing of so many vital organs. But it can also be thought of as part of the lower back, not just because its upper rim is part of the back, but because of the strength and stability it provides as the anchoring point for the legs. These are joined to the pelvis at the hip sockets.
THE PELVIS
The pelvis anchors the legs to the spine.
Flexible and Stable
The individual bones of the spine—the vertebrae—are linked by a complex system of joints that provide the flexibility we need to twist and turn without killing our backs. Yet the spine also provides the stability required to fulfill its role as an anchoring structure for our arms and legs.
Fitting together Along with the specialized structures of the bony vertebrae, the spinal joints are formed by soft tissues, mainly cartilage and ligaments. In a healthy back, each vertebra is separated from its neighbor by a cushioning pad of cartilaginous material, known as an intervertebral disk. The three bony projections from the back of the body of the vertebrae, known as the processes (see A Vertebra
), are also joined. Ligaments provide a firm but somewhat flexible link between the processes of adjoining vertebrae, as well as along the length of the spine.
Disks Each intervertebral disk has a soft gel-like interior (nucleus pulposus) enclosed within a tough outer layer (anular fibrosus). It allows for movement by molding itself to the space available as the vertebrae move in relation to each other, preventing direct contact—and therefore wear—between the bony surfaces. The disks depend on rest and movement to help them maintain their sponginess. Rest also enables the disks to recover their shape following periods of pressure on the spine from everyday activities. When disks lose fluid-content, a natural consequence of aging, they cease to protect the joint as effectively, and bone changes leading to increasing stiffness, and, over time, fusion of the vertebrae, can result. If they are overstressed they can also protrude from the joint margins (prolapse) and may cause pressure on nearby nerves. (See also Pressure on the Nerve Roots.)
INTERVERTEBRAL DISKS
Providing a cushion between neighboring vertebrae, the intervertebral disks have a tough outer layer that encloses a softer inner material.
FACET JOINTS
These fluid-filled—synovial—joints are enclosed within a fibrous capsule.
Facet joints Also known as Z-joints, these are tiny joints between the transverse processes on the backs of adjoining vertebrae (see Elements of Flexibility
. They both permit and limit forward bending and backward flexion of the spine.
There are four facet surfaces on each vertebra and the surface of each is protected by a layer of cartilage. A fluid-filled fibrous capsule encloses each facet joint. The fluid provides friction-reducing lubrication to assist smooth movement and prevent wear. Joints that are lubricated by fluid in this way are known as synovial joints. Wear on the facet joints or inflammation resulting from rheumatoid arthritis (see Rheumatoid Arthritis
is a common cause of back pain.
Ligaments These are bands of strong, fibrous tissue that run between the bones to reinforce and protect joints from excessive movement. Longitudinal ligaments run lengthways from top to bottom of the spine along the front, back, and sides of the vertebral bodies and shorter ligaments connect the processes and facet joints.
Ligaments are slightly elastic. They allow movement but only within a safe range. When you bend forward, the ligaments stretch until they are taut. Once tight, they prevent any further movement at the joint. If they didn’t, other soft tissues, such as your muscles and disks, would have to hold your vertebrae together—something they’re not constructed to do.
LINES OF LIGAMENTS
Bands of tough, fibrous tissue bind the elements of the spine together. A limited amount of stretchiness allows some flexibility.
BEND AND STRETCH
The spine permits a surprising range of movement, but most of us lose this flexibility unless we regularly practice yoga or similar forms of exercise.
Muscle Up
Movement of the back is generated by the muscles that surround the spine and abdomen. These fibrous tissues also give support and strength to the entire structure. Arranged in symmetrical pairs on each side of the spine, the muscles of the back criss-cross the trunk from the shoulder and pelvis to the spine and ribs. No muscle crosses the midline of the spine.
OUTER AND MID LAYER MUSCLES
This diagram shows the major muscles of the outer and mid layers of the back.
