It relates and shows how the five elements of earth, water, fire, air and ether are intrinsically connected in this beautiful lila or cosmic play, in the outer world, and how they are part of the body - and the internal world. Phytochemicals and 6 Carbon Sugar Rhamnose: Sensory nerve Motor nerve Cranial nerve Spinal nerve. Obviously, germanium played an important role in the growth of this plant. Some workers report that neurofibrillary tangles don't appear in the cortex at all but are abundant in the caudate, putamen, thalamus, substantia nigra and cerebellum. A protoplasmic fiber, called the primary neurite, runs from the cell body and branches profusely, with some parts transmitting signals and other parts receiving signals. In fact, there are over a hundred known neurotransmitters, and many of them have multiple types of receptors.
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Despite the wide use of medications in WAD, the published research does not allow recommendations based on high evidence level. In chronic WAD, the use of nonsteroidal anti-inflammatory drugs is more concerning due to potential gastrointestinal and renal complications with prolonged use and lack of evidence for long-term benefits. Antidepressants can be used in patients with clinically relevant hyperalgesia, sleep disorder associated with pain , or depression. Anticonvulsants are unlikely first-choice medications, but can be considered if other treatments fail.
The use of opioids in patients with chronic pain has become the object of severe concern, due to the lack of evidence for long-term benefits and the associated risks. Extreme caution in prescribing and monitoring opioid treatment is mandatory. As for any chronic pain condition, concomitant consideration of rehabilitation and psychosocial interventions is mandatory.
Remember that the level of C1 Atlas has the potential to affect breathing via the part of the brainstem known as the Medulla Oblongota. A brand new review of almost 80 studies from this month's American Journal of Physical Medicine and Rehabilitation The Association Between Neck Pain and Pulmonary Function concluded that, " Significant difference in maximum inspiratory and expiratory pressures were reported in patients with chronic neck pain compared to asymptomatic subjects.
Some of the respiratory volumes were found to be lower in patients with chronic neck pain. Muscle strength and endurance, cervical range of motion, and psychological states were found to be significantly correlated with respiratory parameters.
Lower Pco2 in patients and significant relationship between chest expansion and neck pain were also shown. Respiratory retraining was found to be effective in improving some cervical musculoskeletal and respiratory impairment. Functional pulmonary impairments accompany chronic neck pain. Possible Implications for Cervical Vertigo determined about Chronic Neck Pain and VERTIGO that, " In patients with chronic neck pain, the internal commands issued for combined eye—head movements have large enough amplitudes to create accurate gaze saccades; however, because of increased neck stiffness and viscosity, the head movements produced are smaller, slower, longer, and more delayed than they should be.
VOR suppression is disproportionate to the size of the actual gaze saccades because sensory feedback signals from neck proprioceptors are non-veridical, likely due to prolonged coactivation of cervical muscles. The outcome of these changes in eye—head kinematics is head-on-trunk stability at the expense of gaze accuracy. In the absence of vestibular loss, the practical consequences may be dizziness cervical vertigo in the short term and imbalance and falls in the long term.
You may have heard of DHEA before as a nutritional supplement. The reason is that according to a well known online encyclopedia , DEHA is " also known as androstenolone and is an endogenous steroid hormone. It is the most abundant circulating steroid hormone in humans, in whom it is produced in the adrenal glands, the gonads, and the brain, where it functions predominantly as a metabolic intermediate in the biosynthesis of the androgen and estrogen sex steroids.
Because insomnia has been shown to worsen pain , mood, and physical functioning, it could negatively impact the clinical outcomes of patients with chronic pain. Neck pain development; In analysis, high pain intensity, the presence of musculoskeletal pain , and a high level of depression were strongly associated with clinical insomnia in patients with CNP. Among these factors, a greater level of depression was the strongest predictor of clinical insomnia.
This study was conducted in a single clinical setting including a selected study population with a homogeneous racial background. Insomnia should be addressed as an indispensable part of pain management in CNP patients with these risk factors, especially depression. I've shown you how in people with TYPE III PAIN , their pain plays on a loop sort of like the cassette tape of a bad memory going around and around and around on auto-reverse anyone older than 35 will understand.
Interestingly, brain areas related to the processing of pain such as primary somatosensory cortex, thalamus, insula, anterior cingulate cortex, primary motor cortex, supplementary motor area, prefrontal cortex, and posterior cingulate cortex were always more strongly activated in the non-distracted condition and when turning to the left. Using computers and smart phones for many hours, coupled with lack of exercise, may cause stiffness of the muscles in the neck and shoulders, inducing weakness in the soft tissues.
Such postural and lifestyle habits lead to forward head posture FHP , which can cause relative compensation such as increased lordosis in the junction of the skull and neck [a hump] consistent muscular contraction inducing changes in the craniocervical junction. Posture affects people in terms of psychological, physical, structural, and functional changes.
Specifically, bad posture is thought to increase the possibility of a decline in learning efficiency, attention, and memory. The column and the brain, in particular, are closely situated in terms of anatomical structures. According to previous research, FHP may induce a reduction in proprioceptive sensibility, in addition to interference between the nerves and the muscles.
It is thought that neurofeedback training, a training approach to self-regulate brain waves, enhances concentration and relaxation without stress, as well as an increase in attention, memory, and verbal cognitive performance. If the body can accept and process these nutrients, a surge of energy may be experienced. This is considered a desired response. However, many are misled to believe that this rush of energy is a sign of successful recovery.
Some may even attempt to take more, thinking that more is better. However, there is a significant risk that is seldom recognized. As the body gets used to these nutrients, tolerance may develop.
A higher dosage is required over time to maintain the same energy level or for the avoidance of fatigue. This is a classic sign of addiction. In addition to caffeine from coffee and black tea to kick start the system, the body now has an added addiction - stimulatory nutrients.
Without these, the body may experience symptoms of withdrawal resulting in a sudden onset of severe fatigue or " adrenal crash ". The crash can last for hours at first and then expand into days and in severe cases, months. With each crash, the overall adrenal function gets worse.
Natural compounds can behave differently at different dosages. Vitamin C, for example, is a common antioxidant and an adrenal enhancer. At high doses and in certain people, there may be transient clinical deterioration due to possible "re-toxification" effect.
Melatonin, for example can be more effective at low doses like 0. Natural compounds such as herbs and glandulars that are traditionally gentle can become stimulatory at times and generate overreactions as well as paradoxical reactions. Some people feel calmer with vitamin C, while others may feel more anxious at various doses. Some of these behaviors can be traced to the particular compound or the environment within which the compound functions. For example, while most people develop diarrhea with excessive vitamin C, some will develop constipation instead.
That a particular nutrient can have different properties depending on different dosages taken must be recognized to effectively formulate a nutritional supplementation program. The body's metabolic state changes during the recovery process affecting the dosage requirement. The adrenal recovery cycle typically consists of multiple peaks and valleys, resembling a roller coaster ride. While the general recovery trend should be upward resembling a staircase, in the overall scheme of things, it is normal to have minor down cycles in the recovery process.
An experienced clinician will anticipate these dips and take quick action to help avoid downturn as much as possible by adjusting the dosage of nutrients. Avoidance of crashes is a sign of clinical excellence. Inexperienced clinicians and people in self-guided programs often find themselves in a catch-up mode after the crash has occurred and not knowing why.
Applying the same dose of nutrients throughout the recovery process without careful consideration of the cyclical recovery process can lead to devastating results. You can be overdosing and putting excessive loads on the adrenals at a time when they do not need as much, or under-dosing and thus depriving the adrenals of nutrients when they are needed the most. Sometimes, less nutrients are needed in an up cycle, while more is needed in the down cycle. Other times, it is just the reverse.