Muscles and tendons Individual muscles are comprised of bundles of long, thin fibers bound by connective tissue. The muscles that control back movement are skeletal muscles—that is, they are attached at each end to a bone by fibrous cords known as tendons. With their rich supply of blood and nerves, the muscle fibers are designed to contract and relax according to the prompting by the nerves. When a muscle contracts, the opposing muscle relaxes, and the bone or joint moves.
The muscles of the back are arranged in three principal layers:
Outer layer The muscles in this layer are the largest of those that control the back. They are mainly broad, triangular sheets of muscle that join the spinal processes (see A Vertebra
to the shoulder blades and shoulder joint. They include the trapezius and the latissimus dorsi (lats
). These powerful muscles keep the trunk stable during arm movements.
Mid layer These are mainly strap-shaped muscles, such as the erector spinae, that fan out from the pelvis and attach to the vertebrae, ribs, and skull.
Deep layer The deepest muscles are also the shortest. Muscles in this layer run between the vertebrae and maintain the alignment of the spine. Importantly, they contract to stabilize the spine before movement.
Don’t forget your stomach The muscles of the abdomen are essential partners to those of the back. They exert a counteracting force to the forward and backward pull of the back muscles. Contraction of the abdominal muscles pulls the ribcage closer to the pelvis, which allows the spine to bend forward. The abdominals also work in conjunction with the back muscles to produce twisting movements.
Contraction of the large abdominal muscles increases the pressure within the abdominal cavity, which provides additional support for the spine. This can be critical for sharing the strain when the spine is under stress—say, when lifting a heavy load.
Gird your loins One deep muscle that is of particular importance for the back is the psoas, or loin muscle. This long, thick abdominal muscle runs from the lumbar vertebrae, inside the pelvis, to the top of the femur, below the hip joint (in combination with the iliacus muscle, it makes up the illiopsoas muscle). It flexes the hips and thighs and helps control lower back posture. When it contracts, it compresses the disks between the lumbar vertebrae. Those who spend many hours a day sitting, often suffer from shortened iliopsoas muscles, which can contribute to poor posture. (See also Take the Right Posture.)
ILIOPSOAS MUSCLE
This muscle runs from the lumbar region of the spine inside the pelvis and attaches to the head of the femur (thigh bone).
Know your fascia The fascia is a thin film of connective tissue that envelops and separates everything in your body from head to foot. Each muscle, and every muscle fiber within it, has a fascial surround, so that the two are functionally bound together. Check out a cooked chicken leg: if you carefully pull it apart, you’ll see the fascia—a thin layer of tissue separating the different muscles.
The fascia itself is made up of lots of thin layers of wriggly collagen fibers. When a muscle lengthens, the collagen fibers stretch out until they are straight, after which they resist further movement. Normal, healthy fascia stretches and contracts and allows muscles and other structures to glide smoothly over each other. But when it is static or connected to a tight muscle, fascia tends to lose its elasticity and thickens, and fascia that is overstretched can tear more easily. This results in pain and inflammation.
Channels of Communication
The bony structure of the spine does more than hold your skeleton together. It also provides a vital protective channel for the spinal cord—the communications superhighway between the brain and the rest of your body.
The importance of the spinal cord cannot be overemphasized. A key part of the central nervous system that also includes the brain, it is the route by which all signals from the brain travel to the rest of the body and through which sensory signals from the peripheral nervous system travel back to the brain. The complex shape of the vertebrae creates a central channel in the spine within its bony framework. Additional openings on each side of the spine between the vertebrae provide access points for the spinal nerves to emerge along the length of the cord.
NERVE ROUTES
The roots of the spinal nerves, which carry signals to and from every part of the body, join the spinal cord, passing through channels in the spine.
Structure of the spinal cord The spinal cord is cylindrical in shape. It’s composed of an inner core of nerve fibers surrounded by blood vessels and enclosed within a three-layered casing containing cerebrospinal fluid—the same fluid that surrounds the brain. This