It is important to match the dosage and the most appropriate form and delivery system to the metabolic curve throughout the entire recovery journey for maximum effectiveness.
Most conventional physicians are not well informed on Adrenal Fatigue because it is not a recognized condition in the main stream medical community. The lack of medical education and research in the condition results in tremendous misinformation and confusion among the medical professionals and lay communities alike. On top of this, modern medicine has a tendency to lean towards laboratory-based rather than body-based to be the best scientific approach to healing.
In many clinical settings, modern diagnostic testing is absolutely necessary. It is in fact life saving. However, in the case of Adrenal Fatigue, accurate and dependable testing has yet to achieve the level of correlation with the body's symptoms to be fully recognized by the medical community at large, despite significant development in recent decades. The more advanced the adrenal weakness, the lower the clinical correlation with laboratory results.
A large number of presenting symptoms of Adrenal Fatigue are vague and unusual because the adrenal glands affect almost every major system of the body. Dysfunctions of the adrenals therefore have wide influences with symptoms that often defy conventional medical logic.
Imagine a patient presenting himself with symptoms of fatigue, insomnia, hypoglycemia, heart palpitations, salt cravings, sugar cravings, joint pain, sore muscles, exercise intolerance, low libido, and dizziness concurrently.
To the untrained physician, sorting out this maze of complaints is challenging to say the least. These symptoms, however, can often be explained under the unified umbrella of Adrenal Fatigue.
For example, a weak adrenal is often associated with clinical or sub-clinical dysfunction of the autonomic nervous system ANS and its various sub-components. Symptoms such as postural hypotension, fragile blood pressure , cardiac arrhythmias , POTS and temperature intolerance can be caused by sympathetic nervous system SNS dysfunction which is part of the ANS.
F ainting, low body temperature, hypoglycemia and anxiety can be caused by over stimulation of the adrenomedullary hormonal system AHS and its chemical messenger, adrenaline. Similarly, hypoglycemia , fluid retention, metabolic imbalance , low blood pressure , muscle ache, joint pain , sugar imbalance , frequent infection , IBS and CFS are regulated to a large degree by cortisol.
A weak adrenal with accompanying low cortisol level can present itself with these symptoms. Because dysfunctional adrenals affect virtually every system of the body including the central nervous system, a thorough understanding of the following areas of medicine is needed: Most medical specialists are trained in their respective narrow scientific fields and few are experienced enough in all of the disciplines to fully comprehend the Adrenal Fatigue condition.
Unable to understand or solve the problem at the root level, most well-intentioned physicians tend to prescribe anti-depressants and anti-anxiety agents in their best attempt to help their patients. These medications are usually prescribed after basic stress reduction techniques are recommended and laboratory tests have turned out to be unremarkable. Referrals are made to endocrinologists and other specialists if the symptoms fail to resolve.
Unfortunately, this is often futile. Nutritional supplementation may be recommended, but due to the lack of systematic approach, most nutrients are dispensed in a shot-gun attempt to control the symptoms rather than focused on allowing the body to use the nutrients to help heal the adrenals. As a result, the symptoms usually get worse with time. After extensive workups that generally turn out to be negative, steroids are often prescribed quickly to control the symptoms.
While steroids can be used short term in severe cases under experienced medical hands, addiction often becomes a major issue in the long term, regardless of the clinician's best intention. Chronic use of steroids is often the end result. This can lead to a catabolic state with systemic organ resistance and breakdown. Our current understanding of adrenal function is still at its infancy at best. It is therefore very difficult for any health professional to have a good grasp of the Adrenal Fatigue condition from a purely pathological and physiological perspective.
The number of physicians with true expertise in advanced Adrenal Fatigue is very small. Those who are good in this gain their expertise not from textbooks, but from years of clinical experience. There is no short cut, because text-book cases are few and far between. Because the full recovery cycle can take years to complete in severe cases, practitioners with little experience will find it hard to handle cases other than the most mild and straight forward ones.
Excessive use of prescription drugs often makes the Adrenal Fatigue condition worse. We live in a world where symptoms are often classified as diseases and the control of symptoms is considered to be the cure in many chronic conditions. In other words, we don't know the root cause of the disease. All physicians can do is treat the symptoms because they cannot treat the root cause if they don't know what the root cause is.
In the case of Adrenal Fatigue, one should respect the body's signs and symptoms as they are valuable sensitive indicators to help guide us in the recovery process. Just as pain is a warning signal from our body that says something is wrong, suppressing pain is not the same as a cure for the condition that causes the pain. Pain suppression is therefore a masking mechanism at best. In the case of Adrenal Fatigue, this will not work long term, as the body will continue to be punished by the worsening symptoms.
The logical approach is to give the body the tools to heal itself, while monitoring the symptoms and using them as a barometer of the body's healing efficacy. This approach is all but abandoned by many health care providers. Modern medicine has a tendency to suppress symptoms under the mistaken belief that the absence of symptoms is the same as being cured.
This may work in the short term, but fails over the long term as the body decompensates in one form or another with worsening symptoms requiring an ever increasing dose of medications to control.
The following are common prescription drugs used to relieve symptoms of Adrenal Fatigue: Thyroid medications are widely prescribed by physicians to symptomatically control sluggish metabolism associated with hypothyroidism.
Their use is justified by conventional medicine based on laboratory tests that show reduced thyroid function evidenced by high levels of TSH and low levels of Free T3 and Free T4. Dysfunctional adrenal glands are often totally ignored. Those suffering from Adrenal Fatigue and hypothyroidism are treated for hypothyroidism alone. Over time this approach backfires and causes the Adrenal Fatigue condition to worsen for several reasons.
First, thyroid replacement medications increase the overall basal metabolic rate. The body is put into a state of over-drive. No organ system is spared.
Pushing the adrenals to work harder when they are already fatigued can unmask adrenal exhaustion or even trigger an adrenal crisis. At the same time, weak adrenals can lead to a state of blunted response by the body to thyroid hormones. Weak adrenals are often associated with reduced availability of free thyroid hormone to the cells as well. As a result, symptoms of hypothyroidism often fail to improve over time and may in fact get worse with this single organ approach to healing.
The patient remains symptomatic even when placed on thyroid replacement therapy. Physicians focusing on the thyroid without considering the adrenals frequently find themselves administering ever higher doses of thyroid replacement medication or switching from one medication to another without success.
It is important to remember that those who are placed on thyroid medication should not abruptly stop the medication without professional help due to possible unpleasant withdrawal effects. Anti-depressants are often prescribed when physicians are at a loss of what to do. Many patients do not respond well and develop paradoxical reactions. Physician often find themselves changing from one medication to another in their best effort to help.
Over time, addiction issues may also arise. Anti-anxiety agents are prescribed to help calm the patient. This works only temporarily at best, with ever increasing doses needed for long term. Sleeping medication is frequently prescribed to help insomnia. Inability to fall asleep and frequent awakening are hallmark signs of Adrenal Fatigue and the long term use of the medication can also lead to addiction.
Blood pressure medication is often prescribed by physicians. Early on , the patient can be presented with reactive hypertension at first, to be followed by hypotension as Adrenal Fatigue progresses. This is often due to aldosterone and electrolyte imbalance as well as reactive adrenergic responses secondary to dysregulation of the autonomic nervous system.
Physicians may find themselves constantly having to adjust the dosage of medications and changing the medications to normalize the blood pressure, only to find the blood pressure becoming more fragile as the Adrenal Fatigue condition worsens.
Hormone replacement , whether it be synthetic or natural, is often prescribed. These include estrogen, progesterone and testosterone. They are frequently prescribed to manage irregular menstrual cycles, hot flashes and increase in energy. Physicians are often misled to prescribe these medications based on laboratory test results. They may be helpful at first, but the body's response is often blunted after a while.
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